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  2. README.md +45 -0
  3. assets/teaser.png +3 -0
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  11. benchmark/protocols/context_ood_oracle.yaml +144 -0
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  13. benchmark/protocols/intervention_ood_oracle.yaml +140 -0
  14. benchmark/protocols/temporal_stage_ood_joint.yaml +122 -0
  15. benchmark/protocols/temporal_stage_ood_oracle.yaml +114 -0
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README.md ADDED
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+ ---
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+ pretty_name: SubcellPert
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+ language: [en]
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+ tags: [biology, spatial-transcriptomics, perturbation, subcellular]
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+ configs:
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+ - config_name: catalog
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+ default: true
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+ data_files:
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+ - split: inventory
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+ path: catalog/datasets.parquet
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+ ---
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+
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+ <h1 align="center">SubcellPert: Benchmarking Subcellular Perturbation Prediction</h1>
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+
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+ <p align="center">SubcellPert benchmarks perturbation-response prediction across 14 imaging datasets and eight baselines, extending virtual cell evaluation from gene counts to intracellular RNA organization.</p>
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+
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+ <p align="center">
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+ <a href="https://personal-page.wjh.app/SubcellPert/">Project page</a> ·
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+ <a href="https://www.biorxiv.org/content/10.64898/2026.10.11.758305v1">Paper</a> ·
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+ <a href="https://github.com/king159/SubcellPert">Code</a>
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+ </p>
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+
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+ ## Dataset overview
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+
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+ This snapshot contains **14 datasets, 13,880,723 cells, and
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+ 3,653,986,724 retained RNA events**, with frozen benchmark splits and
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+ intervention descriptors. Each physical dataset is counted once. Seeds,
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+ baselines, and oracle/joint settings reuse the observations.
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+
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+ | Dataset | Cells | RNA events | Genes |
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+ | --- | ---: | ---: | ---: |
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+ | DSS-Colitis | 1,439,542 | 119,553,365 | 940 |
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+ | ATM-RT | 790,166 | 147,722,071 | 298 |
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+ | Kidney-IRI | 1,374,915 | 168,519,194 | 300 |
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+ | Cardiac-MI | 225,023 | 61,134,068 | 475 |
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+ | Ddx54-PD1 | 1,155,233 | 494,265,984 | 5,006 |
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+ | Spinal-KO | 122,645 | 36,073,815 | 347 |
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+ | Adipose | 13,972 | 1,907,755 | 477 |
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+ | Breast-FUS | 880,565 | 102,102,171 | 1,000 |
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+ | GBM-oHSV | 2,401,940 | 520,974,197 | 480 |
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+ | Lung-Drug | 1,561,700 | 681,015,170 | 5,006 |
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+ | Gut-Microbiota | 2,057,563 | 189,197,264 | 1,815 |
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+ | Sickness | 1,765,443 | 1,101,298,121 | 941 |
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+ | PF-Astro | 11,454 | 10,670,839 | 485 |
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+ | UC-VDZ | 80,562 | 19,552,710 | 1,000 |
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+ "NR3C2": "NR3C2",
78
+ "NRXN1": "NRXN1",
79
+ "NSD1": "NSD1",
80
+ "NUP155": "NUP155",
81
+ "PACS1": "PACS1",
82
+ "PAX5": "PAX5",
83
+ "PHF12": "PHF12",
84
+ "PHF2": "PHF2",
85
+ "PHF21A": "PHF21A",
86
+ "POGZ": "POGZ",
87
+ "PPP1R9B": "PPP1R9B",
88
+ "PPP2R5D": "PPP2R5D",
89
+ "PPP5C": "PPP5C",
90
+ "PRR12": "PRR12",
91
+ "PTEN": "PTEN",
92
+ "PTK7": "PTK7",
93
+ "RAI1": "RAI1",
94
+ "RFX3": "RFX3",
95
+ "RORB": "RORB",
96
+ "SATB1": "SATB1",
97
+ "SCN1A": "SCN1A",
98
+ "SCN2A": "SCN2A",
99
+ "SCN8A": "SCN8A",
100
+ "SETBP1": "SETBP1",
101
+ "SETD5": "SETD5",
102
+ "SHANK2": "SHANK2",
103
+ "SHANK3": "SHANK3",
104
+ "SIN3A": "SIN3A",
105
+ "SKI": "SKI",
106
+ "SLC6A1": "SLC6A1",
107
+ "SMARCA2": "SMARCA2",
108
+ "SMARCC2": "SMARCC2",
109
+ "SPAST": "SPAST",
110
+ "SRCAP": "SRCAP",
111
+ "SRPR": "SRPR",
112
+ "STXBP1": "STXBP1",
113
+ "SUV420H1": "SUV420H1",
114
+ "SYNGAP1": "SYNGAP1",
115
+ "TAOK1": "TAOK1",
116
+ "TBL1XR1": "TBL1XR1",
117
+ "TBR1": "TBR1",
118
+ "TCF20": "TCF20",
119
+ "TCF4": "TCF4",
120
+ "TCF7L2": "TCF7L2",
121
+ "TEK": "TEK",
122
+ "TLK2": "TLK2",
123
+ "TM9SF4": "TM9SF4",
124
+ "TRAF7": "TRAF7",
125
+ "TRIM23": "TRIM23",
126
+ "TRIO": "TRIO",
127
+ "TRIP12": "TRIP12",
128
+ "UBR1": "UBR1",
129
+ "USP9X": "USP9X",
130
+ "VEZF1": "VEZF1",
131
+ "WAC": "WAC",
132
+ "ZMYND8": "ZMYND8"
133
+ },
134
+ "condition_composition": "additive_sum",
135
+ "dataset": "perturbfish_astrocytes",
136
+ "dimension": 612,
137
+ "generation": {
138
+ "cache_manifest": "datasets/perturbfish_astrocytes/manifest.json",
139
+ "coexpression_basis": [
140
+ "ABCA1",
141
+ "ABHD3",
142
+ "ACAA2",
143
+ "ACKR3",
144
+ "ACO1",
145
+ "ACTN2",
146
+ "ADD1",
147
+ "ADNP",
148
+ "ADORA1",
149
+ "AEBP1",
150
+ "AFF1",
151
+ "AGT",
152
+ "AK3",
153
+ "AK4",
154
+ "AKR1C3",
155
+ "ALDH1A1",
156
+ "ALDH1L1",
157
+ "AMOT",
158
+ "ANAPC5",
159
+ "ANK2",
160
+ "ANK3",
161
+ "ANKRD11",
162
+ "ANKRD36",
163
+ "ANPEP",
164
+ "AP2S1",
165
+ "AQP4",
166
+ "ARHGAP42",
167
+ "ARHGAP44",
168
+ "ARHGAP5",
169
+ "ARHGEF26",
170
+ "ARID1B",
171
+ "ARL6",
172
+ "ARMCX6",
173
+ "ASAP3",
174
+ "ASCL1",
175
+ "ASH1L",
176
+ "ASXL3",
177
+ "ATP1A2",
178
+ "AXL",
179
+ "BCL11A",
180
+ "BCL6",
181
+ "BMP2K",
182
+ "BMPR1A",
183
+ "BMPR1B",
184
+ "C3orf70",
185
+ "CA12",
186
+ "CACHD1",
187
+ "CACNA1H",
188
+ "CACNA2D3",
189
+ "CADM2",
190
+ "CAMK4",
191
+ "CAMKK2",
192
+ "CARNS1",
193
+ "CASP7",
194
+ "CASR",
195
+ "CCDC18",
196
+ "CCDC8",
197
+ "CCNG1",
198
+ "CD300A",
199
+ "CD302",
200
+ "CD38",
201
+ "CD4",
202
+ "CD59",
203
+ "CDC37",
204
+ "CDC42EP4",
205
+ "CDH20",
206
+ "CDK5",
207
+ "CELF4",
208
+ "CEP112",
209
+ "CERCAM",
210
+ "CHCHD2",
211
+ "CHCHD5",
212
+ "CHD2",
213
+ "CHD8",
214
+ "CHPT1",
215
+ "CHRDL1",
216
+ "CIRBP",
217
+ "CLDN10",
218
+ "CNN1",
219
+ "CNN3",
220
+ "CNTFR",
221
+ "COL19A1",
222
+ "COL9A2",
223
+ "COLGALT1",
224
+ "CORO1A",
225
+ "COX20",
226
+ "CPEB3",
227
+ "CPNE3",
228
+ "CREBBP",
229
+ "CRIP2",
230
+ "CTNNB1",
231
+ "CTSC",
232
+ "CYP4F11",
233
+ "DDAH2",
234
+ "DEAF1",
235
+ "DES",
236
+ "DHRS3",
237
+ "DIP2A",
238
+ "DLC1",
239
+ "DNMT3A",
240
+ "DOCK7",
241
+ "DPY19L3",
242
+ "DPYSL2",
243
+ "DSCAM",
244
+ "DYNC1H1",
245
+ "DYRK1A",
246
+ "EGLN3",
247
+ "EHBP1L1",
248
+ "EIF2D",
249
+ "ELAVL3",
250
+ "EMX2",
251
+ "ENAH",
252
+ "ENO3",
253
+ "EPAS1",
254
+ "EPHB1",
255
+ "ERLIN2",
256
+ "EYA2",
257
+ "EZR",
258
+ "FABP7",
259
+ "FAH",
260
+ "FAHD2CP",
261
+ "FAM126A",
262
+ "FAM171B",
263
+ "FARP1",
264
+ "FBXL17",
265
+ "FBXO30",
266
+ "FBXO8",
267
+ "FDPS",
268
+ "FEM1C",
269
+ "FERMT2",
270
+ "FGD4",
271
+ "FGD6",
272
+ "FGF2",
273
+ "FGFRL1",
274
+ "FIGN",
275
+ "FKBP10",
276
+ "FMO1",
277
+ "FOXN3",
278
+ "FOXO1",
279
+ "FOXO3",
280
+ "FOXP1",
281
+ "FOXP2",
282
+ "FRZB",
283
+ "GABRB1",
284
+ "GABRB3",
285
+ "GABRG1",
286
+ "GALM",
287
+ "GALNT6",
288
+ "GARNL3",
289
+ "GDNF",
290
+ "GIGYF1",
291
+ "GJA1",
292
+ "GJA3",
293
+ "GJB6",
294
+ "GLI3",
295
+ "GLIS3",
296
+ "GNA13",
297
+ "GNAI1",
298
+ "GNG12",
299
+ "GNG5",
300
+ "GPATCH8",
301
+ "GPHN",
302
+ "GPIHBP1",
303
+ "GPM6A",
304
+ "GPNMB",
305
+ "GPR137B",
306
+ "GPR61",
307
+ "GPRC6A",
308
+ "GRAMD2B",
309
+ "GRIA1",
310
+ "GRIA2",
311
+ "GRID1",
312
+ "GRIN2A",
313
+ "GRIN2B",
314
+ "GRM3",
315
+ "GSK3B",
316
+ "HCLS1",
317
+ "HDAC4",
318
+ "HDLBP",
319
+ "HECTD4",
320
+ "HES1",
321
+ "HGF",
322
+ "HIF1A",
323
+ "HIF3A",
324
+ "HLA-B",
325
+ "HMBOX1",
326
+ "HMG20B",
327
+ "HMGN3",
328
+ "HS3ST5",
329
+ "IKZF2",
330
+ "IL17RB",
331
+ "IL33",
332
+ "IL6ST",
333
+ "INTU",
334
+ "IPO13",
335
+ "IRF2BPL",
336
+ "ITGAV",
337
+ "ITPR3",
338
+ "KAZN",
339
+ "KCNH8",
340
+ "KCNK13",
341
+ "KCNN3",
342
+ "KCNQ3",
343
+ "KDM5B",
344
+ "KDM6B",
345
+ "KIAA0232",
346
+ "KLF15",
347
+ "KLHL21",
348
+ "KLHL41",
349
+ "KMT2C",
350
+ "KMT2E",
351
+ "LAMA1",
352
+ "LAPTM4A",
353
+ "LCP1",
354
+ "LDB1",
355
+ "LGALS3",
356
+ "LHFPL1",
357
+ "LHX2",
358
+ "LILRB1",
359
+ "LINC00032",
360
+ "LMO3",
361
+ "LPAR1",
362
+ "LPP",
363
+ "LRBA",
364
+ "LRRC8C",
365
+ "LTBP1",
366
+ "LYPLAL1",
367
+ "MAOA",
368
+ "MAP1A",
369
+ "MAPK8",
370
+ "MAPKAPK3",
371
+ "MBNL1",
372
+ "MCC",
373
+ "MDFIC",
374
+ "MED13L",
375
+ "MEF2C-AS1",
376
+ "MEIS2",
377
+ "MERTK",
378
+ "MGST1",
379
+ "MID1",
380
+ "MLLT3",
381
+ "MOB1B",
382
+ "MON2",
383
+ "MPPED2",
384
+ "MSMO1",
385
+ "MT2A",
386
+ "MTMR2",
387
+ "MYH13",
388
+ "MYH6",
389
+ "MYH8",
390
+ "MYL4",
391
+ "MYL6B",
392
+ "MYL9",
393
+ "MYLPF",
394
+ "MYO1F",
395
+ "MYT1L",
396
+ "NABP1",
397
+ "NACC1",
398
+ "NACC2",
399
+ "NADK2",
400
+ "NCAM2",
401
+ "NCOA1",
402
+ "NCOA2",
403
+ "NEK6",
404
+ "NFAM1",
405
+ "NFE2L2",
406
+ "NFIB",
407
+ "NHLH2",
408
+ "NHSL1",
409
+ "NOTCH2",
410
+ "NOVA1",
411
+ "NPAS3",
412
+ "NQO1",
413
+ "NR2E1",
414
+ "NRF1",
415
+ "NRXN3",
416
+ "NSD1",
417
+ "NT5DC1",
418
+ "NTSR2",
419
+ "NUP155",
420
+ "OGT",
421
+ "OPHN1",
422
+ "OXR1",
423
+ "P2RX2",
424
+ "P2RX4",
425
+ "P2RX5",
426
+ "P2RX7",
427
+ "P2RY1",
428
+ "P2RY12",
429
+ "P2RY2",
430
+ "P2RY4",
431
+ "P4HA1",
432
+ "PABPC4",
433
+ "PACS1",
434
+ "PACSIN3",
435
+ "PALLD",
436
+ "PANX1",
437
+ "PARD3",
438
+ "PARVG",
439
+ "PATZ1",
440
+ "PAX6",
441
+ "PBXIP1",
442
+ "PCSK5",
443
+ "PDCD6IP",
444
+ "PDE10A",
445
+ "PDE4DIP",
446
+ "PDLIM3",
447
+ "PDLIM5",
448
+ "PHF12",
449
+ "PHF2",
450
+ "PHF21A",
451
+ "PLCB3",
452
+ "PLD1",
453
+ "PLEKHG1",
454
+ "PLLP",
455
+ "PLOD2",
456
+ "PLSCR1",
457
+ "PLSCR4",
458
+ "PLTP",
459
+ "POGZ",
460
+ "POU2F1",
461
+ "POU3F2",
462
+ "POU3F3",
463
+ "PPARA",
464
+ "PPFIA1",
465
+ "PPP1R14B",
466
+ "PPP1R9B",
467
+ "PPP2R5D",
468
+ "PPP5C",
469
+ "PRDM16",
470
+ "PRKCA",
471
+ "PRKCQ-AS1",
472
+ "PRR12",
473
+ "PRRX1",
474
+ "PSME4",
475
+ "PTAR1",
476
+ "PTEN",
477
+ "PTK2",
478
+ "PTK7",
479
+ "PTPRZ1",
480
+ "PTTG1IP",
481
+ "RAB31",
482
+ "RAI1",
483
+ "RAMP1",
484
+ "RASGRP1",
485
+ "RASSF8",
486
+ "RBM47",
487
+ "RELA",
488
+ "REPIN1",
489
+ "REPS1",
490
+ "RFX3",
491
+ "RFX4",
492
+ "RGS6",
493
+ "RHOBTB3",
494
+ "RHOC",
495
+ "RHPN2",
496
+ "RMST",
497
+ "RNASE1",
498
+ "RORB",
499
+ "RREB1",
500
+ "RXRA",
501
+ "RXRG",
502
+ "S100A16",
503
+ "S100A4",
504
+ "S100A6",
505
+ "S1PR1",
506
+ "SALL2",
507
+ "SAT2",
508
+ "SATB1",
509
+ "SCN2A",
510
+ "SDC2",
511
+ "SEC14L5",
512
+ "SERP1",
513
+ "SESTD1",
514
+ "SETD5",
515
+ "SGCD",
516
+ "SH3GLB1",
517
+ "SHANK2",
518
+ "SIN3A",
519
+ "SIRPB3P",
520
+ "SKI",
521
+ "SLC12A2",
522
+ "SLC16A9",
523
+ "SLC1A2",
524
+ "SLC1A3",
525
+ "SLC1A4",
526
+ "SLC22A15",
527
+ "SLC25A1",
528
+ "SLC25A20",
529
+ "SLC25A43",
530
+ "SLC2A12",
531
+ "SLC2A4RG",
532
+ "SLC35B3",
533
+ "SLC3A2",
534
+ "SLC44A3",
535
+ "SLC4A4",
536
+ "SLC5A6",
537
+ "SLC6A1",
538
+ "SLC6A11",
539
+ "SLC7A11",
540
+ "SLC7A11-AS1",
541
+ "SLC7A2",
542
+ "SMAD5",
543
+ "SMARCC2",
544
+ "SMO",
545
+ "SMURF2",
546
+ "SOX2",
547
+ "SOX5",
548
+ "SOX6",
549
+ "SOX9",
550
+ "SP1",
551
+ "SP110",
552
+ "SPAST",
553
+ "SPIN1",
554
+ "SREBF1",
555
+ "SREBF2",
556
+ "SRI",
557
+ "SRPRA",
558
+ "STAT3",
559
+ "STK17B",
560
+ "STK33",
561
+ "STOM",
562
+ "STON2",
563
+ "STXBP1",
564
+ "SYNGAP1",
565
+ "TAGLN",
566
+ "TAOK1",
567
+ "TBL1XR1",
568
+ "TBRG1",
569
+ "TCF20",
570
+ "TCF25",
571
+ "TCF4",
572
+ "TCF7L1",
573
+ "TCF7L2",
574
+ "TGFB2",
575
+ "TGFBR3",
576
+ "TGM2",
577
+ "TLK2",
578
+ "TLR4",
579
+ "TM9SF4",
580
+ "TMED5",
581
+ "TMEM161B-AS1",
582
+ "TMEM167B",
583
+ "TMEM169",
584
+ "TMEM47",
585
+ "TMSB4Y",
586
+ "TNNC1",
587
+ "TNNI1",
588
+ "TNRC6A",
589
+ "TNRC6B",
590
+ "TOPORS",
591
+ "TOX",
592
+ "TP53",
593
+ "TP53BP2",
594
+ "TPD52L1",
595
+ "TRAF7",
596
+ "TRIM23",
597
+ "TRIP12",
598
+ "TRPA1",
599
+ "TRPS1",
600
+ "TRPV4",
601
+ "TSPAN6",
602
+ "TSPAN9",
603
+ "TTLL11",
604
+ "TUBA4A",
605
+ "TUBB2B",
606
+ "TULP3",
607
+ "USP53",
608
+ "UVRAG",
609
+ "VEZF1",
610
+ "VIM",
611
+ "VPS13B",
612
+ "WAC",
613
+ "WBP2",
614
+ "WLS",
615
+ "YAP1",
616
+ "ZBTB1",
617
+ "ZFHX4",
618
+ "ZKSCAN8",
619
+ "ZMYND8",
620
+ "ZNF395",
621
+ "ZNF423",
622
+ "ZNF516",
623
+ "ZNF606",
624
+ "ZNF98"
625
+ ],
626
+ "coexpression_neighbors": 20,
627
+ "coexpression_nonzero_edges": 999,
628
+ "coexpression_threshold": 0.1,
629
+ "go_annotations": "external/scFoundation/GEARS/data/gene2go.pkl",
630
+ "go_basis": [
631
+ "ADNP",
632
+ "AHDC1",
633
+ "ANK2",
634
+ "ANKRD11",
635
+ "AP2S1",
636
+ "ARID1B",
637
+ "ASH1L",
638
+ "ASXL3",
639
+ "BCKDK",
640
+ "BCL11A",
641
+ "CACNA1E",
642
+ "CACNA2D3",
643
+ "CASK",
644
+ "CELF4",
645
+ "CHAMP1",
646
+ "CHD2",
647
+ "CHD8",
648
+ "CNOT3",
649
+ "CORO1A",
650
+ "CREBBP",
651
+ "CSNK2A1",
652
+ "CTCF",
653
+ "CTNNB1",
654
+ "DDX3X",
655
+ "DEAF1",
656
+ "DIP2A",
657
+ "DNMT3A",
658
+ "DPYSL2",
659
+ "DSCAM",
660
+ "DYNC1H1",
661
+ "DYRK1A",
662
+ "EHMT1",
663
+ "EIF3F",
664
+ "EIF3G",
665
+ "ELAVL3",
666
+ "EP300",
667
+ "FOXG1",
668
+ "FOXP1",
669
+ "FOXP2",
670
+ "GABRB2",
671
+ "GABRB3",
672
+ "GFAP",
673
+ "GIGYF1",
674
+ "GNAI1",
675
+ "GRIA2",
676
+ "GRIN2B",
677
+ "HDLBP",
678
+ "HECTD4",
679
+ "HIVEP2",
680
+ "HNRNPH2",
681
+ "HNRNPU",
682
+ "IQSEC2",
683
+ "IRF2BPL",
684
+ "ITPR3",
685
+ "KCNMA1",
686
+ "KCNQ3",
687
+ "KDM5B",
688
+ "KDM6B",
689
+ "KIAA0232",
690
+ "KMT2A",
691
+ "KMT2C",
692
+ "KMT2E",
693
+ "LDB1",
694
+ "LRRC4C",
695
+ "MAP1A",
696
+ "MBD5",
697
+ "MED13L",
698
+ "MKX",
699
+ "MYT1L",
700
+ "NACC1",
701
+ "NCOA1",
702
+ "NR3C2",
703
+ "NRXN1",
704
+ "NSD1",
705
+ "NUP155",
706
+ "PACS1",
707
+ "PAX5",
708
+ "PHF12",
709
+ "PHF2",
710
+ "PHF21A",
711
+ "POGZ",
712
+ "PPP1R9B",
713
+ "PPP2R5D",
714
+ "PPP5C",
715
+ "PRR12",
716
+ "PTEN",
717
+ "PTK7",
718
+ "RAI1",
719
+ "RFX3",
720
+ "RORB",
721
+ "SATB1",
722
+ "SCN1A",
723
+ "SCN2A",
724
+ "SCN8A",
725
+ "SETBP1",
726
+ "SETD5",
727
+ "SHANK2",
728
+ "SHANK3",
729
+ "SIN3A",
730
+ "SKI",
731
+ "SLC6A1",
732
+ "SMARCA2",
733
+ "SMARCC2",
734
+ "SPAST",
735
+ "SRCAP",
736
+ "SRPR",
737
+ "STXBP1",
738
+ "SUV420H1",
739
+ "SYNGAP1",
740
+ "TAOK1",
741
+ "TBL1XR1",
742
+ "TBR1",
743
+ "TCF20",
744
+ "TCF4",
745
+ "TCF7L2",
746
+ "TEK",
747
+ "TLK2",
748
+ "TM9SF4",
749
+ "TRAF7",
750
+ "TRIM23",
751
+ "TRIO",
752
+ "TRIP12",
753
+ "UBR1",
754
+ "USP9X",
755
+ "VEZF1",
756
+ "WAC",
757
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benchmark/protocols/context_ood_joint.yaml ADDED
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1
+ schema_version: 1
2
+ id: context_ood_joint
3
+ generalization_axis: cellular_context
4
+ evaluation_mode: joint
5
+ name: Cellular-context OOD joint RNA abundance and localization prediction
6
+ status: planned
7
+ data_tier: strict
8
+ observation_unit: context_transition_population
9
+ paired_counterfactual: false
10
+ required_columns:
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+ - dataset_id
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+ - unit_id
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+ - sample_id
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+ - condition
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+ - cell_id
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+ - cell_type
17
+ - gene
18
+ - x
19
+ - y
20
+ split:
21
+ group_key: context
22
+ task_manifests:
23
+ context: benchmark/tasks/context_ood_lung.yaml
24
+ expansion: benchmark/tasks/context_ood_expansion.yaml
25
+ biological_unit: benchmark/tasks/context_ood_biological_unit.yaml
26
+ reaudited: benchmark/tasks/context_ood_reaudited.yaml
27
+ reference: scPerturBench-inspired Cellular_context_generalization/o.o.d.; local
28
+ full-vocabulary metrics are numerically non-equivalent
29
+ rule: jointly train the preregistered known-transition family on all non-test contexts
30
+ and hide every target response assigned to the held-out context group
31
+ fit_group: independent checkpoint unit; one or more response folds may share it
32
+ source_cells_in_test_context_available: true
33
+ source_and_target_population_support_gate: source enforced before inference; sealed
34
+ target enforced by evaluator
35
+ executable_context_keys:
36
+ - cell_type
37
+ - patient_id
38
+ - donor_id
39
+ transition_specific: false
40
+ transition_family_policy: frozen per fit group
41
+ biological_unit_role: leakage_audit_and_clustered_uncertainty
42
+ prohibited:
43
+ - held_out_context_target_cells_in_fit
44
+ - held_out_context_target_rna_in_fit
45
+ - target_population_size_at_inference
46
+ count_policy:
47
+ mode: predicted_distribution
48
+ zeros: include every declared source cell without the evaluated gene
49
+ target_cell_count_used: false
50
+ source_population: held-out-context source-condition cells
51
+ intervention_descriptor:
52
+ role: known_intervention_covariate_not_an_OOD_identity_prior
53
+ applies_to: learned_baselines_only
54
+ source: task-bound known-condition descriptor, either a frozen design-only artifact
55
+ or deterministic one-hot identity
56
+ target_response_data_used: false
57
+ foundation_context:
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+ conditioning: source_only
59
+ source_cell_policy: all_declared_source_cells_no_subsampling
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+ target_response_data_used: false
61
+ coordinate_policy:
62
+ eligible_semantics:
63
+ - decoded_molecule
64
+ - capture_site
65
+ capture_site_feature_types:
66
+ - dnb
67
+ - bead
68
+ - polony
69
+ - sequencing_cluster
70
+ - grid
71
+ event_representation: unit_event_rows
72
+ unit_event_value: 1
73
+ capture_site_gate: deterministic pre-normalization expansion plus artifact hashes,
74
+ global lineage, and exact sample/unit/condition/cell/gene reconciliation; no frozen
75
+ capture-site importer yet
76
+ aggregation: coordinate semantics and capture feature type are explicit non-pooled
77
+ strata
78
+ required_axes:
79
+ - x
80
+ - y
81
+ optional_axes:
82
+ - z
83
+ frame: cell_centric
84
+ factorization: predict_counts_then_localization
85
+ cell_weighting: equal_weight_per_nonempty_cell
86
+ metrics:
87
+ primary: centroid_rmse_log1p
88
+ secondary:
89
+ - source_delta_pearson
90
+ - marginal_wasserstein_log1p
91
+ - multivariate_sliced_wasserstein_log1p
92
+ - dependency_rmse
93
+ - cell_balanced_spatial_swd
94
+ - spatial_target_gene_coverage
95
+ ranking: Count and spatial columns remain separate. Report unit and gene coverage;
96
+ no cross-dataset composite. Biological-unit uncertainty and global aggregation
97
+ are subsequent analyses.
98
+ uncertainty:
99
+ implementation_status: planned_before_final_reporting
100
+ resampling_unit: biological_unit
101
+ single_unit_policy: NA_with_unit_coverage
102
+ prohibited_pseudoreplicates:
103
+ - genes
104
+ - cells
105
+ - molecules
106
+ - folds
107
+ - model_seeds
108
+ eligible_datasets:
109
+ - gse291460_spinal_ko_xenium
110
+ - gse269719_kidney_iri_xenium
111
+ - gut_microbiota_merfish
112
+ - gse280376_cardiac_repair_xenium
113
+ - gse296517_breast_fus_cosmx
114
+ - gse296577_gbm_ohsv_xenium
115
+ - gse325253_lung_drug_xenium
116
+ - merfish_sickness
117
+ - dss_colitis_merfish
118
+ - gse295862_adipose_weightloss_xenium
119
+ - uc_vedolizumab_cosmx
120
+ candidate_datasets: []
121
+ eligible_baselines: []
122
+ success_artifacts:
123
+ - result_json
124
+ - exact_config
125
+ - split_manifest
126
+ - cache_manifest
127
+ - seed
128
+ - code_revision
129
+ execution_protocol: null
130
+ execution_note: Information contract only; no active execution entrypoint for this
131
+ setting.
132
+ candidate_baselines:
133
+ - count_matched_resampling
134
+ - gaussian_affine_transport
135
+ - radial_quantile_transport
136
+ - scfoundation
137
+ - scgpt
138
+ - scgpt_spatial
139
+ - spatialformer
benchmark/protocols/context_ood_oracle.yaml ADDED
@@ -0,0 +1,144 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ schema_version: 1
2
+ id: context_ood_oracle
3
+ generalization_axis: cellular_context
4
+ evaluation_mode: oracle_count
5
+ name: Cellular-context OOD conditional RNA localization with oracle target counts
6
+ status: implemented
7
+ data_tier: strict
8
+ observation_unit: cell
9
+ paired_counterfactual: false
10
+ required_columns:
11
+ - dataset_id
12
+ - unit_id
13
+ - sample_id
14
+ - condition
15
+ - cell_id
16
+ - cell_type
17
+ - gene
18
+ - x
19
+ - y
20
+ split:
21
+ group_key: context
22
+ task_manifests:
23
+ context: benchmark/tasks/context_ood_lung.yaml
24
+ expansion: benchmark/tasks/context_ood_expansion.yaml
25
+ biological_unit: benchmark/tasks/context_ood_biological_unit.yaml
26
+ reaudited: benchmark/tasks/context_ood_reaudited.yaml
27
+ reference: scPerturBench-inspired Cellular_context_generalization/o.o.d.; local
28
+ full-vocabulary metrics are numerically non-equivalent
29
+ rule: jointly train the preregistered known-transition family on all non-test contexts
30
+ and hide every target response assigned to the held-out context group
31
+ fit_group: independent checkpoint unit; one or more response folds may share it
32
+ source_cells_in_test_context_available: true
33
+ source_and_target_population_support_gate: required
34
+ executable_context_keys:
35
+ - cell_type
36
+ - patient_id
37
+ - donor_id
38
+ transition_specific: false
39
+ transition_family_policy: frozen per fit group
40
+ biological_unit_role: leakage_audit_and_clustered_uncertainty
41
+ prohibited:
42
+ - held_out_context_target_cells_in_fit
43
+ - held_out_context_target_rna_in_fit
44
+ - random_cell_split
45
+ - random_molecule_split
46
+ count_policy:
47
+ mode: exact_target_per_cell_gene
48
+ purpose: isolate conditional localization from abundance prediction
49
+ target_geometry_access: counts_only_physically_redacted
50
+ foundation_context:
51
+ conditioning: source_only
52
+ source_cell_policy: all_declared_source_cells_no_subsampling
53
+ target_response_data_used: false
54
+ representation: individual_source_cell_embeddings
55
+ coordinate_policy:
56
+ eligible_semantics:
57
+ - decoded_molecule
58
+ - capture_site
59
+ capture_site_feature_types:
60
+ - dnb
61
+ - bead
62
+ - polony
63
+ - sequencing_cluster
64
+ - grid
65
+ event_representation: unit_event_rows
66
+ unit_event_value: 1
67
+ capture_site_gate: deterministic pre-normalization expansion plus artifact hashes,
68
+ global lineage, and exact sample/unit/condition/cell/gene reconciliation; no frozen
69
+ capture-site importer yet
70
+ aggregation: coordinate semantics and capture feature type are explicit non-pooled
71
+ strata
72
+ required_axes:
73
+ - x
74
+ - y
75
+ optional_axes:
76
+ - z
77
+ frame: cell_centric
78
+ cell_weighting: equal_weight_per_nonempty_cell
79
+ metrics:
80
+ primary: cell_balanced_sliced_wasserstein
81
+ secondary:
82
+ - spatial_centroid_rmse
83
+ - radial_wasserstein
84
+ - unpaired_cell_spatial_feature_sliced_wasserstein
85
+ - prediction_unit_coverage
86
+ ranking: average fine contexts within evaluation context group, groups within transition,
87
+ and transitions equally with metric-specific row coverage; no finite-only ranking
88
+ across unequal coverage; no composite score
89
+ expression_prediction: not_applicable_oracle_count_integrity_gate_only
90
+ rna_subsampling: false
91
+ gene_panels:
92
+ - all_gene
93
+ - top_100_deg
94
+ uncertainty:
95
+ implementation_status: planned_before_final_reporting
96
+ resampling_unit: biological_unit
97
+ single_unit_policy: NA_with_unit_coverage
98
+ prohibited_pseudoreplicates:
99
+ - genes
100
+ - cells
101
+ - molecules
102
+ - folds
103
+ - model_seeds
104
+ eligible_datasets:
105
+ - gse291460_spinal_ko_xenium
106
+ - gse269719_kidney_iri_xenium
107
+ - gut_microbiota_merfish
108
+ - gse280376_cardiac_repair_xenium
109
+ - gse296517_breast_fus_cosmx
110
+ - gse296577_gbm_ohsv_xenium
111
+ - gse325253_lung_drug_xenium
112
+ - merfish_sickness
113
+ - dss_colitis_merfish
114
+ - gse295862_adipose_weightloss_xenium
115
+ - uc_vedolizumab_cosmx
116
+ candidate_datasets: []
117
+ eligible_baselines:
118
+ - count_matched_resampling
119
+ - gaussian_affine_transport
120
+ - radial_quantile_transport
121
+ - scgpt_spatial
122
+ - spatialformer
123
+ - scgpt
124
+ - scfoundation
125
+ success_artifacts:
126
+ - result_json
127
+ - exact_config
128
+ - split_manifest
129
+ - cache_manifest
130
+ - seed
131
+ - code_revision
132
+ execution_protocol: scperturbench_scfoundation_cell_oracle
133
+ execution_note: All registered baselines use scripts/run_cell_oracle.py; the current
134
+ complete-cell smoke gate is required for scientific matrix execution.
135
+ training:
136
+ configuration: configs/experiments/cell_oracle.yaml
137
+ sampling: benchmark/sampling/scperturbench_scfoundation.yaml
138
+ initialization: independent_from_joint_checkpoints
139
+ input: complete_cell_counts_and_all_RNA_coordinates
140
+ objective: unpaired_complete_cell_distribution
141
+ count_head: absent
142
+ target_geometry: development_only; test geometry after all prediction seals
143
+ checkpoint_selection: final_fixed_15_epochs_on_frozen_development_union
144
+ evaluation_unit: context_transition_cell_distribution
benchmark/protocols/intervention_ood_joint.yaml ADDED
@@ -0,0 +1,128 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ schema_version: 1
2
+ id: intervention_ood_joint
3
+ generalization_axis: perturbation_identity
4
+ evaluation_mode: joint
5
+ name: Intervention-OOD joint RNA abundance and localization prediction
6
+ status: planned
7
+ data_tier: strict
8
+ observation_unit: intervention_population
9
+ paired_counterfactual: false
10
+ required_columns:
11
+ - dataset_id
12
+ - unit_id
13
+ - sample_id
14
+ - condition
15
+ - cell_id
16
+ - cell_type
17
+ - gene
18
+ - x
19
+ - y
20
+ split:
21
+ group_key: intervention_identity
22
+ task_manifests:
23
+ main: benchmark/tasks/intervention_ood_main.yaml
24
+ compositional: benchmark/tasks/intervention_ood_compositional.yaml
25
+ gears_interface:
26
+ - set2conditions
27
+ - test_perts
28
+ - test_subgroup
29
+ final_fit: train_plus_validation_after_hyperparameters_are_frozen
30
+ biological_unit_role: leakage_block_and_clustered_uncertainty
31
+ prohibited:
32
+ - test_target_cells_in_fit
33
+ - test_target_rna_in_fit
34
+ - target_population_size_at_inference
35
+ count_policy:
36
+ mode: predicted_distribution
37
+ zeros: include every declared cell without the evaluated gene
38
+ target_cell_count_used: false
39
+ source_population: frozen source-condition population selected without target data
40
+ intervention_descriptor:
41
+ applies_to: learned_baselines_only
42
+ provider: biomedbert_non_special_mean
43
+ model_revision: 1b3e7b435092c6f65dac0650f3d06df4866d6fd4
44
+ pooling: mean_last_hidden_non_special_tokens
45
+ component_normalization: l2
46
+ compositional_rule: additive_sum
47
+ reference_vector: zero
48
+ shared_identically_across_learned_baselines: true
49
+ target_response_data_used: false
50
+ foundation_context:
51
+ conditioning: source_only
52
+ source_cell_policy: all_declared_source_cells_no_subsampling
53
+ batching_changes_selection: false
54
+ target_response_data_used: false
55
+ coordinate_policy:
56
+ eligible_semantics:
57
+ - decoded_molecule
58
+ - capture_site
59
+ capture_site_feature_types:
60
+ - dnb
61
+ - bead
62
+ - polony
63
+ - sequencing_cluster
64
+ - grid
65
+ event_representation: unit_event_rows
66
+ unit_event_value: 1
67
+ capture_site_gate: deterministic pre-normalization expansion plus artifact hashes,
68
+ global lineage, and exact sample/unit/condition/cell/gene reconciliation; no frozen
69
+ capture-site importer yet
70
+ aggregation: coordinate semantics and capture feature type are explicit non-pooled
71
+ strata
72
+ required_axes:
73
+ - x
74
+ - y
75
+ optional_axes:
76
+ - z
77
+ frame: cell_centric
78
+ factorization: predict_counts_then_localization
79
+ cell_weighting: equal_weight_per_nonempty_cell
80
+ metrics:
81
+ primary: centroid_rmse_log1p
82
+ secondary:
83
+ - source_delta_pearson
84
+ - marginal_wasserstein_log1p
85
+ - multivariate_sliced_wasserstein_log1p
86
+ - dependency_rmse
87
+ - cell_balanced_spatial_swd
88
+ - spatial_target_gene_coverage
89
+ ranking: Count and spatial columns remain separate. Report unit and gene coverage;
90
+ no cross-dataset composite. Biological-unit uncertainty and global aggregation
91
+ are subsequent analyses.
92
+ uncertainty:
93
+ implementation_status: planned_before_final_reporting
94
+ resampling_unit: biological_unit
95
+ joint_resampling: independently_resample_source_prediction_and_target_units
96
+ single_unit_policy: NA_with_unit_coverage
97
+ prohibited_pseudoreplicates:
98
+ - genes
99
+ - cells
100
+ - molecules
101
+ - folds
102
+ - model_seeds
103
+ eligible_datasets:
104
+ - perturbfish_astrocytes
105
+ - gse325253_lung_drug_xenium
106
+ - merfish_sickness
107
+ - gse246584_atm_radiation_xenium
108
+ - gse285341_ddx54_pd1_xenium
109
+ candidate_datasets: []
110
+ eligible_baselines: []
111
+ success_artifacts:
112
+ - result_json
113
+ - exact_config
114
+ - split_manifest
115
+ - cache_manifest
116
+ - seed
117
+ - code_revision
118
+ execution_protocol: null
119
+ execution_note: Information contract only; no active execution entrypoint for this
120
+ setting.
121
+ candidate_baselines:
122
+ - count_matched_resampling
123
+ - gaussian_affine_transport
124
+ - radial_quantile_transport
125
+ - scfoundation
126
+ - scgpt
127
+ - scgpt_spatial
128
+ - spatialformer
benchmark/protocols/intervention_ood_oracle.yaml ADDED
@@ -0,0 +1,140 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ schema_version: 1
2
+ id: intervention_ood_oracle
3
+ generalization_axis: perturbation_identity
4
+ evaluation_mode: oracle_count
5
+ name: Intervention-OOD conditional RNA localization with oracle target counts
6
+ status: implemented
7
+ data_tier: strict
8
+ observation_unit: cell
9
+ paired_counterfactual: false
10
+ required_columns:
11
+ - dataset_id
12
+ - unit_id
13
+ - sample_id
14
+ - condition
15
+ - cell_id
16
+ - cell_type
17
+ - gene
18
+ - x
19
+ - y
20
+ split:
21
+ group_key: intervention_identity
22
+ task_manifests:
23
+ main: benchmark/tasks/intervention_ood_main.yaml
24
+ compositional: benchmark/tasks/intervention_ood_compositional.yaml
25
+ gears_interface:
26
+ - set2conditions
27
+ - test_perts
28
+ - test_subgroup
29
+ final_fit: train_plus_validation_after_hyperparameters_are_frozen
30
+ biological_unit_role: leakage_block_and_clustered_uncertainty
31
+ prohibited:
32
+ - test_target_cells_in_fit
33
+ - test_target_rna_in_fit
34
+ - random_cell
35
+ - random_molecule
36
+ count_policy:
37
+ mode: exact_target_per_cell_gene
38
+ purpose: Isolate conditional localization from abundance prediction.
39
+ target_geometry_access: counts_only_physically_redacted
40
+ intervention_descriptor:
41
+ applies_to: learned_baselines_only
42
+ provider: biomedbert_non_special_mean
43
+ model_revision: 1b3e7b435092c6f65dac0650f3d06df4866d6fd4
44
+ pooling: mean_last_hidden_non_special_tokens
45
+ component_normalization: l2
46
+ compositional_rule: additive_sum
47
+ reference_vector: zero
48
+ shared_identically_across_learned_baselines: true
49
+ target_response_data_used: false
50
+ foundation_context:
51
+ conditioning: source_only
52
+ source_cell_policy: all_declared_source_cells_no_subsampling
53
+ batching_changes_selection: false
54
+ target_response_data_used: false
55
+ representation: individual_source_cell_embeddings
56
+ coordinate_policy:
57
+ eligible_semantics:
58
+ - decoded_molecule
59
+ - capture_site
60
+ capture_site_feature_types:
61
+ - dnb
62
+ - bead
63
+ - polony
64
+ - sequencing_cluster
65
+ - grid
66
+ event_representation: unit_event_rows
67
+ unit_event_value: 1
68
+ capture_site_gate: deterministic pre-normalization expansion plus artifact hashes,
69
+ global lineage, and exact sample/unit/condition/cell/gene reconciliation; no frozen
70
+ capture-site importer yet
71
+ aggregation: coordinate semantics and capture feature type are explicit non-pooled
72
+ strata
73
+ required_axes:
74
+ - x
75
+ - y
76
+ optional_axes:
77
+ - z
78
+ frame: cell_centric
79
+ normalization: independently center and scale each cell by its own eligible-RNA
80
+ centroid and xy RMS radius; no cross-cell or test-fitted parameters
81
+ cell_weighting: equal_weight_per_nonempty_cell
82
+ metrics:
83
+ primary: cell_balanced_sliced_wasserstein
84
+ secondary:
85
+ - spatial_centroid_rmse
86
+ - radial_wasserstein
87
+ - unpaired_cell_spatial_feature_sliced_wasserstein
88
+ - prediction_unit_coverage
89
+ ranking: Spatial fidelity and intervention specificity are reported separately.
90
+ expression_prediction: not_applicable_oracle_count_integrity_gate_only
91
+ rna_subsampling: false
92
+ gene_panels:
93
+ - all_gene
94
+ - top_100_deg
95
+ uncertainty:
96
+ implementation_status: planned_before_final_reporting
97
+ resampling_unit: biological_unit
98
+ oracle_resampling: paired_prediction_and_truth_units
99
+ single_unit_policy: NA_with_unit_coverage
100
+ prohibited_pseudoreplicates:
101
+ - genes
102
+ - cells
103
+ - molecules
104
+ - folds
105
+ - model_seeds
106
+ eligible_datasets:
107
+ - perturbfish_astrocytes
108
+ - gse325253_lung_drug_xenium
109
+ - merfish_sickness
110
+ - gse246584_atm_radiation_xenium
111
+ - gse285341_ddx54_pd1_xenium
112
+ candidate_datasets: []
113
+ eligible_baselines:
114
+ - count_matched_resampling
115
+ - gaussian_affine_transport
116
+ - radial_quantile_transport
117
+ - scgpt_spatial
118
+ - spatialformer
119
+ - scgpt
120
+ - scfoundation
121
+ success_artifacts:
122
+ - result_json
123
+ - exact_config
124
+ - split_manifest
125
+ - cache_manifest
126
+ - seed
127
+ - code_revision
128
+ execution_protocol: scperturbench_scfoundation_cell_oracle
129
+ execution_note: All registered baselines use scripts/run_cell_oracle.py; the current
130
+ complete-cell smoke gate is required for scientific matrix execution.
131
+ training:
132
+ configuration: configs/experiments/cell_oracle.yaml
133
+ sampling: benchmark/sampling/scperturbench_scfoundation.yaml
134
+ initialization: independent_from_joint_checkpoints
135
+ input: complete_cell_counts_and_all_RNA_coordinates
136
+ objective: unpaired_complete_cell_distribution
137
+ count_head: absent
138
+ target_geometry: development_only; test geometry after all prediction seals
139
+ checkpoint_selection: final_fixed_15_epochs_on_frozen_development_union
140
+ evaluation_unit: context_transition_cell_distribution
benchmark/protocols/temporal_stage_ood_joint.yaml ADDED
@@ -0,0 +1,122 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ schema_version: 1
2
+ id: temporal_stage_ood_joint
3
+ generalization_axis: temporal_stage
4
+ evaluation_mode: joint
5
+ name: Temporal-stage OOD joint RNA abundance and localization prediction
6
+ status: planned
7
+ implementation:
8
+ split_loader: implemented
9
+ sealed_evaluator: sealed_manifest_interface_implemented
10
+ dataset_runner: pending_frozen_dataset_adapter
11
+ data_tier: strict
12
+ observation_unit: stage_context_population
13
+ paired_counterfactual: false
14
+ required_columns:
15
+ - dataset_id
16
+ - unit_id
17
+ - sample_id
18
+ - condition
19
+ - cell_id
20
+ - cell_type
21
+ - gene
22
+ - x
23
+ - y
24
+ split:
25
+ group_key: ordered_temporal_stage
26
+ reference: local extension beyond scPerturBench perturbation/context axes
27
+ rule: hold out one response stage while keeping the perturbation identity fixed
28
+ and visible at another post-perturbation stage
29
+ regimes:
30
+ - forward_extrapolation
31
+ - interpolation
32
+ forward_rule: no target-or-later response stage may enter fit
33
+ stage_descriptor: response-independent continuous numeric order; unseen one-hot
34
+ stage IDs are prohibited
35
+ biological_unit_role: leakage_audit_and_clustered_uncertainty
36
+ source_and_target_population_support_gate: required_by_sealed_interface
37
+ prohibited:
38
+ - held_out_stage_cells_in_fit
39
+ - held_out_stage_rna_in_fit
40
+ - target_population_size_at_inference
41
+ - target_or_later_stage_in_forward_fit
42
+ count_policy:
43
+ mode: predicted_distribution
44
+ zeros: include every declared source cell without the evaluated gene
45
+ target_cell_count_used: false
46
+ source_population: frozen reference-stage population selected without target data
47
+ coordinate_policy:
48
+ eligible_semantics:
49
+ - decoded_molecule
50
+ - capture_site
51
+ capture_site_feature_types:
52
+ - dnb
53
+ - bead
54
+ - polony
55
+ - sequencing_cluster
56
+ - grid
57
+ event_representation: unit_event_rows
58
+ unit_event_value: 1
59
+ capture_site_gate: deterministic pre-normalization expansion plus artifact hashes,
60
+ global lineage, and exact sample/unit/condition/cell/gene reconciliation; no frozen
61
+ capture-site importer yet
62
+ aggregation: coordinate semantics and capture feature type are explicit non-pooled
63
+ strata
64
+ required_axes:
65
+ - x
66
+ - y
67
+ optional_axes:
68
+ - z
69
+ frame: cell_centric_or_registered_subcellular_capture_site
70
+ factorization: predict_counts_then_localization
71
+ cell_weighting: equal_weight_per_nonempty_cell
72
+ metrics:
73
+ primary: control_reference_pearson_delta
74
+ secondary:
75
+ - expression_mse
76
+ - expression_rmse
77
+ - log1p_count_energy_distance
78
+ - smoothed_count_symmetric_kl
79
+ - log1p_count_wasserstein
80
+ - expression_centroid_accuracy
81
+ - cell_balanced_joint_sliced_wasserstein
82
+ - spatial_centroid_accuracy
83
+ - spatial_residual_pearson
84
+ - radial_wasserstein
85
+ - predicted_empty_rate
86
+ - prediction_unit_coverage
87
+ ranking: expression and spatial columns remain separate; stages are macro-averaged
88
+ equally within forward/interpolation regime; report metric-specific row coverage
89
+ and do not rank finite-only values across unequal coverage
90
+ uncertainty:
91
+ implementation_status: planned_before_final_reporting
92
+ resampling_unit: biological_unit
93
+ single_unit_policy: NA_with_unit_coverage
94
+ prohibited_pseudoreplicates:
95
+ - genes
96
+ - cells
97
+ - molecules
98
+ - folds
99
+ - model_seeds
100
+ eligible_datasets: []
101
+ candidate_datasets:
102
+ - dss_colitis_merfish
103
+ external_candidate_datasets: []
104
+ eligible_baselines: []
105
+ candidate_baselines:
106
+ - count_matched_resampling
107
+ - gaussian_affine_transport
108
+ - radial_quantile_transport
109
+ - scfoundation
110
+ - scgpt
111
+ - scgpt_spatial
112
+ - spatialformer
113
+ success_artifacts:
114
+ - result_json
115
+ - exact_config
116
+ - split_manifest
117
+ - cache_manifest
118
+ - seed
119
+ - code_revision
120
+ execution_protocol: null
121
+ execution_note: Information contract only; no active execution entrypoint for this
122
+ setting.
benchmark/protocols/temporal_stage_ood_oracle.yaml ADDED
@@ -0,0 +1,114 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ schema_version: 1
2
+ id: temporal_stage_ood_oracle
3
+ generalization_axis: temporal_stage
4
+ evaluation_mode: oracle_count
5
+ name: Temporal-stage OOD conditional RNA localization with oracle target counts
6
+ status: planned
7
+ implementation:
8
+ split_loader: implemented
9
+ sealed_evaluator: sealed_manifest_interface_implemented
10
+ dataset_runner: pending_frozen_dataset_adapter
11
+ data_tier: strict
12
+ observation_unit: stage_context_population
13
+ paired_counterfactual: false
14
+ required_columns:
15
+ - dataset_id
16
+ - unit_id
17
+ - sample_id
18
+ - condition
19
+ - cell_id
20
+ - cell_type
21
+ - gene
22
+ - x
23
+ - y
24
+ split:
25
+ group_key: ordered_temporal_stage
26
+ reference: local extension beyond scPerturBench perturbation/context axes
27
+ rule: hold out one response stage while keeping the perturbation identity fixed
28
+ and visible at another post-perturbation stage
29
+ regimes:
30
+ - forward_extrapolation
31
+ - interpolation
32
+ forward_rule: no target-or-later response stage may enter fit
33
+ stage_descriptor: response-independent continuous numeric order; unseen one-hot
34
+ stage IDs are prohibited
35
+ biological_unit_role: leakage_audit_and_clustered_uncertainty
36
+ source_and_target_population_support_gate: required_by_sealed_interface
37
+ prohibited:
38
+ - held_out_stage_cells_in_fit
39
+ - held_out_stage_rna_in_fit
40
+ - target_or_later_stage_in_forward_fit
41
+ - random_cell_split
42
+ - random_molecule_split
43
+ count_policy:
44
+ mode: exact_target_per_cell_gene
45
+ purpose: isolate localization from abundance prediction
46
+ target_geometry_access: counts_only_physically_redacted_required_of_future_runner
47
+ coordinate_policy:
48
+ eligible_semantics:
49
+ - decoded_molecule
50
+ - capture_site
51
+ capture_site_feature_types:
52
+ - dnb
53
+ - bead
54
+ - polony
55
+ - sequencing_cluster
56
+ - grid
57
+ event_representation: unit_event_rows
58
+ unit_event_value: 1
59
+ capture_site_gate: deterministic pre-normalization expansion plus artifact hashes,
60
+ global lineage, and exact sample/unit/condition/cell/gene reconciliation; no frozen
61
+ capture-site importer yet
62
+ aggregation: coordinate semantics and capture feature type are explicit non-pooled
63
+ strata
64
+ required_axes:
65
+ - x
66
+ - y
67
+ optional_axes:
68
+ - z
69
+ frame: cell_centric_or_registered_subcellular_capture_site
70
+ cell_weighting: equal_weight_per_nonempty_cell
71
+ metrics:
72
+ primary: cell_balanced_sliced_wasserstein
73
+ secondary:
74
+ - spatial_centroid_accuracy
75
+ - spatial_residual_pearson
76
+ - radial_wasserstein
77
+ - predicted_empty_rate
78
+ - prediction_unit_coverage
79
+ expression_prediction: not_applicable_oracle_count_integrity_gate_only
80
+ ranking: report forward-extrapolation and interpolation separately with metric-specific
81
+ row coverage; no finite-only ranking across unequal coverage; no composite score
82
+ uncertainty:
83
+ implementation_status: planned_before_final_reporting
84
+ resampling_unit: biological_unit
85
+ single_unit_policy: NA_with_unit_coverage
86
+ prohibited_pseudoreplicates:
87
+ - genes
88
+ - cells
89
+ - molecules
90
+ - folds
91
+ - model_seeds
92
+ eligible_datasets: []
93
+ candidate_datasets:
94
+ - dss_colitis_merfish
95
+ external_candidate_datasets: []
96
+ eligible_baselines: []
97
+ candidate_baselines:
98
+ - count_matched_resampling
99
+ - gaussian_affine_transport
100
+ - radial_quantile_transport
101
+ - scfoundation
102
+ - scgpt
103
+ - scgpt_spatial
104
+ - spatialformer
105
+ success_artifacts:
106
+ - result_json
107
+ - exact_config
108
+ - split_manifest
109
+ - cache_manifest
110
+ - seed
111
+ - code_revision
112
+ execution_protocol: null
113
+ execution_note: Information contract only; no active execution entrypoint for this
114
+ setting.
benchmark/registry/baselines.yaml ADDED
@@ -0,0 +1,188 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ schema_version: 1
2
+ baselines:
3
+ - id: count_matched_resampling
4
+ name: Count-matched control-coordinate resampling
5
+ family: mandatory_null
6
+ native_to_task: true
7
+ implementation_status: adapter_ready
8
+ evidence: model_test_only
9
+ intervention_ood_evidence: model_test_only
10
+ entrypoint: src/subcellpert/main.py
11
+ trainer: src/subcellpert/models/count_matched_resampling.py
12
+ protocols:
13
+ - context_ood_oracle
14
+ - context_ood_joint
15
+ - intervention_ood_oracle
16
+ - intervention_ood_joint
17
+ experiment_ids: []
18
+ notes: Independent joint/oracle fits share the complete-cell interface. Data-split
19
+ seeds are the only repetition axis; planned jobs do not establish training completion.
20
+ planned_protocols: []
21
+ execution_protocol: scperturbench_scfoundation_cell_oracle
22
+ configuration: configs/experiments/cell_oracle.yaml
23
+ model: src/subcellpert/models/count_matched_resampling.py
24
+ joint_configuration: configs/experiments/cell_joint.yaml
25
+ - id: gaussian_affine_transport
26
+ name: Per-mark Gaussian affine transport
27
+ family: classical_ml_transport
28
+ native_to_task: true
29
+ implementation_status: adapter_ready
30
+ evidence: model_test_only
31
+ intervention_ood_evidence: model_test_only
32
+ entrypoint: src/subcellpert/main.py
33
+ trainer: src/subcellpert/models/gaussian_affine_transport.py
34
+ protocols:
35
+ - context_ood_oracle
36
+ - context_ood_joint
37
+ - intervention_ood_oracle
38
+ - intervention_ood_joint
39
+ experiment_ids: []
40
+ notes: Independent joint/oracle fits share the complete-cell interface. Data-split
41
+ seeds are the only repetition axis; planned jobs do not establish training completion.
42
+ planned_protocols: []
43
+ execution_protocol: scperturbench_scfoundation_cell_oracle
44
+ configuration: configs/experiments/cell_oracle.yaml
45
+ model: src/subcellpert/models/gaussian_affine_transport.py
46
+ joint_configuration: configs/experiments/cell_joint.yaml
47
+ - id: radial_quantile_transport
48
+ name: Per-mark radial quantile transport
49
+ family: classical_ml_transport
50
+ native_to_task: true
51
+ implementation_status: adapter_ready
52
+ evidence: model_test_only
53
+ intervention_ood_evidence: model_test_only
54
+ entrypoint: src/subcellpert/main.py
55
+ trainer: src/subcellpert/models/radial_quantile_transport.py
56
+ protocols:
57
+ - context_ood_oracle
58
+ - context_ood_joint
59
+ - intervention_ood_oracle
60
+ - intervention_ood_joint
61
+ experiment_ids: []
62
+ notes: Independent joint/oracle fits share the complete-cell interface. Data-split
63
+ seeds are the only repetition axis; planned jobs do not establish training completion.
64
+ planned_protocols: []
65
+ execution_protocol: scperturbench_scfoundation_cell_oracle
66
+ configuration: configs/experiments/cell_oracle.yaml
67
+ model: src/subcellpert/models/radial_quantile_transport.py
68
+ joint_configuration: configs/experiments/cell_joint.yaml
69
+ - id: scgpt_spatial
70
+ name: scGPT-spatial frozen-context transport
71
+ family: subcellular_foundation_adapter
72
+ native_to_task: false
73
+ implementation_status: adapter_ready
74
+ evidence: model_test_only
75
+ intervention_ood_evidence: model_test_only
76
+ entrypoint: src/subcellpert/main.py
77
+ trainer: src/subcellpert/train_one_step.py
78
+ source_cell_policy: all_declared_source_cells_no_subsampling
79
+ protocols:
80
+ - context_ood_oracle
81
+ - context_ood_joint
82
+ - intervention_ood_oracle
83
+ - intervention_ood_joint
84
+ experiment_ids: []
85
+ notes: Independent joint/oracle fits share the complete-cell interface. Data-split
86
+ seeds are the only repetition axis; planned jobs do not establish training completion.
87
+ planned_protocols: []
88
+ execution_protocol: scperturbench_scfoundation_cell_oracle
89
+ configuration: configs/experiments/cell_oracle.yaml
90
+ foundation_representation: frozen_source_cell_per_gene_features
91
+ model: src/subcellpert/models/scgpt_spatial.py
92
+ joint_configuration: configs/experiments/cell_joint.yaml
93
+ - id: spatialformer
94
+ name: SpatialFormer frozen-context transport
95
+ family: subcellular_foundation_adapter
96
+ native_to_task: false
97
+ implementation_status: adapter_ready
98
+ evidence: model_test_only
99
+ intervention_ood_evidence: model_test_only
100
+ entrypoint: src/subcellpert/main.py
101
+ trainer: src/subcellpert/train_one_step.py
102
+ source_cell_policy: all_declared_source_cells_no_subsampling
103
+ protocols:
104
+ - context_ood_oracle
105
+ - context_ood_joint
106
+ - intervention_ood_oracle
107
+ - intervention_ood_joint
108
+ experiment_ids: []
109
+ notes: Independent joint/oracle fits share the complete-cell interface. Data-split
110
+ seeds are the only repetition axis; planned jobs do not establish training completion.
111
+ planned_protocols: []
112
+ execution_protocol: scperturbench_scfoundation_cell_oracle
113
+ configuration: configs/experiments/cell_oracle.yaml
114
+ foundation_representation: frozen_source_cell_per_gene_features
115
+ model: src/subcellpert/models/spatialformer.py
116
+ joint_configuration: configs/experiments/cell_joint.yaml
117
+ - id: scgpt
118
+ name: scGPT frozen-context transport
119
+ family: gene_expression_foundation_adapter
120
+ native_to_task: false
121
+ implementation_status: adapter_ready
122
+ evidence: model_test_only
123
+ intervention_ood_evidence: model_test_only
124
+ entrypoint: src/subcellpert/main.py
125
+ trainer: src/subcellpert/train_one_step.py
126
+ source_cell_policy: all_declared_source_cells_no_subsampling
127
+ protocols:
128
+ - context_ood_oracle
129
+ - context_ood_joint
130
+ - intervention_ood_oracle
131
+ - intervention_ood_joint
132
+ experiment_ids: []
133
+ notes: Independent joint/oracle fits share the complete-cell interface. Data-split
134
+ seeds are the only repetition axis; planned jobs do not establish training completion.
135
+ planned_protocols: []
136
+ execution_protocol: scperturbench_scfoundation_cell_oracle
137
+ configuration: configs/experiments/cell_oracle.yaml
138
+ foundation_representation: frozen_source_cell_per_gene_features
139
+ model: src/subcellpert/models/scgpt.py
140
+ joint_configuration: configs/experiments/cell_joint.yaml
141
+ - id: scfoundation
142
+ name: scFoundation frozen-context transport
143
+ family: gene_expression_foundation_adapter
144
+ native_to_task: false
145
+ implementation_status: adapter_ready
146
+ evidence: model_test_only
147
+ intervention_ood_evidence: model_test_only
148
+ entrypoint: src/subcellpert/main.py
149
+ trainer: src/subcellpert/train_one_step.py
150
+ source_cell_policy: all_declared_source_cells_no_subsampling
151
+ protocols:
152
+ - context_ood_oracle
153
+ - context_ood_joint
154
+ - intervention_ood_oracle
155
+ - intervention_ood_joint
156
+ experiment_ids: []
157
+ notes: Independent joint/oracle fits share the complete-cell interface. Data-split
158
+ seeds are the only repetition axis; planned jobs do not establish training completion.
159
+ planned_protocols: []
160
+ execution_protocol: scperturbench_scfoundation_cell_oracle
161
+ configuration: configs/experiments/cell_oracle.yaml
162
+ foundation_representation: frozen_source_cell_per_gene_features
163
+ model: src/subcellpert/models/scfoundation.py
164
+ joint_configuration: configs/experiments/cell_joint.yaml
165
+ - id: state_se
166
+ name: STATE-SE frozen per-gene encoder with GEARS spatial transport
167
+ family: gene_expression_foundation_adapter
168
+ native_to_task: false
169
+ implementation_status: adapter_ready
170
+ evidence: model_test_only
171
+ intervention_ood_evidence: model_test_only
172
+ entrypoint: src/subcellpert/main.py
173
+ trainer: src/subcellpert/train_one_step.py
174
+ source_cell_policy: all_declared_source_cells_no_subsampling
175
+ protocols:
176
+ - context_ood_oracle
177
+ - context_ood_joint
178
+ - intervention_ood_oracle
179
+ - intervention_ood_joint
180
+ experiment_ids: []
181
+ notes: Independent joint/oracle fits share the complete-cell interface. Data-split
182
+ seeds are the only repetition axis; planned jobs do not establish training completion.
183
+ planned_protocols: []
184
+ execution_protocol: scperturbench_scfoundation_cell_oracle
185
+ configuration: configs/experiments/cell_oracle.yaml
186
+ foundation_representation: frozen_source_cell_per_gene_features
187
+ model: src/subcellpert/models/state_se.py
188
+ joint_configuration: configs/experiments/cell_joint.yaml
benchmark/registry/datasets.yaml ADDED
@@ -0,0 +1,368 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ schema_version: 1
2
+ datasets:
3
+ - id: gse291460_spinal_ko_xenium
4
+ organ: Spinal cord
5
+ perturbation_types:
6
+ - Genetic
7
+ diversity_note: Spinal cord; four developmental knockout responses.
8
+ name: Spinal developmental knockout Xenium
9
+ accession: GSE291460
10
+ tier: strict
11
+ spatial_unit: molecule
12
+ intervention_unit: animal
13
+ data_status: ready
14
+ adapter_status: implemented
15
+ paper_role: main
16
+ manifest: datasets/gse291460_spinal_ko_xenium/manifest.json
17
+ eligible_protocols:
18
+ - context_ood_oracle
19
+ - context_ood_joint
20
+ split_units:
21
+ - cell_type
22
+ - animal
23
+ - anatomical_region
24
+ notes: All eight complete native samples match deposited cell-feature counts exactly.
25
+ Final author coordinate-table labels retain 132,930 cells and 38,473,529 endogenous
26
+ RNA across 347 genes. Animal namespaces precede barcode matching; Brach and Thor
27
+ controls remain anatomically distinct. Four known KO responses share each held-cell-type
28
+ fit. Missing author labels are not reconstructed with a local classifier, and
29
+ target types without same-region control support are excluded only from task views.
30
+ Neither unseen perturbation identity nor unseen animal is the OOD axis.
31
+ - id: gse296577_gbm_ohsv_xenium
32
+ organ: Brain
33
+ perturbation_types:
34
+ - Biologic
35
+ diversity_note: Glioblastoma; oncolytic HSV treatment-associated recurrence.
36
+ name: Glioblastoma oncolytic HSV Xenium
37
+ accession: GSE296577
38
+ tier: strict
39
+ spatial_unit: molecule
40
+ intervention_unit: patient
41
+ data_status: ready
42
+ adapter_status: implemented
43
+ paper_role: main
44
+ manifest: datasets/gse296577_gbm_ohsv_xenium/manifest.json
45
+ eligible_protocols:
46
+ - context_ood_oracle
47
+ - context_ood_joint
48
+ split_units:
49
+ - cell_type
50
+ - patient
51
+ notes: 'All twenty native ROIs were reconciled to the complete deposited Seurat
52
+ raw assay: 2,401,946 cells, 520,975,252 RNA and 480 genes, with zero cell-gene
53
+ differences and no unmatched author cells. One ROI has no cells in final author
54
+ QC. Pre/post samples remain grouped within each of eight patients. The known post-oHSV
55
+ recurrence response supports cell-type OOD; neither unseen-patient generalization
56
+ nor an isolated causal treatment effect is claimed.'
57
+ - id: gse296517_breast_fus_cosmx
58
+ organ: Breast
59
+ perturbation_types:
60
+ - Ultrasound
61
+ - Chemical
62
+ diversity_note: Breast cancer; focused ultrasound with or without gemcitabine.
63
+ name: Breast cancer focused-ultrasound CosMx
64
+ accession: GSE296517
65
+ tier: strict
66
+ spatial_unit: molecule
67
+ intervention_unit: clinical_patient_pool
68
+ data_status: ready
69
+ adapter_status: implemented
70
+ paper_role: main
71
+ manifest: datasets/gse296517_breast_fus_cosmx/manifest.json
72
+ eligible_protocols:
73
+ - context_ood_oracle
74
+ - context_ood_joint
75
+ split_units:
76
+ - cell_type
77
+ notes: All four runs exactly reconstruct 880,617 author-labelled cells and 102,102,989
78
+ endogenous RNA over 1,000 genes. Pooled untreated controls support known FUS and
79
+ FUS+GEM responses under donor_patient_split=false. Two pretreatment biopsies share
80
+ one run without a machine-readable patient crosswalk; clinical runs are conservatively
81
+ grouped into one storage unit. No patient OOD, subtype-matched causal effect,
82
+ or isolated GEM synergy is claimed. Exposure status is known even where lesion
83
+ pathology is uncertain.
84
+ - id: gut_microbiota_merfish
85
+ organ: Intestine
86
+ perturbation_types:
87
+ - Microbiota
88
+ diversity_note: Small-intestine and colon regions; SPF to germ-free condition.
89
+ name: Gut microbiota MERFISH
90
+ accession: Dryad-10.5061/dryad.p5hqbzm0z
91
+ tier: strict
92
+ spatial_unit: molecule
93
+ intervention_unit: specimen
94
+ data_status: ready
95
+ adapter_status: implemented
96
+ paper_role: main
97
+ manifest: datasets/gut_microbiota_merfish/manifest.json
98
+ eligible_protocols:
99
+ - context_ood_oracle
100
+ - context_ood_joint
101
+ split_units:
102
+ - cell_type
103
+ - specimen
104
+ - region
105
+ notes: All 2,060,051 deposited cells and 189,468,148 eligible RNA exactly match
106
+ the complete author 1,815-gene raw_counts axis after fixed contamination QC. Four
107
+ same-region SPF-to-GF transitions share each held-cell-type fit. The 28 acquisition/specimen
108
+ groups contain 105 slices; no undocumented animal crosswalk or independent-mouse
109
+ replicate count is asserted. Unsupported same-region target contexts are removed
110
+ from views only.
111
+ - id: gse280376_cardiac_repair_xenium
112
+ organ: Heart
113
+ perturbation_types:
114
+ - Surgery
115
+ diversity_note: Heart; myocardial infarction induced by surgical coronary ligation.
116
+ name: Cardiac myocardial-infarction repair Xenium
117
+ accession: GSE280376
118
+ tier: strict
119
+ spatial_unit: molecule
120
+ intervention_unit: specimen
121
+ data_status: ready
122
+ adapter_status: implemented
123
+ paper_role: main
124
+ manifest: datasets/gse280376_cardiac_repair_xenium/manifest.json
125
+ eligible_protocols:
126
+ - context_ood_oracle
127
+ - context_ood_joint
128
+ split_units:
129
+ - cell_type
130
+ - specimen
131
+ notes: Seven complete, correctly annotated samples retain 225,696 cells and 61,244,213
132
+ RNA. Deposited nico membership and its cluster-name crosswalk provide contexts.
133
+ GSM9460460 is excluded because its annotation duplicates another slide and does
134
+ not join its native barcodes. Sham-to-MI day7/day28 responses share each context
135
+ fit; target contexts lacking Sham are excluded only from task views. No independent
136
+ animal count is inferred from slide IDs.
137
+ - id: gse269719_kidney_iri_xenium
138
+ organ: Kidney
139
+ perturbation_types:
140
+ - Surgery
141
+ diversity_note: Kidney; surgical ischemia-reperfusion injury.
142
+ name: Kidney ischemia-reperfusion injury Xenium
143
+ accession: GSE269719
144
+ tier: strict
145
+ spatial_unit: molecule
146
+ intervention_unit: mouse
147
+ data_status: ready
148
+ adapter_status: implemented
149
+ paper_role: main
150
+ manifest: datasets/gse269719_kidney_iri_xenium/manifest.json
151
+ eligible_protocols:
152
+ - context_ood_oracle
153
+ - context_ood_joint
154
+ split_units:
155
+ - cell_type
156
+ - mouse
157
+ notes: 'All twelve kidneys pass exact native Baysor RNA versus author counts: 1,374,915
158
+ cells, 168,519,194 RNA, 300 genes and 20 deposited cell types. Sham is the source
159
+ for five known injury/recovery timepoints, not unseen perturbation identities.
160
+ L/R kidneys belong to the same mouse; six mice total, one per timepoint. Three
161
+ context seeds are frozen without rerunning the original nine datasets. Admission
162
+ does not claim completed model fits.'
163
+ - id: perturbfish_astrocytes
164
+ organ: Brain
165
+ perturbation_types:
166
+ - Genetic
167
+ diversity_note: Brain-derived astrocyte culture; single-guide CRISPRi.
168
+ name: Perturb-FISH astrocytes
169
+ accession: BIL-10.35077/ace-gem-get
170
+ tier: strict
171
+ spatial_unit: molecule
172
+ intervention_unit: cell
173
+ data_status: ready
174
+ adapter_status: implemented
175
+ paper_role: main
176
+ manifest: datasets/perturbfish_astrocytes/manifest.json
177
+ eligible_protocols:
178
+ - intervention_ood_oracle
179
+ - intervention_ood_joint
180
+ split_units:
181
+ - intervention_identity
182
+ - well
183
+ notes: Exact reconstruction matches all 14,926 published count vectors; the benchmark
184
+ cache retains 12,748 one-guide cells spanning all 127 single targets and excludes
185
+ every multi-guide cell. The active three seeds each hold 90/11/26 single-target
186
+ identities for training/validation/test; reference controls remain visible.
187
+ - id: gse325253_lung_drug_xenium
188
+ organ: Lung
189
+ perturbation_types:
190
+ - Chemical
191
+ diversity_note: 'Formal drug family only: AZD3965 and VB124 added after bleomycin.'
192
+ name: Lung fibrosis drug Xenium
193
+ accession: GSE325253
194
+ tier: strict
195
+ spatial_unit: molecule
196
+ intervention_unit: section
197
+ data_status: ready
198
+ adapter_status: implemented
199
+ paper_role: main
200
+ manifest: datasets/gse325253_lung_drug_xenium/manifest.json
201
+ eligible_protocols:
202
+ - intervention_ood_oracle
203
+ - intervention_ood_joint
204
+ - context_ood_oracle
205
+ - context_ood_joint
206
+ split_units:
207
+ - intervention_identity
208
+ - cell_type
209
+ - section
210
+ notes: Eight sections, two per condition, with 11 level-2 cellular contexts. The
211
+ active three context seeds retain only drug (Bleomycin to both add-ons jointly);
212
+ injury results are archived. Historical exhaustive context and intervention holdouts
213
+ are not the current training schedule.
214
+ - id: gse246584_atm_radiation_xenium
215
+ organ: Brain
216
+ perturbation_types:
217
+ - Genetic
218
+ - Radiation
219
+ diversity_note: Diffuse midline glioma; ATM loss and focal radiotherapy.
220
+ name: ATM loss and focal-radiation Xenium
221
+ accession: GSE246584
222
+ tier: strict
223
+ spatial_unit: molecule
224
+ intervention_unit: section
225
+ data_status: ready
226
+ adapter_status: implemented
227
+ paper_role: secondary
228
+ manifest: datasets/gse246584_atm_radiation_xenium/manifest.json
229
+ eligible_protocols:
230
+ - intervention_ood_oracle
231
+ - intervention_ood_joint
232
+ split_units:
233
+ - intervention_component
234
+ - section
235
+ notes: Exact 2x2 factorial release; the combination is a single combo_seen2 combinatorial
236
+ stress test, not a replicated main leaderboard.
237
+ - id: gse285341_ddx54_pd1_xenium
238
+ organ: Lung
239
+ perturbation_types:
240
+ - Genetic
241
+ - Biologic
242
+ diversity_note: Lung-tumor model; Ddx54 knockdown and anti-PD-1 antibody.
243
+ name: Ddx54 knockdown and anti-PD-1 Xenium
244
+ accession: GSE285341
245
+ tier: strict
246
+ spatial_unit: molecule
247
+ intervention_unit: section
248
+ data_status: ready
249
+ adapter_status: implemented
250
+ paper_role: secondary
251
+ manifest: datasets/gse285341_ddx54_pd1_xenium/manifest.json
252
+ eligible_protocols:
253
+ - intervention_ood_oracle
254
+ - intervention_ood_joint
255
+ split_units:
256
+ - intervention_component
257
+ - section
258
+ notes: Exact 2x2 factorial release reconstructed from source masks; the combination
259
+ is a single combo_seen2 combinatorial stress test.
260
+ - id: merfish_sickness
261
+ organ: Brain
262
+ perturbation_types:
263
+ - Chemical
264
+ - Biologic
265
+ diversity_note: Hypothalamus; DSS chemical challenge and LPS/poly(I:C)/PLA2/STAg
266
+ immune stimuli.
267
+ name: Sickness MERFISH
268
+ accession: Dryad-10.5061/dryad.v6wwpzh98
269
+ tier: strict
270
+ spatial_unit: molecule
271
+ intervention_unit: animal
272
+ data_status: ready
273
+ adapter_status: implemented
274
+ paper_role: main
275
+ manifest: datasets/merfish_sickness/manifest.json
276
+ eligible_protocols:
277
+ - intervention_ood_oracle
278
+ - intervention_ood_joint
279
+ - context_ood_oracle
280
+ - context_ood_joint
281
+ split_units:
282
+ - intervention_identity
283
+ - cell_type
284
+ - animal
285
+ notes: After the author ignore_cell flag, the uncapped cache has 1,765,570 cells
286
+ and 1,101,347,616 RNA. Task admission excludes one unsupported PLA/Monocytes target
287
+ while retaining its raw observation. Three held-context fits jointly learn five
288
+ known challenge responses; historical exhaustive/zero-shot folds are not active.
289
+ - id: dss_colitis_merfish
290
+ organ: Intestine
291
+ perturbation_types:
292
+ - Chemical
293
+ diversity_note: Colon; DSS-induced colitis and recovery.
294
+ name: DSS colitis time-course MERFISH
295
+ accession: Dryad-10.5061/dryad.rjdfn2zh3-v5
296
+ tier: strict
297
+ spatial_unit: molecule
298
+ intervention_unit: animal_section
299
+ data_status: ready
300
+ adapter_status: implemented
301
+ paper_role: main
302
+ manifest: datasets/dss_colitis_merfish/manifest.json
303
+ eligible_protocols:
304
+ - context_ood_oracle
305
+ - context_ood_joint
306
+ split_units:
307
+ - cell_type
308
+ - day
309
+ - mouse
310
+ notes: The complete 58-slice cache has 1,439,542 official annotated cells and 119,553,365
311
+ RNA. Eight Tier-1 labels provide candidate contexts; the active three seeds jointly
312
+ fit known post-D0 responses and hold one context each. Adipose has no D35 target
313
+ cells, so that response is not evaluated. Temporal-stage holdouts and exhaustive
314
+ context folds are historical/auxiliary, not the active schedule.
315
+ - id: gse295862_adipose_weightloss_xenium
316
+ organ: Adipose
317
+ perturbation_types:
318
+ - Surgery
319
+ diversity_note: Subcutaneous adipose before and after bariatric-surgery-associated
320
+ weight loss.
321
+ name: Adipose obesity and weight-loss Xenium
322
+ accession: GSE295862/SCP3117
323
+ tier: strict
324
+ spatial_unit: molecule
325
+ intervention_unit: paired_donor
326
+ data_status: ready
327
+ adapter_status: implemented
328
+ paper_role: main
329
+ manifest: datasets/gse295862_adipose_weightloss_xenium/manifest.json
330
+ eligible_protocols:
331
+ - context_ood_oracle
332
+ - context_ood_joint
333
+ split_units:
334
+ - cell_type
335
+ - paired_donor
336
+ - condition
337
+ notes: Exact full-release reconstruction matches all 25,795 author cells and 3,795,009
338
+ assigned RNA. The strict Obese-to-Weightloss cache uses 14,007 cells, 1,911,887
339
+ RNA, 477 genes, four paired donors, and seven level-1 context labels. Three held-context
340
+ seeds are active; Lean is excluded from this directed task. Historical GPU smoke
341
+ receipts are not completion of the current formal fits.
342
+ - id: uc_vedolizumab_cosmx
343
+ organ: Intestine
344
+ perturbation_types:
345
+ - Biologic
346
+ diversity_note: Colon; vedolizumab antibody treatment.
347
+ name: Ulcerative colitis vedolizumab longitudinal CosMx
348
+ accession: Figshare-23896959-v3
349
+ tier: strict
350
+ spatial_unit: molecule
351
+ intervention_unit: patient
352
+ data_status: ready
353
+ adapter_status: implemented
354
+ paper_role: main
355
+ manifest: datasets/uc_vedolizumab_cosmx/manifest.json
356
+ eligible_protocols:
357
+ - context_ood_oracle
358
+ - context_ood_joint
359
+ split_units:
360
+ - patient_id
361
+ - response_stratum
362
+ - pre_post
363
+ notes: The adapter and seven-patient compact population payload are complete for
364
+ separate responder and non-responder known-transition branches. Every biopsy and
365
+ FOV remains within patient; the non-responder branch has only three complete pairs.
366
+ The active context view uses 29 deposited cell-type labels and three held-context
367
+ seeds, not patient holdouts. Both retrospective outcome-conditioned responses
368
+ share each fit; future response strata are not a prospective prediction input.
benchmark/registry/metrics.yaml ADDED
@@ -0,0 +1,279 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ schema_version: 1
2
+ metrics:
3
+ - id: control_reference_pearson_delta
4
+ component: expression_context_response
5
+ status: implemented
6
+ direction: higher
7
+ aggregation: Pearson correlation between true and predicted zero-inclusive mean-log1p
8
+ response vectors after subtracting the held-out-context source vector; macro-average
9
+ cell types within transition and transitions equally.
10
+ count_conditioning: predicted
11
+ scope: utility_or_planned_diagnostic
12
+ - id: expression_mse
13
+ component: abundance
14
+ status: implemented
15
+ direction: lower
16
+ aggregation: Mean squared error between predicted and true held-out-context condition-by-gene
17
+ zero-inclusive mean-log1p count vectors; included as a scPerturBench-inspired
18
+ but numerically non-equivalent local diagnostic.
19
+ count_conditioning: predicted
20
+ scope: utility_or_planned_diagnostic
21
+ - id: perturbed_reference_pearson_delta
22
+ component: expression_specificity
23
+ status: implemented
24
+ direction: higher
25
+ aggregation: Systema Pearson correlation on zero-inclusive mean-log1p per-cell count
26
+ vectors after subtracting the equal-condition mean of development perturbation
27
+ centroids; macro-average first over held-out interventions.
28
+ count_conditioning: predicted
29
+ scope: utility_or_planned_diagnostic
30
+ - id: perturbed_reference_pearson_delta20
31
+ component: expression_specificity
32
+ status: implemented
33
+ direction: higher
34
+ aggregation: Systema Pearson-delta formula on the sealed evaluator's top 20 absolute
35
+ target-versus-source effects in the zero-inclusive mean-log1p count vector; macro-average
36
+ first over held-out interventions.
37
+ count_conditioning: predicted
38
+ scope: utility_or_planned_diagnostic
39
+ - id: expression_centroid_accuracy
40
+ component: expression_retrieval
41
+ status: implemented
42
+ direction: higher
43
+ aggregation: Fraction of other held-out true zero-inclusive mean-log1p expression
44
+ centroids farther from a prediction than its matching centroid; unique out-of-fold
45
+ conditions form a global retrieval set, with fold-local retrieval when an identity
46
+ recurs across simulation folds.
47
+ count_conditioning: predicted
48
+ scope: utility_or_planned_diagnostic
49
+ - id: expression_rmse
50
+ component: abundance
51
+ status: implemented
52
+ direction: lower
53
+ aggregation: RMSE between predicted and true held-out condition-by-gene zero-inclusive
54
+ mean-log1p per-cell count vectors.
55
+ count_conditioning: predicted
56
+ scope: utility_or_planned_diagnostic
57
+ - id: cell_balanced_sliced_wasserstein
58
+ component: localization
59
+ status: implemented
60
+ direction: lower
61
+ aggregation: Sliced 1-Wasserstein in normalized local xy with every nonempty cell
62
+ contributing equal total mass; macro-average first over intervention identity.
63
+ count_conditioning: exact_target_count
64
+ scope: scperturbench_scfoundation_cell_oracle
65
+ entrypoint: src/subcellpert/cell_evaluation.py
66
+ - id: cell_balanced_joint_sliced_wasserstein
67
+ component: localization_under_predicted_abundance
68
+ status: implemented
69
+ direction: lower
70
+ aggregation: Cell-balanced sliced 1-Wasserstein between true points and coordinates
71
+ generated under predicted per-cell counts; reported separately from abundance
72
+ metrics.
73
+ count_conditioning: predicted
74
+ scope: utility_or_planned_diagnostic
75
+ - id: spatial_centroid_accuracy
76
+ component: localization_retrieval
77
+ status: implemented
78
+ direction: higher
79
+ aggregation: Fraction of other held-out intervention point patterns farther from
80
+ a prediction than its matching truth under the same cell-balanced spatial distance;
81
+ retrieval is fold-local when an identity recurs across simulation folds.
82
+ count_conditioning: both_protocol_specific
83
+ scope: utility_or_planned_diagnostic
84
+ - id: spatial_residual_pearson
85
+ component: localization_specificity
86
+ status: implemented
87
+ direction: higher
88
+ aggregation: Pearson correlation between true and predicted fixed multiscale occupancy
89
+ vectors after subtracting the equal-condition development reference.
90
+ count_conditioning: both_protocol_specific
91
+ scope: utility_or_planned_diagnostic
92
+ - id: predicted_empty_rate
93
+ component: localization_coverage
94
+ status: implemented
95
+ direction: lower
96
+ aggregation: Fraction of true-nonempty intervention/cell-type/gene groups for which
97
+ the predictor emits no spatial RNA; reported with spatial metric coverage and
98
+ never converted into a finite distance.
99
+ count_conditioning: both_protocol_specific
100
+ scope: utility_or_planned_diagnostic
101
+ - id: prediction_unit_coverage
102
+ component: localization_coverage
103
+ status: implemented
104
+ direction: higher
105
+ aggregation: Fraction of relevant biological-unit prediction populations with defined
106
+ generated geometry; target-empty oracle units are excluded from the denominator
107
+ and no cell or gene is filtered.
108
+ count_conditioning: exact_target_count
109
+ scope: scperturbench_scfoundation_cell_oracle
110
+ entrypoint: src/subcellpert/cell_evaluation.py
111
+ - id: systematic_variation_gap
112
+ component: expression_diagnostic
113
+ status: implemented
114
+ direction: diagnostic
115
+ aggregation: Perturbed-reference Pearson-delta minus control-reference Pearson-delta,
116
+ reported to expose generic all-perturbed shifts.
117
+ count_conditioning: predicted
118
+ scope: utility_or_planned_diagnostic
119
+ - id: macro_sliced_wasserstein
120
+ component: localization
121
+ status: implemented
122
+ direction: lower
123
+ aggregation: Mean over eligible intervention-gene groups after per-cell normalization.
124
+ count_conditioning: exact_target_count
125
+ scope: utility_or_planned_diagnostic
126
+ - id: relative_swd_improvement
127
+ component: localization
128
+ status: implemented
129
+ direction: higher
130
+ aggregation: Relative improvement over count-matched resampling with group bootstrap
131
+ confidence interval.
132
+ count_conditioning: exact_target_count
133
+ scope: utility_or_planned_diagnostic
134
+ - id: radial_wasserstein
135
+ component: localization
136
+ status: implemented
137
+ direction: lower
138
+ aggregation: Cell-balanced one-dimensional Wasserstein distance between per-cell
139
+ molecule radii; macro-average first over intervention identity.
140
+ count_conditioning: exact_target_count
141
+ scope: scperturbench_scfoundation_cell_oracle
142
+ entrypoint: src/subcellpert/cell_evaluation.py
143
+ - id: count_wasserstein
144
+ component: abundance
145
+ status: implemented_diagnostic
146
+ direction: lower
147
+ aggregation: Wasserstein distance between per-cell count distributions.
148
+ count_conditioning: not_applicable
149
+ scope: utility_or_planned_diagnostic
150
+ - id: log1p_count_wasserstein
151
+ component: abundance
152
+ status: implemented
153
+ direction: lower
154
+ aggregation: Macro Wasserstein distance between log1p per-cell count distributions,
155
+ including zero-expression cells.
156
+ count_conditioning: predicted
157
+ scope: utility_or_planned_diagnostic
158
+ - id: log1p_count_energy_distance
159
+ component: abundance_distribution
160
+ status: implemented
161
+ direction: lower
162
+ aggregation: Exact one-dimensional energy distance between predicted and true log1p
163
+ per-cell counts for each gene, including zeros; average the complete frozen gene
164
+ vocabulary and then macro-average the held-out OOD identities without evaluation-cell
165
+ subsampling.
166
+ count_conditioning: predicted
167
+ scope: utility_or_planned_diagnostic
168
+ - id: smoothed_count_symmetric_kl
169
+ component: abundance_distribution
170
+ status: implemented
171
+ direction: lower
172
+ aggregation: Symmetric KL between empirical integer per-cell count histograms with
173
+ a fixed Jeffreys pseudocount of 0.5; average the complete frozen gene vocabulary
174
+ and then macro-average held-out OOD identities.
175
+ count_conditioning: predicted
176
+ scope: utility_or_planned_diagnostic
177
+ - id: joint_sliced_wasserstein
178
+ component: localization_under_predicted_abundance
179
+ status: implemented
180
+ direction: lower
181
+ aggregation: Macro sliced-Wasserstein distance between target coordinates and the
182
+ point population generated from predicted per-cell counts.
183
+ count_conditioning: predicted
184
+ scope: utility_or_planned_diagnostic
185
+ - id: energy_distance
186
+ component: localization
187
+ status: planned
188
+ direction: lower
189
+ aggregation: Sample-aware macro average with bootstrap confidence interval.
190
+ count_conditioning: exact_target_count
191
+ scope: utility_or_planned_diagnostic
192
+ - id: multiscale_occupancy_mmd
193
+ component: localization
194
+ status: implemented_legacy_diagnostic
195
+ direction: lower
196
+ aggregation: Legacy pilot diagnostic; excluded from intervention-OOD because pseudo-control
197
+ calibration is incomplete.
198
+ count_conditioning: exact_target_count
199
+ scope: utility_or_planned_diagnostic
200
+ - id: cross_k_discrepancy
201
+ component: colocalization
202
+ status: implemented_diagnostic
203
+ direction: lower
204
+ aggregation: Mean absolute discrepancy over the predefined marked cross-K radii,
205
+ aggregated over intervention groups and biological wells.
206
+ count_conditioning: exact_target_count
207
+ scope: utility_or_planned_diagnostic
208
+ - id: centroid_rmse_log1p
209
+ component: abundance
210
+ status: planned
211
+ direction: lower
212
+ aggregation: RMSE between equal-unit, equal-cell mean log1p count vectors.
213
+ count_conditioning: predicted
214
+ scope: planned_joint_setting
215
+ - id: source_delta_pearson
216
+ component: expression_context_response
217
+ status: planned
218
+ direction: higher
219
+ aggregation: Pearson correlation of predicted and observed mean log1p shifts from
220
+ source; constants are NA; not Systema perturbed-reference delta.
221
+ count_conditioning: predicted
222
+ scope: planned_joint_setting
223
+ - id: marginal_wasserstein_log1p
224
+ component: abundance_distribution
225
+ status: planned
226
+ direction: lower
227
+ aggregation: Mean exact weighted empirical W1 over genes; supports unequal cell
228
+ counts.
229
+ count_conditioning: predicted
230
+ scope: planned_joint_setting
231
+ - id: multivariate_sliced_wasserstein_log1p
232
+ component: abundance_distribution
233
+ status: planned
234
+ direction: lower
235
+ aggregation: Mean weighted W1 over 64 frozen full-panel random projections.
236
+ count_conditioning: predicted
237
+ scope: planned_joint_setting
238
+ - id: dependency_rmse
239
+ component: abundance_dependency
240
+ status: planned
241
+ direction: lower
242
+ aggregation: Population-standardized correlation discrepancy over genes variable
243
+ in both populations; report gene coverage.
244
+ count_conditioning: predicted
245
+ scope: planned_joint_setting
246
+ - id: cell_balanced_spatial_swd
247
+ component: localization
248
+ status: planned
249
+ direction: lower
250
+ aggregation: Conditional spatial SWD with equal supported-unit, expressing-cell
251
+ and RNA weighting; 128 points per gene, 64 angles.
252
+ count_conditioning: predicted
253
+ scope: planned_joint_setting
254
+ - id: spatial_target_gene_coverage
255
+ component: localization_coverage
256
+ status: planned
257
+ direction: higher
258
+ aggregation: Fraction of target-present genes with predicted geometry; incomplete
259
+ coverage prevents complete spatial ranking.
260
+ count_conditioning: predicted
261
+ scope: planned_joint_setting
262
+ - id: spatial_centroid_rmse
263
+ component: localization
264
+ status: implemented
265
+ direction: lower
266
+ count_conditioning: exact_target_count
267
+ scope: scperturbench_scfoundation_cell_oracle
268
+ entrypoint: src/subcellpert/cell_evaluation.py
269
+ aggregation: Exact RNA-weighted gene centroid RMSE, equal supported units then expressing
270
+ cells then RNA.
271
+ - id: unpaired_cell_spatial_feature_sliced_wasserstein
272
+ component: within_cell_multigene_geometry
273
+ status: implemented
274
+ direction: lower
275
+ count_conditioning: exact_target_count
276
+ scope: scperturbench_scfoundation_cell_oracle
277
+ entrypoint: src/subcellpert/cell_evaluation.py
278
+ aggregation: Weighted sliced W2 squared between complete-cell full-gene moment/Fourier
279
+ features; secondary to spatial W1.
benchmark/schedules/cell_current.json ADDED
The diff for this file is too large to render. See raw diff
 
benchmark/split_views/dss_colitis_merfish/seed1/same_context_dual_min50_v1/test/manifest.json ADDED
@@ -0,0 +1,2220 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ {
2
+ "canonical_cache": "data/benchmark/intervention_ood/dss_colitis_merfish",
3
+ "cell_count_dtype": "uint16",
4
+ "cell_count_dtypes": [
5
+ "uint16"
6
+ ],
7
+ "cell_count_observed_max": 323,
8
+ "cell_filter_policy": {
9
+ "cell_filter_stage": "after_eligible_RNA_filtering_before_population_indexing",
10
+ "minimum_eligible_rna_per_cell": 1,
11
+ "zero_rna_cells_retained": false,
12
+ "population_support": {
13
+ "policy": "dataset_context_condition_min50_v1",
14
+ "minimum_cells": 50,
15
+ "grouping": [
16
+ "dataset",
17
+ "benchmark_cellular_context",
18
+ "condition"
19
+ ],
20
+ "aggregation": "Across eligible units in the same dataset; anatomy encoded in condition labels is preserved.",
21
+ "stage": "after_nonempty_RNA_reconstruction_before_release_and_split_access",
22
+ "response_rule": "Prediction responses additionally require >=50 matched source and >=50 target cells.",
23
+ "context_note": "UC-VDZ uses the native cellular-context annotations already used in frozen task views; patient identity is retained separately. Cells without a recoverable cellular-context annotation are excluded."
24
+ }
25
+ },
26
+ "cell_identity_view": {
27
+ "donor_patient_split": false,
28
+ "physical_array_index": "datasets/dss_colitis_merfish/population",
29
+ "schema": "cell_identity_view",
30
+ "selected_cells": 3751
31
+ },
32
+ "cell_key_dtype": "uint32",
33
+ "cell_key_semantics": "shard_local_lexical_cell_rank",
34
+ "cell_pointer_dtype": "uint64",
35
+ "context_column": "cell_type",
36
+ "coordinate_dimensions": [
37
+ "x",
38
+ "y"
39
+ ],
40
+ "coordinate_order": "cell_key_then_gene_id_then_original_RNA_order",
41
+ "dataset": "dss_colitis_merfish",
42
+ "elapsed_seconds": 122.89457134599797,
43
+ "format": "cell_major_rna_csr_numpy_parquet_v3",
44
+ "implementation": {
45
+ "builder": "scripts/build_population_index.py"
46
+ },
47
+ "inventory": {
48
+ "conditions": [
49
+ "D0",
50
+ "D21",
51
+ "D3",
52
+ "D35",
53
+ "D9"
54
+ ],
55
+ "contexts": [
56
+ "Adipose",
57
+ "Endothelial",
58
+ "EntericNervous",
59
+ "Epithelial",
60
+ "Fibroblast",
61
+ "ICC",
62
+ "Immune",
63
+ "Smooth Muscle Cells"
64
+ ],
65
+ "genes": [
66
+ "Ackr1",
67
+ "Ackr2",
68
+ "Ackr3",
69
+ "Ackr4",
70
+ "Acod1",
71
+ "Acvr1",
72
+ "Acvr1b",
73
+ "Acvr1c",
74
+ "Acvr2a",
75
+ "Acvr2b",
76
+ "Acvrl1",
77
+ "Ada",
78
+ "Adam12",
79
+ "Adam19",
80
+ "Adam23",
81
+ "Adamdec1",
82
+ "Adamts10",
83
+ "Adamts12",
84
+ "Adamts17",
85
+ "Adamts19",
86
+ "Adamts2",
87
+ "Adamts3",
88
+ "Adamts4",
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+ "Adamts5",
90
+ "Adamts6",
91
+ "Adamts7",
92
+ "Adcyap1",
93
+ "Adgrd1",
94
+ "Adgre1",
95
+ "Adipoq",
96
+ "Adora1",
97
+ "Adora2a",
98
+ "Adrb2",
99
+ "Ahr",
100
+ "Aicda",
101
+ "Alcam",
102
+ "Alox5",
103
+ "Amh",
104
+ "Amhr2",
105
+ "Amotl2",
106
+ "Ankrd1",
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+ "Aoah",
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+ "Apod",
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+ "Areg",
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+ "Arg1",
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+ "Asap1",
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+ "Ascl2",
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+ "Ash1l",
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+ "Atf3",
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+ "Atoh1",
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+ "Axin2",
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+ "Axl",
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+ "Batf3",
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+ "Bcl6",
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+ "Bcr",
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+ "Bicc1",
122
+ "Bmi1",
123
+ "Bmp1",
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+ "Bmp10",
125
+ "Bmp15",
126
+ "Bmp2",
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+ "Bmp3",
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+ "Bmp4",
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+ "Bmp5",
130
+ "Bmp6",
131
+ "Bmp7",
132
+ "Bmp8a",
133
+ "Bmp8b",
134
+ "Bmpr1a",
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+ "Bmpr1b",
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+ "Bmpr2",
137
+ "Btk",
138
+ "Btla",
139
+ "C1qtnf12",
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+ "C1qtnf3",
141
+ "C3",
142
+ "C7",
143
+ "Cadm1",
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+ "Cadm3",
145
+ "Calcrl",
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+ "Casp12",
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+ "Ccl1",
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+ "Ccl11",
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+ "Ccl12",
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+ "Ccl17",
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+ "Ccl19",
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+ "Ccl2",
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+ "Ccl20",
154
+ "Ccl21a",
155
+ "Ccl22",
156
+ "Ccl24",
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+ "Ccl25",
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+ "Ccl26",
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+ "Ccl27a",
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+ "Ccl28",
161
+ "Ccl3",
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+ "Ccl4",
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+ "Ccl5",
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+ "Ccl6",
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+ "Ccl7",
166
+ "Ccl8",
167
+ "Ccl9",
168
+ "Ccn1",
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+ "Ccn2",
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+ "Ccn3",
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+ "Ccn4",
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+ "Ccr1",
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+ "Ccr10",
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+ "Ccr1l1",
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+ "Ccr2",
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+ "Ccr3",
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+ "Ccr4",
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+ "Ccr5",
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+ "Ccr6",
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+ "Ccr7",
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+ "Ccr8",
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+ "Ccr9",
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+ "Ccrl2",
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+ "Cd14",
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+ "Cd163",
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+ "Cd19",
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+ "Cd1d1",
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+ "Cd2",
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+ "Cd200",
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+ "Cd200r1",
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+ "Cd200r3",
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+ "Cd22",
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+ "Cd226",
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+ "Cd248",
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+ "Cd27",
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+ "Cd274",
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+ "Cd276",
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+ "Cd28",
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+ "Cd302",
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+ "Cd34",
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+ "Cd3d",
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+ "Cd3e",
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+ "Cd4",
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+ "Cd40",
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+ "Cd40lg",
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+ "Cd44",
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+ "Cd5",
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+ "Cd5l",
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+ "Cd6",
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+ "Cd68",
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+ "Cd69",
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+ "Cd79a",
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+ "Cd79b",
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+ "Cd80",
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+ "Cd83",
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+ "Cd86",
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+ "Cd8a",
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+ "Cd8b1",
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+ "Cd99l2",
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+ "Cdh11",
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+ "Cdh13",
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+ "Cdh15",
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+ "Cdh2",
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+ "Cdh3",
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+ "Cdh4",
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+ "Cdh5",
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+ "Cenpf",
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+ "Cer1",
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+ "Cercam",
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+ "Chat",
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+ "Chil3",
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+ "Chrd",
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+ "Chrna7",
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+ "Clcf1",
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+ "Cldn1",
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+ "Cldn10",
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+ "Cldn11",
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+ "Cldn13",
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+ "Cldn14",
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+ "Cldn15",
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+ "Cldn16",
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+ "Cldn17",
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+ "Cldn18",
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+ "Cldn19",
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+ "Cldn20",
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+ "Cldn22",
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+ "Cldn23",
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+ "Cldn25",
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+ "Cldn34-ps",
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+ "Cldn34c4",
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+ "Cldn34d",
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+ "Cldn4",
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+ "Cldn5",
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+ "Cldn6",
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+ "Cldn9",
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+ "Clec10a",
257
+ "Clec9a",
258
+ "Clu",
259
+ "Cma1",
260
+ "Cnr2",
261
+ "Cntf",
262
+ "Cntfr",
263
+ "Cntn1",
264
+ "Cntn2",
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+ "Cntnap1",
266
+ "Cntnap2",
267
+ "Col11a1",
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+ "Col12a1",
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+ "Col14a1",
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+ "Col15a1",
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+ "Col16a1",
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+ "Col18a1",
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+ "Col27a1",
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+ "Col4a6",
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+ "Col5a1",
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+ "Col6a1",
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+ "Col6a4",
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+ "Col8a1",
282
+ "Cr2",
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+ "Crabp1",
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+ "Crim1",
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+ "Crlf2",
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+ "Csf1",
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+ "Csf1r",
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+ "Csf2",
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+ "Csf2ra",
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+ "Csf2rb",
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+ "Csf2rb2",
292
+ "Csf3",
293
+ "Csf3r",
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+ "Cspg4",
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+ "Cst7",
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+ "Ctf1",
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+ "Ctf2",
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+ "Ctla4",
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+ "Cx3cl1",
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+ "Cxcl11",
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+ "Cxcl12",
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+ "Cxcl17",
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+ "Cxcr6",
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+ "Cyba",
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+ "Cybb",
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+ "Cygb",
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324
+ "Ddah1",
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+ "Ddit4",
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+ "Ddx58",
327
+ "Dkk1",
328
+ "Dkk2",
329
+ "Dkk3",
330
+ "Dkk4",
331
+ "Dlc1",
332
+ "Dll4",
333
+ "Dpt",
334
+ "Dram1",
335
+ "Dusp1",
336
+ "Dusp10",
337
+ "Dusp2",
338
+ "Dusp4",
339
+ "Dusp5",
340
+ "Dysf",
341
+ "Ebi3",
342
+ "Eda2r",
343
+ "Edar",
344
+ "Edn1",
345
+ "Ednra",
346
+ "Ednrb",
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+ "Egr1",
348
+ "Egr2",
349
+ "Egr3",
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+ "Enpp3",
351
+ "Eomes",
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+ "Esam",
353
+ "Ets1",
354
+ "Etv5",
355
+ "F3",
356
+ "Fap",
357
+ "Fas",
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+ "Fasl",
359
+ "Fbln5",
360
+ "Fbn1",
361
+ "Fcer1a",
362
+ "Fcer2a",
363
+ "Fcgr1",
364
+ "Fcgr2b",
365
+ "Fcgr4",
366
+ "Fcna",
367
+ "Fem1a",
368
+ "Fem1al",
369
+ "Fer1l5",
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+ "Fgf10",
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+ "Fgf12",
372
+ "Fgf2",
373
+ "Fgf7",
374
+ "Fgf9",
375
+ "Fgfr1",
376
+ "Fgfr3",
377
+ "Fgfr4",
378
+ "Fjx1",
379
+ "Flnc",
380
+ "Flt4",
381
+ "Fmo2",
382
+ "Fmod",
383
+ "Fndc4",
384
+ "Fos",
385
+ "Fosb",
386
+ "Fosl1",
387
+ "Fosl2",
388
+ "Foxc2",
389
+ "Foxf1",
390
+ "Foxf2",
391
+ "Foxk1",
392
+ "Foxl1",
393
+ "Foxm1",
394
+ "Foxn2",
395
+ "Foxn3",
396
+ "Foxo1",
397
+ "Foxo3",
398
+ "Foxo4",
399
+ "Foxp1",
400
+ "Foxp2",
401
+ "Foxp3",
402
+ "Foxp4",
403
+ "Fpr1",
404
+ "Frzb",
405
+ "Fscn1",
406
+ "Fst",
407
+ "Fzd1",
408
+ "Fzd10",
409
+ "Fzd2",
410
+ "Fzd3",
411
+ "Fzd4",
412
+ "Fzd5",
413
+ "Fzd6",
414
+ "Fzd7",
415
+ "Fzd8",
416
+ "Fzd9",
417
+ "Gadd45a",
418
+ "Gadd45b",
419
+ "Gata3",
420
+ "Gdf10",
421
+ "Gdf11",
422
+ "Gdf15",
423
+ "Gdf2",
424
+ "Gdf3",
425
+ "Gdf5",
426
+ "Gdf6",
427
+ "Gdf7",
428
+ "Gdf9",
429
+ "Gfap",
430
+ "Gfpt2",
431
+ "Gfra3",
432
+ "Ghrl",
433
+ "Ghsr",
434
+ "Glg1",
435
+ "Gli1",
436
+ "Glycam1",
437
+ "Gna12",
438
+ "Gna13",
439
+ "Gna14",
440
+ "Gp2",
441
+ "Gper1",
442
+ "Gpr17",
443
+ "Gpr183",
444
+ "Gpr31b",
445
+ "Gpr65",
446
+ "Gps2",
447
+ "Gpx3",
448
+ "Grem1",
449
+ "Grem2",
450
+ "Gzma",
451
+ "Gzmb",
452
+ "Hand2",
453
+ "Havcr1",
454
+ "Havcr2",
455
+ "Hbegf",
456
+ "Hcar1",
457
+ "Hgf",
458
+ "Hif1a",
459
+ "Hmmr",
460
+ "Icam1",
461
+ "Icam2",
462
+ "Icos",
463
+ "Icosl",
464
+ "Ido1",
465
+ "Ier3",
466
+ "Ier5",
467
+ "Ifi35",
468
+ "Ifih1",
469
+ "Ifit1",
470
+ "Ifit2",
471
+ "Ifit3",
472
+ "Ifnar1",
473
+ "Ifnar2",
474
+ "Ifnb1",
475
+ "Ifng",
476
+ "Ifngr2",
477
+ "Ifnl2",
478
+ "Ifnl3",
479
+ "Ifnlr1",
480
+ "Igf1",
481
+ "Igf1r",
482
+ "Igf2",
483
+ "Igfbp1",
484
+ "Igfbp3",
485
+ "Igfbp5",
486
+ "Igfbp6",
487
+ "Igsf11",
488
+ "Ikzf2",
489
+ "Il10",
490
+ "Il10ra",
491
+ "Il10rb",
492
+ "Il11",
493
+ "Il11ra1",
494
+ "Il12a",
495
+ "Il12b",
496
+ "Il12rb1",
497
+ "Il12rb2",
498
+ "Il13",
499
+ "Il13ra1",
500
+ "Il13ra2",
501
+ "Il15",
502
+ "Il15ra",
503
+ "Il16",
504
+ "Il17a",
505
+ "Il17b",
506
+ "Il17c",
507
+ "Il17d",
508
+ "Il17f",
509
+ "Il17ra",
510
+ "Il17rb",
511
+ "Il17rc",
512
+ "Il17rd",
513
+ "Il17re",
514
+ "Il18",
515
+ "Il18r1",
516
+ "Il18rap",
517
+ "Il19",
518
+ "Il1a",
519
+ "Il1b",
520
+ "Il1f5",
521
+ "Il1f6",
522
+ "Il1f8",
523
+ "Il1f9",
524
+ "Il1r1",
525
+ "Il1r2",
526
+ "Il1rap",
527
+ "Il1rl1",
528
+ "Il1rl2",
529
+ "Il1rn",
530
+ "Il2",
531
+ "Il20",
532
+ "Il20ra",
533
+ "Il20rb",
534
+ "Il21",
535
+ "Il21r",
536
+ "Il22",
537
+ "Il22ra1",
538
+ "Il22ra2",
539
+ "Il23a",
540
+ "Il23r",
541
+ "Il24",
542
+ "Il25",
543
+ "Il27",
544
+ "Il27ra",
545
+ "Il2ra",
546
+ "Il2rb",
547
+ "Il2rg",
548
+ "Il3",
549
+ "Il31",
550
+ "Il31ra",
551
+ "Il33",
552
+ "Il34",
553
+ "Il3ra",
554
+ "Il4",
555
+ "Il4ra",
556
+ "Il5",
557
+ "Il5ra",
558
+ "Il6",
559
+ "Il6ra",
560
+ "Il6st",
561
+ "Il7",
562
+ "Il7r",
563
+ "Il9",
564
+ "Il9r",
565
+ "Iltifb",
566
+ "Inha",
567
+ "Inhba",
568
+ "Inhbb",
569
+ "Inhbc",
570
+ "Inhbe",
571
+ "Irf3",
572
+ "Irf4",
573
+ "Irf5",
574
+ "Irf8",
575
+ "Irgm1",
576
+ "Irs1",
577
+ "Irs2",
578
+ "Irs3",
579
+ "Isg15",
580
+ "Isg20",
581
+ "Isl1",
582
+ "Itga1",
583
+ "Itga10",
584
+ "Itga11",
585
+ "Itga2",
586
+ "Itga2b",
587
+ "Itga4",
588
+ "Itga5",
589
+ "Itga7",
590
+ "Itga8",
591
+ "Itga9",
592
+ "Itgae",
593
+ "Itgal",
594
+ "Itgam",
595
+ "Itgav",
596
+ "Itgax",
597
+ "Itgb2",
598
+ "Itgb2l",
599
+ "Itgb3",
600
+ "Itgb5",
601
+ "Itgb6",
602
+ "Itgb7",
603
+ "Itgb8",
604
+ "Itln1",
605
+ "Jag1",
606
+ "Jag2",
607
+ "Jam2",
608
+ "Jam3",
609
+ "Kdm6b",
610
+ "Kdr",
611
+ "Kit",
612
+ "Klk1b4",
613
+ "Klrb1c",
614
+ "Klrc2",
615
+ "Klrk1",
616
+ "Krt1",
617
+ "Kynu",
618
+ "L1cam",
619
+ "Lag3",
620
+ "Lbh",
621
+ "Lbp",
622
+ "Lefty1",
623
+ "Lefty2",
624
+ "Lepr",
625
+ "Lgals2",
626
+ "Lgr4",
627
+ "Lgr5",
628
+ "Lgr6",
629
+ "Lif",
630
+ "Lifr",
631
+ "Lmx1a",
632
+ "Lpar1",
633
+ "Lrfn5",
634
+ "Lrp5",
635
+ "Lrp6",
636
+ "Lrrc32",
637
+ "Lrrc4",
638
+ "Lrrc4b",
639
+ "Lrrc4c",
640
+ "Lta",
641
+ "Ltb",
642
+ "Ltbp1",
643
+ "Ltbr",
644
+ "Lum",
645
+ "Lyve1",
646
+ "Macir",
647
+ "Madcam1",
648
+ "Maf",
649
+ "Mafa",
650
+ "Mafb",
651
+ "Maff",
652
+ "Mafk",
653
+ "Mag",
654
+ "Map3k2",
655
+ "Map3k8",
656
+ "Mcm2",
657
+ "Mdk",
658
+ "Mefv",
659
+ "Mfap4",
660
+ "Mfhas1",
661
+ "Mki67",
662
+ "Mmp10",
663
+ "Mmp11",
664
+ "Mmp12",
665
+ "Mmp13",
666
+ "Mmp14",
667
+ "Mmp15",
668
+ "Mmp16",
669
+ "Mmp17",
670
+ "Mmp19",
671
+ "Mmp1a",
672
+ "Mmp1b",
673
+ "Mmp2",
674
+ "Mmp20",
675
+ "Mmp21",
676
+ "Mmp23",
677
+ "Mmp24",
678
+ "Mmp25",
679
+ "Mmp27",
680
+ "Mmp28",
681
+ "Mmp3",
682
+ "Mmp7",
683
+ "Mmp8",
684
+ "Mmp9",
685
+ "Mpo",
686
+ "Mpz",
687
+ "Mpzl1",
688
+ "Mrc1",
689
+ "Ms4a1",
690
+ "Msc",
691
+ "Mst1",
692
+ "Mstn",
693
+ "Muc1",
694
+ "Muc4",
695
+ "Mvd",
696
+ "Mvk",
697
+ "Mx1",
698
+ "Mx2",
699
+ "Myc",
700
+ "Myd88",
701
+ "Nampt",
702
+ "Ncam1",
703
+ "Ncam2",
704
+ "Ncr1",
705
+ "Nectin1",
706
+ "Negr1",
707
+ "Neo1",
708
+ "Neurod1",
709
+ "Neurog3",
710
+ "Nf2",
711
+ "Nfasc",
712
+ "Nfat5",
713
+ "Nfil3",
714
+ "Nfkbid",
715
+ "Nfkbie",
716
+ "Ngf",
717
+ "Ngfr",
718
+ "Ninj1",
719
+ "Ninj2",
720
+ "Nlgn1",
721
+ "Nlgn2",
722
+ "Nlgn3",
723
+ "Nlrc3",
724
+ "Nlrc4",
725
+ "Nlrc5",
726
+ "Nlrp10",
727
+ "Nlrp12",
728
+ "Nlrp1a",
729
+ "Nlrp1b",
730
+ "Nlrp3",
731
+ "Nlrp4a",
732
+ "Nlrp5",
733
+ "Nlrp9a",
734
+ "Nlrp9b",
735
+ "Nlrp9c",
736
+ "Nlrx1",
737
+ "Nod2",
738
+ "Nodal",
739
+ "Nog",
740
+ "Nos1",
741
+ "Nos2",
742
+ "Nos3",
743
+ "Notch1",
744
+ "Notch2",
745
+ "Notch3",
746
+ "Notch4",
747
+ "Notum",
748
+ "Nox1",
749
+ "Nox3",
750
+ "Nox4",
751
+ "Npy",
752
+ "Npy5r",
753
+ "Nr1d2",
754
+ "Nr1h3",
755
+ "Nr4a1",
756
+ "Nr4a2",
757
+ "Nr4a3",
758
+ "Nrcam",
759
+ "Nrxn1",
760
+ "Nrxn2",
761
+ "Nrxn3",
762
+ "Nt5e",
763
+ "Ntng1",
764
+ "Ntng2",
765
+ "Nudt1",
766
+ "Oasl1",
767
+ "Olr1",
768
+ "Osm",
769
+ "Osmr",
770
+ "Otulin",
771
+ "P2ry6",
772
+ "Pax5",
773
+ "Pbk",
774
+ "Pcna",
775
+ "Pdcd1",
776
+ "Pdcd1lg2",
777
+ "Pde4b",
778
+ "Pdgfra",
779
+ "Pdgfrb",
780
+ "Pdpn",
781
+ "Pecam1",
782
+ "Per1",
783
+ "Pf4",
784
+ "Pfkfb3",
785
+ "Phgdh",
786
+ "Pi16",
787
+ "Pla2g5",
788
+ "Plau",
789
+ "Plaur",
790
+ "Plcg2",
791
+ "Plek",
792
+ "Plk2",
793
+ "Pou2af1",
794
+ "Pou2f3",
795
+ "Pou6f1",
796
+ "Ppara",
797
+ "Ppbp",
798
+ "Ppp1r15a",
799
+ "Prdm1",
800
+ "Prf1",
801
+ "Prkcb",
802
+ "Prkce",
803
+ "Proc",
804
+ "Prox1",
805
+ "Ptger1",
806
+ "Ptger2",
807
+ "Ptger3",
808
+ "Ptger4",
809
+ "Ptgis",
810
+ "Ptgr1",
811
+ "Ptgs1",
812
+ "Ptgs2",
813
+ "Ptpn2",
814
+ "Ptprc",
815
+ "Ptpre",
816
+ "Ptprm",
817
+ "Ptx3",
818
+ "Pvr",
819
+ "Rac2",
820
+ "Rb1",
821
+ "Rbp1",
822
+ "Rbp4",
823
+ "Ripk2",
824
+ "Rnf43",
825
+ "Rora",
826
+ "Rorc",
827
+ "Rspo1",
828
+ "Rspo2",
829
+ "Rspo3",
830
+ "S1pr2",
831
+ "S1pr3",
832
+ "Sav1",
833
+ "Sbno2",
834
+ "Schip1",
835
+ "Sdc1",
836
+ "Sdc2",
837
+ "Sdc3",
838
+ "Sele",
839
+ "Sell",
840
+ "Selp",
841
+ "Selplg",
842
+ "Sema4a",
843
+ "Serpina3g",
844
+ "Serpinb8",
845
+ "Serpine1",
846
+ "Serpinf1",
847
+ "Sfrp1",
848
+ "Sfrp2",
849
+ "Shcbp1",
850
+ "Siglec1",
851
+ "Siglece",
852
+ "Siglecf",
853
+ "Siglecg",
854
+ "Sik1",
855
+ "Sirpa",
856
+ "Slamf8",
857
+ "Slc12a3",
858
+ "Slc2a3",
859
+ "Slc2a6",
860
+ "Slit2",
861
+ "Smgc",
862
+ "Smoc2",
863
+ "Smpdl3b",
864
+ "Snn",
865
+ "Socs1",
866
+ "Socs3",
867
+ "Socs5",
868
+ "Sox4",
869
+ "Sox6",
870
+ "Sparc",
871
+ "Spdef",
872
+ "Sphk1",
873
+ "Spi1",
874
+ "Spn",
875
+ "Spp1",
876
+ "Spry1",
877
+ "Stat2",
878
+ "Stat4",
879
+ "Stat5a",
880
+ "Stat5b",
881
+ "Sting1",
882
+ "Stk3",
883
+ "Sucnr1",
884
+ "Syk",
885
+ "Syt11",
886
+ "Tafa3",
887
+ "Tagln",
888
+ "Taz",
889
+ "Tbx21",
890
+ "Tcf21",
891
+ "Tcf7",
892
+ "Tead1",
893
+ "Tead2",
894
+ "Tead3",
895
+ "Tead4",
896
+ "Tff2",
897
+ "Tgfa",
898
+ "Tgfb1",
899
+ "Tgfb2",
900
+ "Tgfb3",
901
+ "Tgfbr1",
902
+ "Tgfbr2",
903
+ "Tgfbr3",
904
+ "Thbs1",
905
+ "Thy1",
906
+ "Ticam1",
907
+ "Tigit",
908
+ "Timp1",
909
+ "Timp2",
910
+ "Timp3",
911
+ "Timp4",
912
+ "Tlr1",
913
+ "Tlr2",
914
+ "Tlr3",
915
+ "Tlr4",
916
+ "Tlr5",
917
+ "Tlr6",
918
+ "Tlr7",
919
+ "Tlr8",
920
+ "Tlr9",
921
+ "Tnc",
922
+ "Tnf",
923
+ "Tnfaip2",
924
+ "Tnfaip3",
925
+ "Tnfaip6",
926
+ "Tnfaip8l2",
927
+ "Tnfrsf10b",
928
+ "Tnfrsf11a",
929
+ "Tnfrsf11b",
930
+ "Tnfrsf12a",
931
+ "Tnfrsf13b",
932
+ "Tnfrsf13c",
933
+ "Tnfrsf14",
934
+ "Tnfrsf17",
935
+ "Tnfrsf18",
936
+ "Tnfrsf1a",
937
+ "Tnfrsf1b",
938
+ "Tnfrsf21",
939
+ "Tnfrsf25",
940
+ "Tnfrsf4",
941
+ "Tnfrsf8",
942
+ "Tnfrsf9",
943
+ "Tnfsf10",
944
+ "Tnfsf11",
945
+ "Tnfsf12",
946
+ "Tnfsf13",
947
+ "Tnfsf13b",
948
+ "Tnfsf14",
949
+ "Tnfsf15",
950
+ "Tnfsf18",
951
+ "Tnfsf4",
952
+ "Tnfsf8",
953
+ "Tnfsf9",
954
+ "Tnip2",
955
+ "Tnnt2",
956
+ "Traf1",
957
+ "Traf2",
958
+ "Traf3",
959
+ "Traf5",
960
+ "Traf6",
961
+ "Trdc",
962
+ "Trem1",
963
+ "Trem2",
964
+ "Trex1",
965
+ "Trpa1",
966
+ "Trpv1",
967
+ "Tslp",
968
+ "Tubb2a",
969
+ "Tubb3",
970
+ "Tyro3",
971
+ "Vcam1",
972
+ "Vcan",
973
+ "Vcl",
974
+ "Vegfa",
975
+ "Vil1",
976
+ "Vsir",
977
+ "Vtcn1",
978
+ "Wfdc1",
979
+ "Wif1",
980
+ "Wnt1",
981
+ "Wnt10a",
982
+ "Wnt10b",
983
+ "Wnt11",
984
+ "Wnt16",
985
+ "Wnt2",
986
+ "Wnt2b",
987
+ "Wnt3",
988
+ "Wnt3a",
989
+ "Wnt4",
990
+ "Wnt5a",
991
+ "Wnt5b",
992
+ "Wnt6",
993
+ "Wnt7a",
994
+ "Wnt7b",
995
+ "Wnt8a",
996
+ "Wnt8b",
997
+ "Wnt9a",
998
+ "Wnt9b",
999
+ "Xcl1",
1000
+ "Xcr1",
1001
+ "Yap1",
1002
+ "Zbtb10",
1003
+ "Zbtb46",
1004
+ "Zc3h12a",
1005
+ "Znrf3"
1006
+ ],
1007
+ "units": [
1008
+ "062221_D9_m3",
1009
+ "062921_D0_m3a",
1010
+ "062921_D9_m2a",
1011
+ "062921_D9_m5",
1012
+ "072523_D35_m11",
1013
+ "072523_D35_m6",
1014
+ "082421_D0_m6",
1015
+ "082421_D0_m7",
1016
+ "082421_D21_m1",
1017
+ "082421_D21_m2",
1018
+ "092421_D3_m1",
1019
+ "092421_D3_m2",
1020
+ "092421_D3_m3",
1021
+ "092421_D3_m4",
1022
+ "100221_D9_m2",
1023
+ "100221_D9_m3",
1024
+ "100221_D9_m5"
1025
+ ]
1026
+ },
1027
+ "loaded_cell_key_dtype": "uint64",
1028
+ "loaded_cell_key_semantics": "unit_index_uint32_shifted_plus_lexical_cell_rank",
1029
+ "point_dtype": "float32",
1030
+ "schema_version": 3,
1031
+ "shards": [
1032
+ {
1033
+ "cell_count_dtype": "uint16",
1034
+ "cell_count_observed_max": 126,
1035
+ "cell_counts": "../../../../../../datasets/dss_colitis_merfish/population/shards/0000-062221_D9_m3/counts.npy",
1036
+ "cell_filter_policy": {
1037
+ "cell_filter_stage": "after_eligible_RNA_filtering_before_population_indexing",
1038
+ "minimum_eligible_rna_per_cell": 1,
1039
+ "zero_rna_cells_retained": false,
1040
+ "population_support": {
1041
+ "policy": "dataset_context_condition_min50_v1",
1042
+ "minimum_cells": 50,
1043
+ "grouping": [
1044
+ "dataset",
1045
+ "benchmark_cellular_context",
1046
+ "condition"
1047
+ ],
1048
+ "aggregation": "Across eligible units in the same dataset; anatomy encoded in condition labels is preserved.",
1049
+ "stage": "after_nonempty_RNA_reconstruction_before_release_and_split_access",
1050
+ "response_rule": "Prediction responses additionally require >=50 matched source and >=50 target cells.",
1051
+ "context_note": "UC-VDZ uses the native cellular-context annotations already used in frozen task views; patient identity is retained separately. Cells without a recoverable cellular-context annotation are excluded."
1052
+ }
1053
+ },
1054
+ "cell_gene_dtype": "uint16",
1055
+ "cell_genes": "../../../../../../datasets/dss_colitis_merfish/population/shards/0000-062221_D9_m3/gene_ids.npy",
1056
+ "cell_indptr": "../../../../../../datasets/dss_colitis_merfish/population/shards/0000-062221_D9_m3/cell_gene_ptr.npy",
1057
+ "cell_key_dtype": "uint32",
1058
+ "cell_key_semantics": "shard_local_lexical_cell_rank",
1059
+ "cell_pointer_dtype": "uint64",
1060
+ "cell_rna_indptr": "../../../../../../datasets/dss_colitis_merfish/population/shards/0000-062221_D9_m3/cell_rna_ptr.npy",
1061
+ "cells": "shards/0000-062221_D9_m3/cells.parquet",
1062
+ "conditions": [
1063
+ "D9"
1064
+ ],
1065
+ "context_column": "cell_type",
1066
+ "contexts": [
1067
+ "Adipose",
1068
+ "Endothelial",
1069
+ "EntericNervous",
1070
+ "Epithelial",
1071
+ "Fibroblast",
1072
+ "ICC",
1073
+ "Immune",
1074
+ "Smooth Muscle Cells"
1075
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