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Metadata v2.2: corrections from human review (non-human-animal terms, culture life stage, sex from sample text, 10 manual corrections)

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metadata/v2/README.md CHANGED
@@ -1,6 +1,6 @@
1
  # SpatialDataAgent-DB sample metadata v2
2
 
3
- Schema `sda-sample-metadata-2`, version 2.1 (2026-11-05), built from release v3 (`sda-unified-20261010-v3`, 12,163 samples).
4
  No expression, coordinate or image file changes; v2 is a new metadata table that sits next to the release.
5
 
6
  ## Files
@@ -11,27 +11,27 @@ No expression, coordinate or image file changes; v2 is a new metadata table that
11
  | `samples_metadata_v2.csv` | the same table; lists joined with `;`, confidence as JSON |
12
  | `studies_v2.csv` | one row per study (1,265): title, species, platforms, assays, organs, diseases, PubMed IDs, split |
13
  | `schema_v2.json` | definition of every column |
14
- | `changes_v2.csv` | every value that differs from a v3 column, with its basis (204 platform changes, 8 manual) |
15
  | `dropped_disease_terms.csv` | disease terms removed by the short-synonym filter (331) |
16
  | `qa_v2.json` | counts and consistency-flag totals |
17
 
18
  ## What is new for users
19
 
20
  - **Organ and tissue.** Each sample has an organ from a fixed list of 43 (a metastasis is placed at its site),
21
- and 11,606 samples (95%) have a UBERON tissue term (279 distinct terms). The GEO text stays in `tissue_raw`.
22
- - **Disease.** Each sample has a `disease_status`: disease 7,021, normal 3,950, perturbation 1,125, not stated 67.
23
  "Perturbation" covers interventions that are not a named disease, such as a knockout without a disease name, a
24
- drug, mechanical loading or regeneration. 6,477 samples have MONDO terms (403 distinct); a sample can have more
25
  than one, for example IPMN with co-occurring PDAC. The control arm of a disease or tumour model counts as
26
  disease, not normal.
27
  - **Sample kind.** primary tissue 8,574, tumour tissue 2,754, metastasis 352, organoid 212, xenograft 185, whole
28
  embryo/organism 57, cell culture 17, engineered tissue 10, unknown 2.
29
  - **Donor.**
30
- - `life_stage`: embryonic, fetal, neonatal or infant, juvenile, adult, aged, or not stated. 5,098 samples have a
31
- stated stage. Where the age notation is unambiguous, the stage comes from a fixed age rule (3,745 samples);
32
  otherwise from the model. Rule for mouse and rat: neonatal up to P21, juvenile under 6 weeks, adult under
33
  18 months, aged from 18 months. For human, ages in years or post-conception weeks.
34
- - `sex`: male 2,639, female 1,987, mixed 19, unknown 7,518. Coded values without a key, such as 1/2, stay
35
  unknown.
36
  - `donor_key` = `<study>:<donor>`, for donor-level splits (3,391 samples).
37
  - **Species.**
@@ -109,7 +109,7 @@ the same source text, and every "wrong" verdict was then read by hand (Claude).
109
  - Vagina and pleura are not in the organ list, so those samples are "other" or "lung".
110
  - Disease abbreviations outside the curated list (e.g. "MN" for membranous nephropathy) give a disease status
111
  without a MONDO term.
112
- - `life_stage` is "not stated" for 7,065 samples: most GEO records give no age.
113
  - 20 samples are flagged `normal_but_disease_text`: the raw disease field names a disease but the sample was
114
  judged normal. Most are tissue adjacent to a tumour, which is correct; the rest are unclear.
115
 
@@ -125,6 +125,22 @@ repository:
125
 
126
  ## Versions
127
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
128
  - **2.1** (tag `metadata-v2.1-20261105`): each assay now has one name (for example "Resolve Molecular Cartography"
129
  became "Molecular Cartography", and "Visium (FFPE)" became "Visium", since preservation is its own field).
130
  `um_per_unit` and `image_um_per_px` are copied exactly from the release parquet. Organ, tissue, disease, life stage and the other annotations did not change. One derived field did: `assay_type` of the 6 ISS (Cartana) samples of GSE227046 is now imaging-based (it was sequencing-based).
 
1
  # SpatialDataAgent-DB sample metadata v2
2
 
3
+ Schema `sda-sample-metadata-2`, version 2.2 (2026-11-06), built from release v3 (`sda-unified-20261010-v3`, 12,163 samples).
4
  No expression, coordinate or image file changes; v2 is a new metadata table that sits next to the release.
5
 
6
  ## Files
 
11
  | `samples_metadata_v2.csv` | the same table; lists joined with `;`, confidence as JSON |
12
  | `studies_v2.csv` | one row per study (1,265): title, species, platforms, assays, organs, diseases, PubMed IDs, split |
13
  | `schema_v2.json` | definition of every column |
14
+ | `changes_v2.csv` | every value that differs from a v3 column, with its basis (204 platform changes, 32 manual corrections in 14 samples) |
15
  | `dropped_disease_terms.csv` | disease terms removed by the short-synonym filter (331) |
16
  | `qa_v2.json` | counts and consistency-flag totals |
17
 
18
  ## What is new for users
19
 
20
  - **Organ and tissue.** Each sample has an organ from a fixed list of 43 (a metastasis is placed at its site),
21
+ and 11,605 samples (95%) have a UBERON tissue term (279 distinct terms). The GEO text stays in `tissue_raw`.
22
+ - **Disease.** Each sample has a `disease_status`: disease 7,023, normal 3,948, perturbation 1,125, not stated 67.
23
  "Perturbation" covers interventions that are not a named disease, such as a knockout without a disease name, a
24
+ drug, mechanical loading or regeneration. 6,479 samples have MONDO terms (404 distinct); a sample can have more
25
  than one, for example IPMN with co-occurring PDAC. The control arm of a disease or tumour model counts as
26
  disease, not normal.
27
  - **Sample kind.** primary tissue 8,574, tumour tissue 2,754, metastasis 352, organoid 212, xenograft 185, whole
28
  embryo/organism 57, cell culture 17, engineered tissue 10, unknown 2.
29
  - **Donor.**
30
+ - `life_stage`: embryonic, fetal, neonatal or infant, juvenile, adult, aged, or not stated. 5,103 samples have a
31
+ stated stage. Where the age notation is unambiguous, the stage comes from a fixed age rule (3,752 samples);
32
  otherwise from the model. Rule for mouse and rat: neonatal up to P21, juvenile under 6 weeks, adult under
33
  18 months, aged from 18 months. For human, ages in years or post-conception weeks.
34
+ - `sex`: male 2,689, female 2,012, mixed 21, unknown 7,441 (77 taken from the words male / female in the sample's own title or characteristics). Coded values without a key, such as 1/2, stay
35
  unknown.
36
  - `donor_key` = `<study>:<donor>`, for donor-level splits (3,391 samples).
37
  - **Species.**
 
109
  - Vagina and pleura are not in the organ list, so those samples are "other" or "lung".
110
  - Disease abbreviations outside the curated list (e.g. "MN" for membranous nephropathy) give a disease status
111
  without a MONDO term.
112
+ - `life_stage` is "not stated" for 7,060 samples: most GEO records give no age.
113
  - 20 samples are flagged `normal_but_disease_text`: the raw disease field names a disease but the sample was
114
  judged normal. Most are tissue adjacent to a tumour, which is correct; the rest are unclear.
115
 
 
125
 
126
  ## Versions
127
 
128
+ - **2.2** (tag `metadata-v2.2-20261106`): corrections from a human reader's review of the 200-sample pack.
129
+ - Rules applied to every sample:
130
+ - MONDO "..., non-human animal" terms are removed from human samples (16 samples).
131
+ - Organoids, cultures and engineered tissue get life stage "not stated", because culture time is not the donor's
132
+ age.
133
+ - Sex is read from the words male / female in the sample's own text when the extracted field is empty
134
+ (77 samples).
135
+ - Mouse and rat ages in days within an age series (e.g. "0d") are read as postnatal days.
136
+ - Manual corrections in 10 samples, each with its basis in `overrides_v2.csv`:
137
+ - actinic keratosis for the 5 GSE294844 samples (the series design says so; the sample records do not);
138
+ - "HD" read as healthy donor;
139
+ - a diverticular fistula read as diverticulitis, not IBD;
140
+ - Cre-only and wild-type controls set to normal;
141
+ - a graft with no stated site set to organ "other".
142
+ - New column `sex_source`.
143
+
144
  - **2.1** (tag `metadata-v2.1-20261105`): each assay now has one name (for example "Resolve Molecular Cartography"
145
  became "Molecular Cartography", and "Visium (FFPE)" became "Visium", since preservation is its own field).
146
  `um_per_unit` and `image_um_per_px` are copied exactly from the release parquet. Organ, tissue, disease, life stage and the other annotations did not change. One derived field did: `assay_type` of the 6 ISS (Cartana) samples of GSE227046 is now imaging-based (it was sequencing-based).
metadata/v2/changes_v2.csv CHANGED
@@ -211,3 +211,27 @@ GSM7412887,disease_ontology,,MONDO:0004975|Alzheimer disease,manual override (wa
211
  GSM7412889,disease_ontology,,MONDO:0004975|Alzheimer disease,manual override (was []): as GSM7412887
212
  GSM7412891,disease_ontology,,MONDO:0004975|Alzheimer disease,manual override (was []): as GSM7412887
213
  GSM7412893,disease_ontology,,MONDO:0004975|Alzheimer disease,manual override (was []): as GSM7412887
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
211
  GSM7412889,disease_ontology,,MONDO:0004975|Alzheimer disease,manual override (was []): as GSM7412887
212
  GSM7412891,disease_ontology,,MONDO:0004975|Alzheimer disease,manual override (was []): as GSM7412887
213
  GSM7412893,disease_ontology,,MONDO:0004975|Alzheimer disease,manual override (was []): as GSM7412887
214
+ GSM8925216,disease_status,,disease,manual override (was normal): GSE294844 overall design: 'Samples are human actinic keratoses specimens' (sample record says only 'skin')
215
+ GSM8925216,disease_ontology,,MONDO:0005173|actinic keratosis,manual override (was []): as above
216
+ GSM8925216,sample_kind,,primary tissue,"manual override (was primary tissue): AK is a pre-malignant lesion, kept as primary tissue"
217
+ GSM8925217,disease_status,,disease,manual override (was normal): GSE294844 overall design: 'Samples are human actinic keratoses specimens' (sample record says only 'skin')
218
+ GSM8925217,disease_ontology,,MONDO:0005173|actinic keratosis,manual override (was []): as above
219
+ GSM8925217,sample_kind,,primary tissue,"manual override (was primary tissue): AK is a pre-malignant lesion, kept as primary tissue"
220
+ GSM8925218,disease_status,,disease,manual override (was normal): GSE294844 overall design: 'Samples are human actinic keratoses specimens' (sample record says only 'skin')
221
+ GSM8925218,disease_ontology,,MONDO:0005173|actinic keratosis,manual override (was []): as above
222
+ GSM8925218,sample_kind,,primary tissue,"manual override (was primary tissue): AK is a pre-malignant lesion, kept as primary tissue"
223
+ GSM8925219,disease_status,,disease,manual override (was normal): GSE294844 overall design: 'Samples are human actinic keratoses specimens' (sample record says only 'skin')
224
+ GSM8925219,disease_ontology,,MONDO:0005173|actinic keratosis,manual override (was []): as above
225
+ GSM8925219,sample_kind,,primary tissue,"manual override (was primary tissue): AK is a pre-malignant lesion, kept as primary tissue"
226
+ GSM8925221,disease_status,,disease,manual override (was normal): GSE294844 overall design: 'Samples are human actinic keratoses specimens' (sample record says only 'skin')
227
+ GSM8925221,disease_ontology,,MONDO:0005173|actinic keratosis,manual override (was []): as above
228
+ GSM8925221,sample_kind,,primary tissue,"manual override (was primary tissue): AK is a pre-malignant lesion, kept as primary tissue"
229
+ GSM9769922,disease_status,,normal,"manual override (was disease): 'HD' (titles HD8HD9, HD31HD32) = healthy donor in this Stevens-Johnson study"
230
+ GSM9769922,disease_ontology,,,manual override (was ['MONDO:0018229']): healthy donor: no disease
231
+ GSM8674632,disease_ontology,,MONDO:0001674|diverticulitis of colon,"manual override (was ['MONDO:0005265']): fistula type DIVERTICULAR (a diverticular fistula, the comparison group of this Crohn's fistula study), not IBD"
232
+ GSM9429459,organ,,other,"manual override (was prostate): MyC-CaP cells inoculated into mice; the site is not stated, so by the graft rule the organ is other"
233
+ GSM9429459,tissue_ontology,,,manual override (was UBERON:0002367): graft site not stated
234
+ GSM9232561,disease_status,,normal,"manual override (was disease): genotype 'Cre' (Kras wt/wt, p48-cre): the Cre-only control of a hereditary pancreatitis model"
235
+ GSM9232561,disease_ontology,,,"manual override (was ['MONDO:0005003', 'MONDO:0003847']): Cre-only control"
236
+ GSM9802661,disease_status,,normal,manual override (was disease): title 'WT_4': wild-type control of a pulmonary hypertension study
237
+ GSM9802661,disease_ontology,,,manual override (was ['MONDO:0005149']): wild-type control
metadata/v2/dropped_disease_terms.csv CHANGED
@@ -1,332 +1,348 @@
1
- gsm,term,name
2
- GSM3399307,MONDO:0000429,autosomal genetic disease
3
- GSM3399308,MONDO:0000429,autosomal genetic disease
4
- GSM3399309,MONDO:0000429,autosomal genetic disease
5
- GSM3399310,MONDO:0000429,autosomal genetic disease
6
- GSM3399311,MONDO:0000429,autosomal genetic disease
7
- GSM3399312,MONDO:0000429,autosomal genetic disease
8
- GSM3399324,MONDO:0000429,autosomal genetic disease
9
- GSM3399325,MONDO:0000429,autosomal genetic disease
10
- GSM3399327,MONDO:0000429,autosomal genetic disease
11
- GSM3399328,MONDO:0000429,autosomal genetic disease
12
- GSM3399329,MONDO:0000429,autosomal genetic disease
13
- GSM3399330,MONDO:0000429,autosomal genetic disease
14
- GSM3399331,MONDO:0000429,autosomal genetic disease
15
- GSM3399332,MONDO:0000429,autosomal genetic disease
16
- GSM3399333,MONDO:0000429,autosomal genetic disease
17
- GSM3399335,MONDO:0000429,autosomal genetic disease
18
- GSM3399336,MONDO:0000429,autosomal genetic disease
19
- GSM3399338,MONDO:0000429,autosomal genetic disease
20
- GSM3399339,MONDO:0000429,autosomal genetic disease
21
- GSM3399340,MONDO:0000429,autosomal genetic disease
22
- GSM3399341,MONDO:0000429,autosomal genetic disease
23
- GSM3399342,MONDO:0000429,autosomal genetic disease
24
- GSM3399343,MONDO:0000429,autosomal genetic disease
25
- GSM3399344,MONDO:0000429,autosomal genetic disease
26
- GSM3399345,MONDO:0000429,autosomal genetic disease
27
- GSM3399346,MONDO:0000429,autosomal genetic disease
28
- GSM3399347,MONDO:0000429,autosomal genetic disease
29
- GSM3399348,MONDO:0000429,autosomal genetic disease
30
- GSM3399349,MONDO:0000429,autosomal genetic disease
31
- GSM3399350,MONDO:0000429,autosomal genetic disease
32
- GSM3399351,MONDO:0000429,autosomal genetic disease
33
- GSM3399352,MONDO:0000429,autosomal genetic disease
34
- GSM3399354,MONDO:0000429,autosomal genetic disease
35
- GSM3399355,MONDO:0000429,autosomal genetic disease
36
- GSM3399356,MONDO:0000429,autosomal genetic disease
37
- GSM3399356,MONDO:0002254,syndromic disease
38
- GSM3399357,MONDO:0000429,autosomal genetic disease
39
- GSM3399358,MONDO:0000429,autosomal genetic disease
40
- GSM3399359,MONDO:0000429,autosomal genetic disease
41
- GSM3399360,MONDO:0000429,autosomal genetic disease
42
- GSM3399361,MONDO:0000429,autosomal genetic disease
43
- GSM3399362,MONDO:0000429,autosomal genetic disease
44
- GSM3399363,MONDO:0000429,autosomal genetic disease
45
- GSM3399364,MONDO:0000429,autosomal genetic disease
46
- GSM3399365,MONDO:0000429,autosomal genetic disease
47
- GSM3399366,MONDO:0000429,autosomal genetic disease
48
- GSM3399367,MONDO:0000429,autosomal genetic disease
49
- GSM3399368,MONDO:0000429,autosomal genetic disease
50
- GSM3399369,MONDO:0000429,autosomal genetic disease
51
- GSM3399370,MONDO:0000429,autosomal genetic disease
52
- GSM3399371,MONDO:0000429,autosomal genetic disease
53
- GSM3399372,MONDO:0000429,autosomal genetic disease
54
- GSM3399373,MONDO:0000429,autosomal genetic disease
55
- GSM3399374,MONDO:0000429,autosomal genetic disease
56
- GSM3399375,MONDO:0000429,autosomal genetic disease
57
- GSM3399376,MONDO:0000429,autosomal genetic disease
58
- GSM3399377,MONDO:0000429,autosomal genetic disease
59
- GSM3399378,MONDO:0000429,autosomal genetic disease
60
- GSM3399379,MONDO:0000429,autosomal genetic disease
61
- GSM3399380,MONDO:0000429,autosomal genetic disease
62
- GSM3399381,MONDO:0000429,autosomal genetic disease
63
- GSM3399382,MONDO:0000429,autosomal genetic disease
64
- GSM3399384,MONDO:0000429,autosomal genetic disease
65
- GSM3399385,MONDO:0000429,autosomal genetic disease
66
- GSM3399386,MONDO:0000429,autosomal genetic disease
67
- GSM3399387,MONDO:0000429,autosomal genetic disease
68
- GSM3399388,MONDO:0000429,autosomal genetic disease
69
- GSM3399389,MONDO:0000429,autosomal genetic disease
70
- GSM3399390,MONDO:0000429,autosomal genetic disease
71
- GSM3399391,MONDO:0000429,autosomal genetic disease
72
- GSM3399392,MONDO:0000429,autosomal genetic disease
73
- GSM3399393,MONDO:0000429,autosomal genetic disease
74
- GSM3399394,MONDO:0000429,autosomal genetic disease
75
- GSM3399395,MONDO:0000429,autosomal genetic disease
76
- GSM3399396,MONDO:0000429,autosomal genetic disease
77
- GSM3399397,MONDO:0000429,autosomal genetic disease
78
- GSM3399398,MONDO:0000429,autosomal genetic disease
79
- GSM3399399,MONDO:0000429,autosomal genetic disease
80
- GSM3399400,MONDO:0000429,autosomal genetic disease
81
- GSM3399401,MONDO:0000429,autosomal genetic disease
82
- GSM3399402,MONDO:0000429,autosomal genetic disease
83
- GSM3399403,MONDO:0000429,autosomal genetic disease
84
- GSM3399404,MONDO:0000429,autosomal genetic disease
85
- GSM3399405,MONDO:0000429,autosomal genetic disease
86
- GSM3399406,MONDO:0000429,autosomal genetic disease
87
- GSM3399407,MONDO:0000429,autosomal genetic disease
88
- GSM3399408,MONDO:0000429,autosomal genetic disease
89
- GSM5538852,MONDO:0015974,severe combined immunodeficiency
90
- GSM5538853,MONDO:0015974,severe combined immunodeficiency
91
- GSM5538854,MONDO:0015974,severe combined immunodeficiency
92
- GSM5538855,MONDO:0015974,severe combined immunodeficiency
93
- GSM5713386,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
94
- GSM5713387,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
95
- GSM5713388,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
96
- GSM5713389,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
97
- GSM5713390,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
98
- GSM5713396,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
99
- GSM5713397,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
100
- GSM5713398,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
101
- GSM5713399,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
102
- GSM5713400,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
103
- GSM5713403,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
104
- GSM5713404,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
105
- GSM5713405,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
106
- GSM5713406,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
107
- GSM5713407,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
108
- GSM5713408,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
109
- GSM5713409,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
110
- GSM5713410,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
111
- GSM5713411,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
112
- GSM5713412,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
113
- GSM5713413,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
114
- GSM5713414,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
115
- GSM5713415,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
116
- GSM5713416,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia
117
- GSM6523977,MONDO:0100087,familial Alzheimer disease
118
- GSM6613090,MONDO:0041656,ST-elevation myocardial infarction
119
- GSM6631766,MONDO:0000425,X-linked disease
120
- GSM7585149,MONDO:0005549,renal cell adenocarcinoma
121
- GSM7585150,MONDO:0005549,renal cell adenocarcinoma
122
- GSM7585151,MONDO:0005549,renal cell adenocarcinoma
123
- GSM7585152,MONDO:0005549,renal cell adenocarcinoma
124
- GSM7585153,MONDO:0005549,renal cell adenocarcinoma
125
- GSM7585154,MONDO:0005549,renal cell adenocarcinoma
126
- GSM7585155,MONDO:0005549,renal cell adenocarcinoma
127
- GSM7585156,MONDO:0005549,renal cell adenocarcinoma
128
- GSM7567492,MONDO:0015974,severe combined immunodeficiency
129
- GSM7990552,MONDO:0019622,non-specific interstitial pneumonia
130
- GSM7990553,MONDO:0019622,non-specific interstitial pneumonia
131
- GSM8505462,MONDO:0017591,combined pulmonary fibrosis-emphysema syndrome
132
- GSM7990295,MONDO:0005093,skin disorder
133
- GSM8021238,MONDO:0005091,severe acute respiratory syndrome
134
- GSM8021239,MONDO:0005091,severe acute respiratory syndrome
135
- GSM8021240,MONDO:0005087,respiratory system disorder
136
- GSM8021241,MONDO:0005087,respiratory system disorder
137
- GSM8021241,MONDO:0020683,acute disease
138
- GSM8021242,MONDO:0005091,severe acute respiratory syndrome
139
- GSM8021243,MONDO:0005087,respiratory system disorder
140
- GSM8021243,MONDO:0020683,acute disease
141
- GSM8021244,MONDO:0005091,severe acute respiratory syndrome
142
- GSM8021245,MONDO:0005091,severe acute respiratory syndrome
143
- GSM8021246,MONDO:0005091,severe acute respiratory syndrome
144
- GSM8021247,MONDO:0005091,severe acute respiratory syndrome
145
- GSM8021248,MONDO:0005087,respiratory system disorder
146
- GSM8021249,MONDO:0005091,severe acute respiratory syndrome
147
- GSM8021250,MONDO:0005091,severe acute respiratory syndrome
148
- GSM8021251,MONDO:0005091,severe acute respiratory syndrome
149
- GSM8021252,MONDO:0005087,respiratory system disorder
150
- GSM8021253,MONDO:0005091,severe acute respiratory syndrome
151
- GSM8021254,MONDO:0005087,respiratory system disorder
152
- GSM8021255,MONDO:0005091,severe acute respiratory syndrome
153
- GSM8021256,MONDO:0005091,severe acute respiratory syndrome
154
- GSM8021257,MONDO:0005087,respiratory system disorder
155
- GSM8021258,MONDO:0005091,severe acute respiratory syndrome
156
- GSM8021259,MONDO:0005091,severe acute respiratory syndrome
157
- GSM8021260,MONDO:0005087,respiratory system disorder
158
- GSM8021261,MONDO:0005091,severe acute respiratory syndrome
159
- GSM8021262,MONDO:0005091,severe acute respiratory syndrome
160
- GSM8021263,MONDO:0005091,severe acute respiratory syndrome
161
- GSM8021264,MONDO:0005091,severe acute respiratory syndrome
162
- GSM8021265,MONDO:0005091,severe acute respiratory syndrome
163
- GSM8021266,MONDO:0005091,severe acute respiratory syndrome
164
- GSM8021267,MONDO:0005091,severe acute respiratory syndrome
165
- GSM8021268,MONDO:0005091,severe acute respiratory syndrome
166
- GSM8021269,MONDO:0005091,severe acute respiratory syndrome
167
- GSM8021270,MONDO:0005091,severe acute respiratory syndrome
168
- GSM8021271,MONDO:0005091,severe acute respiratory syndrome
169
- GSM8021272,MONDO:0005087,respiratory system disorder
170
- GSM8021272,MONDO:0020683,acute disease
171
- GSM8021273,MONDO:0005091,severe acute respiratory syndrome
172
- GSM8021274,MONDO:0005091,severe acute respiratory syndrome
173
- GSM8021275,MONDO:0005087,respiratory system disorder
174
- GSM8021276,MONDO:0005091,severe acute respiratory syndrome
175
- GSM8021277,MONDO:0005091,severe acute respiratory syndrome
176
- GSM8021278,MONDO:0005091,severe acute respiratory syndrome
177
- GSM8021279,MONDO:0005087,respiratory system disorder
178
- GSM8021279,MONDO:0020683,acute disease
179
- GSM8021280,MONDO:0005091,severe acute respiratory syndrome
180
- GSM8021281,MONDO:0005087,respiratory system disorder
181
- GSM8021282,MONDO:0005087,respiratory system disorder
182
- GSM8021283,MONDO:0005091,severe acute respiratory syndrome
183
- GSM8021284,MONDO:0005091,severe acute respiratory syndrome
184
- GSM8021285,MONDO:0005091,severe acute respiratory syndrome
185
- GSM8021286,MONDO:0005091,severe acute respiratory syndrome
186
- GSM8021287,MONDO:0005091,severe acute respiratory syndrome
187
- GSM8021288,MONDO:0005087,respiratory system disorder
188
- GSM8021288,MONDO:0020683,acute disease
189
- GSM8021289,MONDO:0005087,respiratory system disorder
190
- GSM8021290,MONDO:0005091,severe acute respiratory syndrome
191
- GSM8021291,MONDO:0005091,severe acute respiratory syndrome
192
- GSM8021292,MONDO:0005091,severe acute respiratory syndrome
193
- GSM8021293,MONDO:0005091,severe acute respiratory syndrome
194
- GSM8021294,MONDO:0005091,severe acute respiratory syndrome
195
- GSM8021295,MONDO:0005091,severe acute respiratory syndrome
196
- GSM8021296,MONDO:0005091,severe acute respiratory syndrome
197
- GSM8021297,MONDO:0005091,severe acute respiratory syndrome
198
- GSM8021298,MONDO:0005091,severe acute respiratory syndrome
199
- GSM8021299,MONDO:0005091,severe acute respiratory syndrome
200
- GSM8021300,MONDO:0005091,severe acute respiratory syndrome
201
- GSM8021301,MONDO:0005091,severe acute respiratory syndrome
202
- GSM8021302,MONDO:0005091,severe acute respiratory syndrome
203
- GSM8021303,MONDO:0005091,severe acute respiratory syndrome
204
- GSM8021304,MONDO:0005091,severe acute respiratory syndrome
205
- GSM8021305,MONDO:0005091,severe acute respiratory syndrome
206
- GSM8021306,MONDO:0005091,severe acute respiratory syndrome
207
- GSM8021307,MONDO:0005087,respiratory system disorder
208
- GSM8021307,MONDO:0020683,acute disease
209
- GSM8021308,MONDO:0005091,severe acute respiratory syndrome
210
- GSM8021309,MONDO:0005087,respiratory system disorder
211
- GSM8021309,MONDO:0020683,acute disease
212
- GSM8021310,MONDO:0005091,severe acute respiratory syndrome
213
- GSM8021311,MONDO:0005091,severe acute respiratory syndrome
214
- GSM8021312,MONDO:0005091,severe acute respiratory syndrome
215
- GSM8021313,MONDO:0005091,severe acute respiratory syndrome
216
- GSM8021314,MONDO:0005091,severe acute respiratory syndrome
217
- GSM8021315,MONDO:0005091,severe acute respiratory syndrome
218
- GSM8021316,MONDO:0005091,severe acute respiratory syndrome
219
- GSM8021317,MONDO:0005091,severe acute respiratory syndrome
220
- GSM8021318,MONDO:0005087,respiratory system disorder
221
- GSM8021319,MONDO:0005087,respiratory system disorder
222
- GSM8021320,MONDO:0005087,respiratory system disorder
223
- GSM8021320,MONDO:0020683,acute disease
224
- GSM8021321,MONDO:0005091,severe acute respiratory syndrome
225
- GSM8021322,MONDO:0005091,severe acute respiratory syndrome
226
- GSM8021323,MONDO:0005091,severe acute respiratory syndrome
227
- GSM8021324,MONDO:0005091,severe acute respiratory syndrome
228
- GSM8021325,MONDO:0005091,severe acute respiratory syndrome
229
- GSM8021326,MONDO:0005091,severe acute respiratory syndrome
230
- GSM8021327,MONDO:0005091,severe acute respiratory syndrome
231
- GSM8021328,MONDO:0005087,respiratory system disorder
232
- GSM8021329,MONDO:0005087,respiratory system disorder
233
- GSM8021329,MONDO:0020683,acute disease
234
- GSM8021330,MONDO:0005091,severe acute respiratory syndrome
235
- GSM8021331,MONDO:0005091,severe acute respiratory syndrome
236
- GSM8021332,MONDO:0005091,severe acute respiratory syndrome
237
- GSM8021333,MONDO:0005091,severe acute respiratory syndrome
238
- GSM8021334,MONDO:0005091,severe acute respiratory syndrome
239
- GSM8021335,MONDO:0005091,severe acute respiratory syndrome
240
- GSM8021336,MONDO:0005091,severe acute respiratory syndrome
241
- GSM8021337,MONDO:0005091,severe acute respiratory syndrome
242
- GSM8021338,MONDO:0005091,severe acute respiratory syndrome
243
- GSM8021339,MONDO:0005091,severe acute respiratory syndrome
244
- GSM8021340,MONDO:0005091,severe acute respiratory syndrome
245
- GSM8021341,MONDO:0005091,severe acute respiratory syndrome
246
- GSM8021342,MONDO:0005091,severe acute respiratory syndrome
247
- GSM8021343,MONDO:0005091,severe acute respiratory syndrome
248
- GSM8021344,MONDO:0005091,severe acute respiratory syndrome
249
- GSM8021345,MONDO:0005091,severe acute respiratory syndrome
250
- GSM8021346,MONDO:0005091,severe acute respiratory syndrome
251
- GSM8021347,MONDO:0005091,severe acute respiratory syndrome
252
- GSM8021348,MONDO:0005091,severe acute respiratory syndrome
253
- GSM8021349,MONDO:0005091,severe acute respiratory syndrome
254
- GSM8021350,MONDO:0005091,severe acute respiratory syndrome
255
- GSM8021351,MONDO:0005091,severe acute respiratory syndrome
256
- GSM8021352,MONDO:0005091,severe acute respiratory syndrome
257
- GSM8021353,MONDO:0005091,severe acute respiratory syndrome
258
- GSM8199179,MONDO:0015547,hereditary dementia
259
- GSM8199179,MONDO:0024237,inherited neurodegenerative disorder
260
- GSM8199180,MONDO:0015547,hereditary dementia
261
- GSM8199180,MONDO:0024237,inherited neurodegenerative disorder
262
- GSM8199188,MONDO:0100087,familial Alzheimer disease
263
- GSM8199189,MONDO:0011743,Alzheimer disease 4
264
- GSM8200276,MONDO:0006412,sinus histiocytosis with massive lymphadenopathy
265
- GSM8367225,MONDO:0000429,autosomal genetic disease
266
- GSM8367226,MONDO:0000429,autosomal genetic disease
267
- GSM8367227,MONDO:0000429,autosomal genetic disease
268
- GSM8367228,MONDO:0000429,autosomal genetic disease
269
- GSM8367229,MONDO:0000429,autosomal genetic disease
270
- GSM8471250,MONDO:0003847,hereditary disease
271
- GSM8471252,MONDO:0003847,hereditary disease
272
- GSM8634986,MONDO:0011655,alveolar soft part sarcoma
273
- GSM8634987,MONDO:0011655,alveolar soft part sarcoma
274
- GSM8634988,MONDO:0011655,alveolar soft part sarcoma
275
- GSM8634989,MONDO:0011655,alveolar soft part sarcoma
276
- GSM8714493,MONDO:0100594,chronic idiopathic axonal polyneuropathy
277
- GSM8714495,MONDO:0100594,chronic idiopathic axonal polyneuropathy
278
- GSM8797488,MONDO:0005549,renal cell adenocarcinoma
279
- GSM8840046,MONDO:0016710,medulloblastoma with extensive nodularity
280
- GSM8840047,MONDO:0016710,medulloblastoma with extensive nodularity
281
- GSM8840048,MONDO:0016710,medulloblastoma with extensive nodularity
282
- GSM8840049,MONDO:0016710,medulloblastoma with extensive nodularity
283
- GSM8898655,MONDO:0011743,Alzheimer disease 4
284
- GSM8973624,MONDO:0100533,"hemorrhage, intracerebral, susceptibility to"
285
- GSM8973625,MONDO:0100533,"hemorrhage, intracerebral, susceptibility to"
286
- GSM8983044,MONDO:0005093,skin disorder
287
- GSM9002278,MONDO:1060125,congenital high airway obstruction syndrome
288
- GSM9002295,MONDO:1060125,congenital high airway obstruction syndrome
289
- GSM9040999,MONDO:0005096,squamous cell carcinoma
290
- GSM9052535,MONDO:0005091,severe acute respiratory syndrome
291
- GSM9052536,MONDO:0005091,severe acute respiratory syndrome
292
- GSM9052537,MONDO:0005091,severe acute respiratory syndrome
293
- GSM9052538,MONDO:0005091,severe acute respiratory syndrome
294
- GSM9052539,MONDO:0005091,severe acute respiratory syndrome
295
- GSM9052540,MONDO:0005091,severe acute respiratory syndrome
296
- GSM9052542,MONDO:0005091,severe acute respiratory syndrome
297
- GSM9071195,MONDO:0100313,focal segmental glomerulosclerosis
298
- GSM9098123,MONDO:0100073,methicillin-resistant staphylococcus aureus infectious disease
299
- GSM9098124,MONDO:0100073,methicillin-resistant staphylococcus aureus infectious disease
300
- GSM9197415,MONDO:0002251,hepatitis
301
- GSM9204000,MONDO:0015974,severe combined immunodeficiency
302
- GSM9204001,MONDO:0015974,severe combined immunodeficiency
303
- GSM9225693,MONDO:0005093,skin disorder
304
- GSM9239733,MONDO:0017604,marginal zone lymphoma
305
- GSM9424602,MONDO:0008963,Chediak-Higashi syndrome
306
- GSM9424603,MONDO:0008963,Chediak-Higashi syndrome
307
- GSM9424604,MONDO:0008963,Chediak-Higashi syndrome
308
- GSM9424605,MONDO:0008963,Chediak-Higashi syndrome
309
- GSM9424606,MONDO:0008963,Chediak-Higashi syndrome
310
- GSM9424607,MONDO:0008963,Chediak-Higashi syndrome
311
- GSM9424608,MONDO:0008963,Chediak-Higashi syndrome
312
- GSM9424608,MONDO:0100094,cannabinoid hyperemesis syndrome
313
- GSM9424609,MONDO:0008963,Chediak-Higashi syndrome
314
- GSM9424609,MONDO:0100094,cannabinoid hyperemesis syndrome
315
- GSM9424610,MONDO:0008963,Chediak-Higashi syndrome
316
- GSM9424611,MONDO:0008963,Chediak-Higashi syndrome
317
- GSM9424612,MONDO:0008963,Chediak-Higashi syndrome
318
- GSM9424613,MONDO:0008963,Chediak-Higashi syndrome
319
- GSM9424614,MONDO:0008963,Chediak-Higashi syndrome
320
- GSM9424615,MONDO:0008963,Chediak-Higashi syndrome
321
- GSM9424616,MONDO:0008963,Chediak-Higashi syndrome
322
- GSM9424616,MONDO:0100094,cannabinoid hyperemesis syndrome
323
- GSM9424617,MONDO:0008963,Chediak-Higashi syndrome
324
- GSM9424617,MONDO:0100094,cannabinoid hyperemesis syndrome
325
- GSM9424619,MONDO:0008963,Chediak-Higashi syndrome
326
- GSM9439741,MONDO:1010089,hypomyopathic dermatomyositis
327
- GSM9439749,MONDO:1010089,hypomyopathic dermatomyositis
328
- GSM9439752,MONDO:1010089,hypomyopathic dermatomyositis
329
- GSM9610990,MONDO:0011655,alveolar soft part sarcoma
330
- GSM9610991,MONDO:0011655,alveolar soft part sarcoma
331
- GSM10039417,MONDO:0005091,severe acute respiratory syndrome
332
- GSM10039418,MONDO:0005091,severe acute respiratory syndrome
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ gsm,term,name,reason
2
+ GSM3399307,MONDO:0000429,autosomal genetic disease,
3
+ GSM3399308,MONDO:0000429,autosomal genetic disease,
4
+ GSM3399309,MONDO:0000429,autosomal genetic disease,
5
+ GSM3399310,MONDO:0000429,autosomal genetic disease,
6
+ GSM3399311,MONDO:0000429,autosomal genetic disease,
7
+ GSM3399312,MONDO:0000429,autosomal genetic disease,
8
+ GSM3399324,MONDO:0000429,autosomal genetic disease,
9
+ GSM3399325,MONDO:0000429,autosomal genetic disease,
10
+ GSM3399327,MONDO:0000429,autosomal genetic disease,
11
+ GSM3399328,MONDO:0000429,autosomal genetic disease,
12
+ GSM3399329,MONDO:0000429,autosomal genetic disease,
13
+ GSM3399330,MONDO:0000429,autosomal genetic disease,
14
+ GSM3399331,MONDO:0000429,autosomal genetic disease,
15
+ GSM3399332,MONDO:0000429,autosomal genetic disease,
16
+ GSM3399333,MONDO:0000429,autosomal genetic disease,
17
+ GSM3399335,MONDO:0000429,autosomal genetic disease,
18
+ GSM3399336,MONDO:0000429,autosomal genetic disease,
19
+ GSM3399338,MONDO:0000429,autosomal genetic disease,
20
+ GSM3399339,MONDO:0000429,autosomal genetic disease,
21
+ GSM3399340,MONDO:0000429,autosomal genetic disease,
22
+ GSM3399341,MONDO:0000429,autosomal genetic disease,
23
+ GSM3399342,MONDO:0000429,autosomal genetic disease,
24
+ GSM3399343,MONDO:0000429,autosomal genetic disease,
25
+ GSM3399344,MONDO:0000429,autosomal genetic disease,
26
+ GSM3399345,MONDO:0000429,autosomal genetic disease,
27
+ GSM3399346,MONDO:0000429,autosomal genetic disease,
28
+ GSM3399347,MONDO:0000429,autosomal genetic disease,
29
+ GSM3399348,MONDO:0000429,autosomal genetic disease,
30
+ GSM3399349,MONDO:0000429,autosomal genetic disease,
31
+ GSM3399350,MONDO:0000429,autosomal genetic disease,
32
+ GSM3399351,MONDO:0000429,autosomal genetic disease,
33
+ GSM3399352,MONDO:0000429,autosomal genetic disease,
34
+ GSM3399354,MONDO:0000429,autosomal genetic disease,
35
+ GSM3399355,MONDO:0000429,autosomal genetic disease,
36
+ GSM3399356,MONDO:0000429,autosomal genetic disease,
37
+ GSM3399356,MONDO:0002254,syndromic disease,
38
+ GSM3399357,MONDO:0000429,autosomal genetic disease,
39
+ GSM3399358,MONDO:0000429,autosomal genetic disease,
40
+ GSM3399359,MONDO:0000429,autosomal genetic disease,
41
+ GSM3399360,MONDO:0000429,autosomal genetic disease,
42
+ GSM3399361,MONDO:0000429,autosomal genetic disease,
43
+ GSM3399362,MONDO:0000429,autosomal genetic disease,
44
+ GSM3399363,MONDO:0000429,autosomal genetic disease,
45
+ GSM3399364,MONDO:0000429,autosomal genetic disease,
46
+ GSM3399365,MONDO:0000429,autosomal genetic disease,
47
+ GSM3399366,MONDO:0000429,autosomal genetic disease,
48
+ GSM3399367,MONDO:0000429,autosomal genetic disease,
49
+ GSM3399368,MONDO:0000429,autosomal genetic disease,
50
+ GSM3399369,MONDO:0000429,autosomal genetic disease,
51
+ GSM3399370,MONDO:0000429,autosomal genetic disease,
52
+ GSM3399371,MONDO:0000429,autosomal genetic disease,
53
+ GSM3399372,MONDO:0000429,autosomal genetic disease,
54
+ GSM3399373,MONDO:0000429,autosomal genetic disease,
55
+ GSM3399374,MONDO:0000429,autosomal genetic disease,
56
+ GSM3399375,MONDO:0000429,autosomal genetic disease,
57
+ GSM3399376,MONDO:0000429,autosomal genetic disease,
58
+ GSM3399377,MONDO:0000429,autosomal genetic disease,
59
+ GSM3399378,MONDO:0000429,autosomal genetic disease,
60
+ GSM3399379,MONDO:0000429,autosomal genetic disease,
61
+ GSM3399380,MONDO:0000429,autosomal genetic disease,
62
+ GSM3399381,MONDO:0000429,autosomal genetic disease,
63
+ GSM3399382,MONDO:0000429,autosomal genetic disease,
64
+ GSM3399384,MONDO:0000429,autosomal genetic disease,
65
+ GSM3399385,MONDO:0000429,autosomal genetic disease,
66
+ GSM3399386,MONDO:0000429,autosomal genetic disease,
67
+ GSM3399387,MONDO:0000429,autosomal genetic disease,
68
+ GSM3399388,MONDO:0000429,autosomal genetic disease,
69
+ GSM3399389,MONDO:0000429,autosomal genetic disease,
70
+ GSM3399390,MONDO:0000429,autosomal genetic disease,
71
+ GSM3399391,MONDO:0000429,autosomal genetic disease,
72
+ GSM3399392,MONDO:0000429,autosomal genetic disease,
73
+ GSM3399393,MONDO:0000429,autosomal genetic disease,
74
+ GSM3399394,MONDO:0000429,autosomal genetic disease,
75
+ GSM3399395,MONDO:0000429,autosomal genetic disease,
76
+ GSM3399396,MONDO:0000429,autosomal genetic disease,
77
+ GSM3399397,MONDO:0000429,autosomal genetic disease,
78
+ GSM3399398,MONDO:0000429,autosomal genetic disease,
79
+ GSM3399399,MONDO:0000429,autosomal genetic disease,
80
+ GSM3399400,MONDO:0000429,autosomal genetic disease,
81
+ GSM3399401,MONDO:0000429,autosomal genetic disease,
82
+ GSM3399402,MONDO:0000429,autosomal genetic disease,
83
+ GSM3399403,MONDO:0000429,autosomal genetic disease,
84
+ GSM3399404,MONDO:0000429,autosomal genetic disease,
85
+ GSM3399405,MONDO:0000429,autosomal genetic disease,
86
+ GSM3399406,MONDO:0000429,autosomal genetic disease,
87
+ GSM3399407,MONDO:0000429,autosomal genetic disease,
88
+ GSM3399408,MONDO:0000429,autosomal genetic disease,
89
+ GSM5538852,MONDO:0015974,severe combined immunodeficiency,
90
+ GSM5538853,MONDO:0015974,severe combined immunodeficiency,
91
+ GSM5538854,MONDO:0015974,severe combined immunodeficiency,
92
+ GSM5538855,MONDO:0015974,severe combined immunodeficiency,
93
+ GSM5713386,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
94
+ GSM5713387,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
95
+ GSM5713388,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
96
+ GSM5713389,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
97
+ GSM5713390,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
98
+ GSM5713396,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
99
+ GSM5713397,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
100
+ GSM5713398,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
101
+ GSM5713399,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
102
+ GSM5713400,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
103
+ GSM5713403,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
104
+ GSM5713404,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
105
+ GSM5713405,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
106
+ GSM5713406,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
107
+ GSM5713407,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
108
+ GSM5713408,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
109
+ GSM5713409,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
110
+ GSM5713410,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
111
+ GSM5713411,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
112
+ GSM5713412,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
113
+ GSM5713413,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
114
+ GSM5713414,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
115
+ GSM5713415,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
116
+ GSM5713416,MONDO:0008264,autosomal dominant medullary cystic kidney disease with or without hyperuricemia,
117
+ GSM6523977,MONDO:0100087,familial Alzheimer disease,
118
+ GSM6613090,MONDO:0041656,ST-elevation myocardial infarction,
119
+ GSM6631766,MONDO:0000425,X-linked disease,
120
+ GSM7585149,MONDO:0005549,renal cell adenocarcinoma,
121
+ GSM7585150,MONDO:0005549,renal cell adenocarcinoma,
122
+ GSM7585151,MONDO:0005549,renal cell adenocarcinoma,
123
+ GSM7585152,MONDO:0005549,renal cell adenocarcinoma,
124
+ GSM7585153,MONDO:0005549,renal cell adenocarcinoma,
125
+ GSM7585154,MONDO:0005549,renal cell adenocarcinoma,
126
+ GSM7585155,MONDO:0005549,renal cell adenocarcinoma,
127
+ GSM7585156,MONDO:0005549,renal cell adenocarcinoma,
128
+ GSM7567492,MONDO:0015974,severe combined immunodeficiency,
129
+ GSM7990552,MONDO:0019622,non-specific interstitial pneumonia,
130
+ GSM7990553,MONDO:0019622,non-specific interstitial pneumonia,
131
+ GSM8505462,MONDO:0017591,combined pulmonary fibrosis-emphysema syndrome,
132
+ GSM7990295,MONDO:0005093,skin disorder,
133
+ GSM8021238,MONDO:0005091,severe acute respiratory syndrome,
134
+ GSM8021239,MONDO:0005091,severe acute respiratory syndrome,
135
+ GSM8021240,MONDO:0005087,respiratory system disorder,
136
+ GSM8021241,MONDO:0005087,respiratory system disorder,
137
+ GSM8021241,MONDO:0020683,acute disease,
138
+ GSM8021242,MONDO:0005091,severe acute respiratory syndrome,
139
+ GSM8021243,MONDO:0005087,respiratory system disorder,
140
+ GSM8021243,MONDO:0020683,acute disease,
141
+ GSM8021244,MONDO:0005091,severe acute respiratory syndrome,
142
+ GSM8021245,MONDO:0005091,severe acute respiratory syndrome,
143
+ GSM8021246,MONDO:0005091,severe acute respiratory syndrome,
144
+ GSM8021247,MONDO:0005091,severe acute respiratory syndrome,
145
+ GSM8021248,MONDO:0005087,respiratory system disorder,
146
+ GSM8021249,MONDO:0005091,severe acute respiratory syndrome,
147
+ GSM8021250,MONDO:0005091,severe acute respiratory syndrome,
148
+ GSM8021251,MONDO:0005091,severe acute respiratory syndrome,
149
+ GSM8021252,MONDO:0005087,respiratory system disorder,
150
+ GSM8021253,MONDO:0005091,severe acute respiratory syndrome,
151
+ GSM8021254,MONDO:0005087,respiratory system disorder,
152
+ GSM8021255,MONDO:0005091,severe acute respiratory syndrome,
153
+ GSM8021256,MONDO:0005091,severe acute respiratory syndrome,
154
+ GSM8021257,MONDO:0005087,respiratory system disorder,
155
+ GSM8021258,MONDO:0005091,severe acute respiratory syndrome,
156
+ GSM8021259,MONDO:0005091,severe acute respiratory syndrome,
157
+ GSM8021260,MONDO:0005087,respiratory system disorder,
158
+ GSM8021261,MONDO:0005091,severe acute respiratory syndrome,
159
+ GSM8021262,MONDO:0005091,severe acute respiratory syndrome,
160
+ GSM8021263,MONDO:0005091,severe acute respiratory syndrome,
161
+ GSM8021264,MONDO:0005091,severe acute respiratory syndrome,
162
+ GSM8021265,MONDO:0005091,severe acute respiratory syndrome,
163
+ GSM8021266,MONDO:0005091,severe acute respiratory syndrome,
164
+ GSM8021267,MONDO:0005091,severe acute respiratory syndrome,
165
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234
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235
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251
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253
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255
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256
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257
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258
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259
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260
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261
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262
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263
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264
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265
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266
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267
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268
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269
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270
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271
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272
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273
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274
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275
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276
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277
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278
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279
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280
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281
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282
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283
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284
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285
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286
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287
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288
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289
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290
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291
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292
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293
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294
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295
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296
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297
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298
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299
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301
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302
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303
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304
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305
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306
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307
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308
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309
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310
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311
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312
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313
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314
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315
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316
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317
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318
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319
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320
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321
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322
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323
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324
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325
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326
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327
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328
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329
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330
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331
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332
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333
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334
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335
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336
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337
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338
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339
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340
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341
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342
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343
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344
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345
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346
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347
+ GSM10039417,MONDO:0005091,severe acute respiratory syndrome,
348
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metadata/v2/provenance.json CHANGED
@@ -1,6 +1,6 @@
1
  {
2
  "schema": "sda-sample-metadata-2",
3
- "built": "2026-11-05",
4
  "base_release": "sda-unified-20261010-v3",
5
  "base_hf_tag": "v1.0.0-20261025",
6
  "base_hf_revision": "999566bf516169ba8c9cf1ad9e5a2b722bb8a97a",
@@ -24,7 +24,7 @@
24
  "life_stage": 1.7,
25
  "disease": 3.0
26
  },
27
- "human_review": "200-sample pack prepared (100 random, 100 targeted); results to be added"
28
  },
29
  "crosscheck_regex_organ_map": {
30
  "organ_both_assigned": 10960,
@@ -53,16 +53,16 @@
53
  "tumour_regex_only_after_xenograft": 43
54
  },
55
  "files": {
56
- "README.md": "efd3bd99c80704355adc792817ca771c0219c555ae56e11d6d118bb2d976fd1f",
57
- "changes_v2.csv": "7901fcd917602f308ea0ca3c8a74c462c473caa2178a33ec5e9c3552498728a5",
58
- "dropped_disease_terms.csv": "697ecd7701a923e8b7ad2c1309d1064403993c8ac75efdcf7cd61776db159862",
59
- "qa_v2.json": "3c55068f167fa701729223e2d9c2a082befdba17f6627e610c719efb738927a5",
60
- "samples_metadata_v2.csv": "62f36ce967cabb80398f141b8b2beb981ff97a89a14d3a49d7577bb59d28f12e",
61
- "samples_metadata_v2.parquet": "702d11d28b5a606b2b0a13510c46a01f3d310c4312727b9bb80007b6ab6b213a",
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- "schema_v2.json": "5f4b29aaf5d1d990c45916d2e1922f5da0b484500c55e93d57b62b1b6864b194",
63
- "studies_v2.csv": "d8bf238b728f901a917e5a41cadde6cb0797fd5982c369849dcc1cb2e4fb83ad"
64
  },
65
- "version": "2.1",
66
  "changes_from_2.0": "one name per assay (ASSAY_CANON, 261 rows); assay_type of 6 ISS (Cartana) samples (GSE227046) now imaging-based; um_per_unit and image_um_per_px copied exactly from the release parquet; organ, tissue, disease, life stage and other annotations unchanged",
67
  "sensitivity_balanced_r2_series_units": {
68
  "human": {
@@ -81,5 +81,6 @@
81
  0.179
82
  ]
83
  }
84
- }
 
85
  }
 
1
  {
2
  "schema": "sda-sample-metadata-2",
3
+ "built": "2026-11-06",
4
  "base_release": "sda-unified-20261010-v3",
5
  "base_hf_tag": "v1.0.0-20261025",
6
  "base_hf_revision": "999566bf516169ba8c9cf1ad9e5a2b722bb8a97a",
 
24
  "life_stage": 1.7,
25
  "disease": 3.0
26
  },
27
+ "human_review": "200-sample pack (100 random, 100 targeted) read by a human reviewer offline; the errors found were corrected in 2.2; per-field accuracy from that review not yet computed"
28
  },
29
  "crosscheck_regex_organ_map": {
30
  "organ_both_assigned": 10960,
 
53
  "tumour_regex_only_after_xenograft": 43
54
  },
55
  "files": {
56
+ "README.md": "4697dfa2e1310f62c930f950103766bc015610b3404895a8e6676fa6f017fe02",
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+ "changes_v2.csv": "9f096e905effabc808c1b5ac142ff8cab3d9a367774ae82757b7406d23e631dc",
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+ "dropped_disease_terms.csv": "28412ef3f7f7660ea7a85ed46ebcfecec08728dadc549e03510d31a2cce11b80",
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+ "qa_v2.json": "eed9e5ea45d33345cf16772c07e7f0adbe472b2a55d800701cdaa63402f5f4c3",
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+ "samples_metadata_v2.csv": "6d2ef49baa470140d3ae5fcc621192d2422bfbca715de217efae29181fbc1804",
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+ "samples_metadata_v2.parquet": "690bcd2be263396e2ce9522c543a7353915f583e56aef31a1ad0b1f2c78226b1",
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+ "schema_v2.json": "df7f767bbb2914a23d9295bdc0ba4dec4fca952465e1ec3138460728db57ecbe",
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+ "studies_v2.csv": "47ae0513a19ebaea9282d8362164b5b898cd143ad7132310cba4d78ee5bb8150"
64
  },
65
+ "version": "2.2",
66
  "changes_from_2.0": "one name per assay (ASSAY_CANON, 261 rows); assay_type of 6 ISS (Cartana) samples (GSE227046) now imaging-based; um_per_unit and image_um_per_px copied exactly from the release parquet; organ, tissue, disease, life stage and other annotations unchanged",
67
  "sensitivity_balanced_r2_series_units": {
68
  "human": {
 
81
  0.179
82
  ]
83
  }
84
+ },
85
+ "changes_from_2.1": "rules: non-human-animal MONDO terms removed from human samples (16); culture/organoid/engineered life stage = not stated; sex from male/female words in sample text (77); rodent day ages in age series; manual corrections in 10 samples (overrides_v2.csv); new column sex_source"
86
  }
metadata/v2/qa_v2.json CHANGED
@@ -4,22 +4,24 @@
4
  "flags": {
5
  "low_confidence_annotation": 3119,
6
  "feature_species_differs": 47,
7
- "normal_but_disease_text": 20
8
  },
9
- "changes_vs_v3": 212,
10
- "dropped_short_synonym_disease_terms": 331,
11
  "life_stage_source": {
12
- "luna": 8418,
13
  "age rule: age with unit": 1630,
14
- "age rule: bare number read as years": 1372,
15
  "age rule: postnatal day": 404,
 
16
  "age rule: embryonic day": 154,
17
  "age rule: age in years": 113,
18
  "age rule: post-conception / gestational weeks": 64,
 
19
  "age rule: Carnegie stage": 4,
20
  "age rule: age range midpoint": 4
21
  },
22
- "life_stage_rule_vs_luna_disagree": 615,
23
  "organ": {
24
  "brain": 3391,
25
  "colon": 1000,
@@ -29,7 +31,7 @@
29
  "kidney": 590,
30
  "skin": 489,
31
  "pancreas": 488,
32
- "other": 399,
33
  "heart": 292,
34
  "breast": 267,
35
  "small intestine": 251,
@@ -45,7 +47,7 @@
45
  "uterus": 117,
46
  "spleen": 108,
47
  "bone": 107,
48
- "prostate": 102,
49
  "placenta": 94,
50
  "embryo (whole)": 93,
51
  "eye": 89,
@@ -77,25 +79,25 @@
77
  "unknown": 2
78
  },
79
  "disease_status": {
80
- "disease": 7021,
81
- "normal": 3950,
82
  "perturbation": 1125,
83
  "not stated": 67
84
  },
85
  "life_stage": {
86
- "not stated": 7065,
87
- "adult": 2860,
88
  "aged": 1182,
89
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90
- "neonatal or infant": 296,
91
  "embryonic": 282,
92
- "fetal": 148
93
  },
94
  "sex": {
95
- "unknown": 7518,
96
- "male": 2639,
97
- "female": 1987,
98
- "mixed": 19
99
  },
100
  "preservation": {
101
  "null": 6957,
@@ -103,8 +105,8 @@
103
  "fresh frozen": 2327,
104
  "fixed frozen": 40
105
  },
106
- "with_tissue_term": 11606,
107
- "with_disease_term": 6477,
108
  "with_pubmed": 8479,
109
  "with_donor_key": 3391
110
  }
 
4
  "flags": {
5
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6
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7
+ "normal_but_disease_text": 17
8
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+ "changes_vs_v3": 236,
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+ "dropped_short_synonym_disease_terms": 347,
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+ "luna": 8172,
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14
+ "age rule: bare number read as years": 1351,
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16
+ "rule: culture or organoid (culture time is not a life stage)": 239,
17
  "age rule: embryonic day": 154,
18
  "age rule: age in years": 113,
19
  "age rule: post-conception / gestational weeks": 64,
20
+ "age rule: days in an age series": 28,
21
  "age rule: Carnegie stage": 4,
22
  "age rule: age range midpoint": 4
23
  },
24
+ "life_stage_rule_vs_luna_disagree": 624,
25
  "organ": {
26
  "brain": 3391,
27
  "colon": 1000,
 
31
  "kidney": 590,
32
  "skin": 489,
33
  "pancreas": 488,
34
+ "other": 400,
35
  "heart": 292,
36
  "breast": 267,
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@@ -34,6 +34,7 @@
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35
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36
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37
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38
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39
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35
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36
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37
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38
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39
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40
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metadata/v2/studies_v2.csv CHANGED
@@ -629,7 +629,7 @@ GSE283832,"A cycling, progenitor-like cell population at the root of atypical te
629
  GSE283863,Cranial radiotherapy profoundly affects glia without inducing widespread cellular senescence,1,Mus musculus,CosMx,CosMx,brain,,perturbation,0,40518745,train
630
  GSE283872,Prior High Fiber Intake Impinges on the Cellular Responses of Mesenteric Adipose and Intestinal Tissues to Subsequent High Fat Feeding [Spatial Transcriptomics],4,Mus musculus,Stereo-seq,Stereo-seq,small intestine,,perturbation,0,41520334,test
631
  GSE283883,Spatial Transcriptomics Sequencing of Mouse Liver at 2µm Resolution Using a Novel Spatial DNA Chip,1,Mus musculus,Other,"other (named in GEO, not in list)",liver,,normal,0,,train
632
- GSE283945,Spatially Resolved Insights Into Fistulating Crohn’s Disease Pathogenesis - Visium Spatial Transcriptomics,35,Homo sapiens,Visium,Visium,colon;small intestine;rectum;other,Crohn disease;inflammatory bowel disease;intestinal disorder,disease;normal,35,41224999,test
633
  GSE283959,Spatially resolved chimeric analysis reveals extracellular CKB-mediated ATP uptake at the glioma-astrocyte invasive front,4,Mus musculus,Visium,Visium,brain,glioblastoma;glioma,disease,4,40991701,train
634
  GSE283967,Multi-modal refinement of the human heart atlas during the first gestational trimester,3,Homo sapiens,Visium,Visium,heart,,normal,3,39927812,train
635
  GSE284005,A single-cell resolution spatial transcriptomics atlas of human multiple sclerosis lesion (MERSCOPE),17,Homo sapiens,MERFISH/MERSCOPE,MERFISH,brain,multiple sclerosis,disease;normal,0,,train
@@ -753,7 +753,7 @@ GSE294669,Spatial Proteomics and Transcriptomics Reveal Early Immune Cell Organi
753
  GSE294759,Application of spatial transcriptomics across organoids for a high-resolution spatial whole-transcriptome benchmarking dataset,9,Mus musculus;Homo sapiens,Stereo-seq,Stereo-seq,head and neck;heart;brain;cartilage;lung;other;kidney,,normal,0,42164865,train
754
  GSE294765,A skeletal muscle atlas shows neuromuscular junction adaptations to growth and atrophy,6,Mus musculus,Visium,Visium,skeletal muscle,,perturbation;normal,6,42019489,train
755
  GSE294814,Spatially resolved profiling of host and bacteria RNAs in mammalian tissue,7,Mus musculus,DBiT-seq,microDBiT,colon;small intestine,,normal,0,,val
756
- GSE294844,Transcriptional signature for dysplastic epidermal development in human pre-malignant skin,5,Homo sapiens,Visium,Visium CytAssist;Visium,skin,,normal,4,,test
757
  GSE294965,Spatio-temporal interaction of immune and renal cells determines glomerular crescent formation in autoimmune kidney disease,9,Homo sapiens,Xenium,Xenium,kidney,kidney disorder,disease,9,40393992,train
758
  GSE295043,A spatiotemporal atlas of orchiectomy-induced modulation of cellular composition and gene expression in the mouse prostate,8,Mus musculus,Visium,Visium,prostate,,perturbation,8,40974890,train
759
  GSE295060,Gain-of-function PPM1D mutations attenuate ischemic stroke,2,Mus musculus,Visium,Visium,brain,cerebral artery occlusion;ischemic stroke,disease,2,,train
@@ -792,7 +792,7 @@ GSE296896,High-resolution spatial transcriptomics of mouse intestine [Spatial-RN
792
  GSE296897,High-resolution spatial transcriptomics of DARLIN mouse [CRISPR array amplicon],36,Mus musculus,BMK S1000,BMKMANU S1000/S3000,small intestine;colon;brain,,perturbation,0,42373956,train
793
  GSE296975,Defining Cellular Diversity at the Swine Maternal-Fetal Interface Using Spatial Transcriptomics and Organoids [MFI017_Visium],4,Sus scrofa,Visium,Visium,placenta,,normal,4,40875599,train
794
  GSE296982,Single cell map of the adult female mouse urethra reveals epithelial and stromal macrophages with distinct functional identities,1,Mus musculus,Xenium,Xenium,other,,normal,1,40907791,train
795
- GSE297058,Hereditary Chronic Pancreatitis Induced Plasticity Cooperates with Mutant Kras in Early Pancreatic Carcinogenesis,2,Mus musculus,Visium HD,Visium HD,pancreas,chronic pancreatitis;hereditary disease;hereditary chronic pancreatitis,disease,2,41419303,train
796
  GSE297064,Targeting circulating mechanoresponsive monocytes and macrophages to reduce fibrosis,2,Homo sapiens,Visium,Visium,skin,,not stated;disease,2,41120571,train
797
  GSE297068,A spatial code governs olfactory receptor choice and aligns sensory maps in the nose and brain,6,Mus musculus,MERFISH/MERSCOPE;Stereo-seq,MERSCOPE;Stereo-seq,head and neck,,normal,0,42054991,train
798
  GSE297081,Inhibition of ACLY enhances tumor immunogenicity and resolves MASH-driven HCC,4,Mus musculus,Visium,Visium,liver,metabolic dysfunction-associated steatohepatitis;hepatocellular carcinoma,disease;normal,4,40739358,test
@@ -932,7 +932,7 @@ GSE307504,Single-cell and spatial transcriptomic atlas of pathological scars unc
932
  GSE307534,"Spatial transcriptomics analysis of normal lung tissues, precursor lung lesions and invasive lung adenocarcinomas",56,Homo sapiens,Visium,Visium,lung,glandular cell neoplasm;lung adenocarcinoma,disease;normal,56,41202811,train
933
  GSE307586,Spatiomolecular mapping reveals anatomical organization of heterogeneous cell types in the human nucleus accumbens [Spatial Transcriptomics],38,Homo sapiens,Visium,Visium,brain,,normal,38,40964296;42385698,train
934
  GSE307588,Spatial profiling of hypoxic injury in human kidney organoids,25,Homo sapiens,Xenium,Xenium,kidney,,perturbation;normal;disease,0,42613631,train
935
- GSE307661,Belantamab Mafodotin Triggers Immune Invigoration in Multiple Myeloma Via Inflammatory and Immunogenic Cell Death [Xenium],3,Homo sapiens,Xenium,Xenium,bone marrow,"plasma cell myeloma;plasma cell myeloma, non-human animal",disease,3,,test
936
  GSE307719,Cellular and molecular signatures of the vascular microenvironment define the pre-metastatic brain and meninges [MERFISH],8,Mus musculus,MERFISH/MERSCOPE,MERSCOPE,brain;meninges,neoplasm,normal;disease,0,,train
937
  GSE307744,Human bladder Visium spatial gene expression,1,Homo sapiens,Visium,Visium,bladder,,not stated,1,,train
938
  GSE307817,A MEF2C transcription factor network regulates proliferation of glomerular endothelial cells in diabetic kidney disease,12,Homo sapiens,Visium,Visium,kidney,diabetic kidney disease;diabetes mellitus;chronic kidney disease;kidney disorder;glucose metabolism disease,disease,12,42055320,train
@@ -1033,7 +1033,7 @@ GSE315411,Fishing with Two Lines: A Hybrid Approach to Spatial Transcriptomic Di
1033
  GSE315416,A High-Resolution Stereo-seq Spatial Transcriptomic Dataset of the Bovine Liver,2,Bos taurus,Stereo-seq,Stereo-seq,liver,,normal,0,42737743,train
1034
  GSE315435,Rhythmic nephron formation in the developing kidney,11,Mus musculus;Homo sapiens,Xenium,Xenium,kidney,,normal,11,,train
1035
  GSE315482,Single-Cell Multi-omics Profiling of Mouse Hepatic Immune Microenvironment Reveals Neutrophil-Kupffer Cell Crosstalk via Thrombospondin-1/CD36 after Surgical Stress,4,Mus musculus,Visium,Visium,liver,ischemia reperfusion injury,perturbation;disease,4,,train
1036
- GSE315487,CD73 inhibition overcomes adaptive immune resistance to PARP inhibition in models of prostate cancer,4,Mus musculus,Visium,Visium,prostate,prostate cancer,disease,0,,train
1037
  GSE315553,Spatial Transcriptomics Data from Human Choroid Plexus,4,Homo sapiens,Slide-seq,Slide-seq,brain,,normal;not stated,0,41648589,val
1038
  GSE315907,p53 maintains healthy aging,196,Mus musculus,CosMx,CosMx,liver,,perturbation;normal,196,,train
1039
  GSE316346,TGFβ1 and Oncostatin M promotes the organization of two distinct stromal niches controlling different EMT states [Xenium],2,Mus musculus,Xenium,Xenium,skin,mesenchymal cell neoplasm,disease,2,,train
@@ -1174,7 +1174,7 @@ GSE333244,Spatial Rewiring of Enterocyte Identity in Celiac Disease [Visium],4,H
1174
  GSE333401,Prenatal DBP Exposure Dysregulate Fetal-Placenta Spatial Transcriptomic Profiles,13,Mus musculus,Visium,Visium,placenta,,perturbation,13,,val
1175
  GSE333479,A unified spatial transcriptome profiling of ten mouse organs,21,Mus musculus,Stereo-seq,Stereo-seq,colon;brain;kidney;skin;thymus;spleen;lung;uterus;testis;ovary,,normal,0,42374103,train
1176
  GSE333529,A skin–kidney neutrophil axis links UV exposure to renal angiogenesis and tissue remodeling in healthy and lupus kidneys. [Spatial Transcriptomics],4,Homo sapiens,Visium,Visium,kidney,systemic lupus erythematosus,disease,4,42679049,train
1177
- GSE333617,Targeting JAK1/3-STAT1 signaling attenuates cytotoxic T lymphocytes activation for the treatment in Stevens-Johnson syndrome and toxic epidermal necrolysis,4,Homo sapiens,Visium,Visium,skin,Stevens-Johnson syndrome,disease,4,,train
1178
  GSE333685,Vascular smooth muscle cell state trajectories mediate molecular mechanisms of coronary disease risk,1,Mus musculus,Xenium,Xenium,blood vessel,coronary artery disorder,disease,1,41844614,train
1179
  GSE333693,Rat thymic epithelium-free areas are specialized medullary niches enriched for mature thymocytes and distinct stromal subsets,1,Rattus norvegicus,Stereo-seq,Stereo-seq,thymus,,normal,0,,train
1180
  GSE333735,TGFbeta determines epithelial tissue spacing by regulating mesenchymal condensation,3,Gallus gallus,DBiT-seq,DBiT-seq,lung,,normal,0,42446999,train
@@ -1254,7 +1254,7 @@ GSE344692,Placental TRPV2 supports trophoblast function and normal fetal develop
1254
  GSE344748,REM sleep readiness and duration are encoded during NREM by spinal-projecting sublaterodorsal (SLD) neurons.,4,Mus musculus,Slide-seq,Slide-seq,brain,,perturbation,0,,val
1255
  GSE344969,Spatial transcriptomic profiling of calcified human coronary artery lesions,2,Homo sapiens,Visium,Visium,blood vessel,calcinosis,disease,2,,train
1256
  GSE345289,Gene expression mapping of eye after adipocyte depletion,2,Mus musculus,Xenium,Xenium,eye,,perturbation,2,,val
1257
- GSE345302,Spatial profiling identifies a distinct and topographically-defined tumor microenvironment that emerges during multiple myeloma evolution,8,Homo sapiens,Xenium,Xenium,bone marrow,"plasma cell myeloma;plasma cell myeloma, non-human animal",disease,8,42678098,train
1258
  GSE345359,A single-nucleus and spatial transcriptomic atlas of the Syrian hamster preoptic area across hibernation states,4,Mesocricetus auratus,Xenium,Xenium,brain,,normal,1,,train
1259
  GSE345643,Human Adult and Pediatric Multimodal Transcriptomic Atlas of Progression from Pressure-Loaded to Failing Right Ventricle [Xenium spatial transcriptomics],6,Homo sapiens,Xenium,Xenium,heart,,disease;normal,6,,test
1260
  GSE345644,Human bladder cell spatial mapping [Xenium],1,Homo sapiens,Xenium,Xenium,bladder,,normal,1,,val
 
629
  GSE283863,Cranial radiotherapy profoundly affects glia without inducing widespread cellular senescence,1,Mus musculus,CosMx,CosMx,brain,,perturbation,0,40518745,train
630
  GSE283872,Prior High Fiber Intake Impinges on the Cellular Responses of Mesenteric Adipose and Intestinal Tissues to Subsequent High Fat Feeding [Spatial Transcriptomics],4,Mus musculus,Stereo-seq,Stereo-seq,small intestine,,perturbation,0,41520334,test
631
  GSE283883,Spatial Transcriptomics Sequencing of Mouse Liver at 2µm Resolution Using a Novel Spatial DNA Chip,1,Mus musculus,Other,"other (named in GEO, not in list)",liver,,normal,0,,train
632
+ GSE283945,Spatially Resolved Insights Into Fistulating Crohn’s Disease Pathogenesis - Visium Spatial Transcriptomics,35,Homo sapiens,Visium,Visium,colon;small intestine;rectum;other,Crohn disease;inflammatory bowel disease;intestinal disorder;diverticulitis of colon,disease;normal,35,41224999,test
633
  GSE283959,Spatially resolved chimeric analysis reveals extracellular CKB-mediated ATP uptake at the glioma-astrocyte invasive front,4,Mus musculus,Visium,Visium,brain,glioblastoma;glioma,disease,4,40991701,train
634
  GSE283967,Multi-modal refinement of the human heart atlas during the first gestational trimester,3,Homo sapiens,Visium,Visium,heart,,normal,3,39927812,train
635
  GSE284005,A single-cell resolution spatial transcriptomics atlas of human multiple sclerosis lesion (MERSCOPE),17,Homo sapiens,MERFISH/MERSCOPE,MERFISH,brain,multiple sclerosis,disease;normal,0,,train
 
753
  GSE294759,Application of spatial transcriptomics across organoids for a high-resolution spatial whole-transcriptome benchmarking dataset,9,Mus musculus;Homo sapiens,Stereo-seq,Stereo-seq,head and neck;heart;brain;cartilage;lung;other;kidney,,normal,0,42164865,train
754
  GSE294765,A skeletal muscle atlas shows neuromuscular junction adaptations to growth and atrophy,6,Mus musculus,Visium,Visium,skeletal muscle,,perturbation;normal,6,42019489,train
755
  GSE294814,Spatially resolved profiling of host and bacteria RNAs in mammalian tissue,7,Mus musculus,DBiT-seq,microDBiT,colon;small intestine,,normal,0,,val
756
+ GSE294844,Transcriptional signature for dysplastic epidermal development in human pre-malignant skin,5,Homo sapiens,Visium,Visium CytAssist;Visium,skin,actinic keratosis,disease,4,,test
757
  GSE294965,Spatio-temporal interaction of immune and renal cells determines glomerular crescent formation in autoimmune kidney disease,9,Homo sapiens,Xenium,Xenium,kidney,kidney disorder,disease,9,40393992,train
758
  GSE295043,A spatiotemporal atlas of orchiectomy-induced modulation of cellular composition and gene expression in the mouse prostate,8,Mus musculus,Visium,Visium,prostate,,perturbation,8,40974890,train
759
  GSE295060,Gain-of-function PPM1D mutations attenuate ischemic stroke,2,Mus musculus,Visium,Visium,brain,cerebral artery occlusion;ischemic stroke,disease,2,,train
 
792
  GSE296897,High-resolution spatial transcriptomics of DARLIN mouse [CRISPR array amplicon],36,Mus musculus,BMK S1000,BMKMANU S1000/S3000,small intestine;colon;brain,,perturbation,0,42373956,train
793
  GSE296975,Defining Cellular Diversity at the Swine Maternal-Fetal Interface Using Spatial Transcriptomics and Organoids [MFI017_Visium],4,Sus scrofa,Visium,Visium,placenta,,normal,4,40875599,train
794
  GSE296982,Single cell map of the adult female mouse urethra reveals epithelial and stromal macrophages with distinct functional identities,1,Mus musculus,Xenium,Xenium,other,,normal,1,40907791,train
795
+ GSE297058,Hereditary Chronic Pancreatitis Induced Plasticity Cooperates with Mutant Kras in Early Pancreatic Carcinogenesis,2,Mus musculus,Visium HD,Visium HD,pancreas,hereditary chronic pancreatitis,normal;disease,2,41419303,train
796
  GSE297064,Targeting circulating mechanoresponsive monocytes and macrophages to reduce fibrosis,2,Homo sapiens,Visium,Visium,skin,,not stated;disease,2,41120571,train
797
  GSE297068,A spatial code governs olfactory receptor choice and aligns sensory maps in the nose and brain,6,Mus musculus,MERFISH/MERSCOPE;Stereo-seq,MERSCOPE;Stereo-seq,head and neck,,normal,0,42054991,train
798
  GSE297081,Inhibition of ACLY enhances tumor immunogenicity and resolves MASH-driven HCC,4,Mus musculus,Visium,Visium,liver,metabolic dysfunction-associated steatohepatitis;hepatocellular carcinoma,disease;normal,4,40739358,test
 
932
  GSE307534,"Spatial transcriptomics analysis of normal lung tissues, precursor lung lesions and invasive lung adenocarcinomas",56,Homo sapiens,Visium,Visium,lung,glandular cell neoplasm;lung adenocarcinoma,disease;normal,56,41202811,train
933
  GSE307586,Spatiomolecular mapping reveals anatomical organization of heterogeneous cell types in the human nucleus accumbens [Spatial Transcriptomics],38,Homo sapiens,Visium,Visium,brain,,normal,38,40964296;42385698,train
934
  GSE307588,Spatial profiling of hypoxic injury in human kidney organoids,25,Homo sapiens,Xenium,Xenium,kidney,,perturbation;normal;disease,0,42613631,train
935
+ GSE307661,Belantamab Mafodotin Triggers Immune Invigoration in Multiple Myeloma Via Inflammatory and Immunogenic Cell Death [Xenium],3,Homo sapiens,Xenium,Xenium,bone marrow,plasma cell myeloma,disease,3,,test
936
  GSE307719,Cellular and molecular signatures of the vascular microenvironment define the pre-metastatic brain and meninges [MERFISH],8,Mus musculus,MERFISH/MERSCOPE,MERSCOPE,brain;meninges,neoplasm,normal;disease,0,,train
937
  GSE307744,Human bladder Visium spatial gene expression,1,Homo sapiens,Visium,Visium,bladder,,not stated,1,,train
938
  GSE307817,A MEF2C transcription factor network regulates proliferation of glomerular endothelial cells in diabetic kidney disease,12,Homo sapiens,Visium,Visium,kidney,diabetic kidney disease;diabetes mellitus;chronic kidney disease;kidney disorder;glucose metabolism disease,disease,12,42055320,train
 
1033
  GSE315416,A High-Resolution Stereo-seq Spatial Transcriptomic Dataset of the Bovine Liver,2,Bos taurus,Stereo-seq,Stereo-seq,liver,,normal,0,42737743,train
1034
  GSE315435,Rhythmic nephron formation in the developing kidney,11,Mus musculus;Homo sapiens,Xenium,Xenium,kidney,,normal,11,,train
1035
  GSE315482,Single-Cell Multi-omics Profiling of Mouse Hepatic Immune Microenvironment Reveals Neutrophil-Kupffer Cell Crosstalk via Thrombospondin-1/CD36 after Surgical Stress,4,Mus musculus,Visium,Visium,liver,ischemia reperfusion injury,perturbation;disease,4,,train
1036
+ GSE315487,CD73 inhibition overcomes adaptive immune resistance to PARP inhibition in models of prostate cancer,4,Mus musculus,Visium,Visium,prostate;other,prostate cancer,disease,0,,train
1037
  GSE315553,Spatial Transcriptomics Data from Human Choroid Plexus,4,Homo sapiens,Slide-seq,Slide-seq,brain,,normal;not stated,0,41648589,val
1038
  GSE315907,p53 maintains healthy aging,196,Mus musculus,CosMx,CosMx,liver,,perturbation;normal,196,,train
1039
  GSE316346,TGFβ1 and Oncostatin M promotes the organization of two distinct stromal niches controlling different EMT states [Xenium],2,Mus musculus,Xenium,Xenium,skin,mesenchymal cell neoplasm,disease,2,,train
 
1174
  GSE333401,Prenatal DBP Exposure Dysregulate Fetal-Placenta Spatial Transcriptomic Profiles,13,Mus musculus,Visium,Visium,placenta,,perturbation,13,,val
1175
  GSE333479,A unified spatial transcriptome profiling of ten mouse organs,21,Mus musculus,Stereo-seq,Stereo-seq,colon;brain;kidney;skin;thymus;spleen;lung;uterus;testis;ovary,,normal,0,42374103,train
1176
  GSE333529,A skin–kidney neutrophil axis links UV exposure to renal angiogenesis and tissue remodeling in healthy and lupus kidneys. [Spatial Transcriptomics],4,Homo sapiens,Visium,Visium,kidney,systemic lupus erythematosus,disease,4,42679049,train
1177
+ GSE333617,Targeting JAK1/3-STAT1 signaling attenuates cytotoxic T lymphocytes activation for the treatment in Stevens-Johnson syndrome and toxic epidermal necrolysis,4,Homo sapiens,Visium,Visium,skin,Stevens-Johnson syndrome,disease;normal,4,,train
1178
  GSE333685,Vascular smooth muscle cell state trajectories mediate molecular mechanisms of coronary disease risk,1,Mus musculus,Xenium,Xenium,blood vessel,coronary artery disorder,disease,1,41844614,train
1179
  GSE333693,Rat thymic epithelium-free areas are specialized medullary niches enriched for mature thymocytes and distinct stromal subsets,1,Rattus norvegicus,Stereo-seq,Stereo-seq,thymus,,normal,0,,train
1180
  GSE333735,TGFbeta determines epithelial tissue spacing by regulating mesenchymal condensation,3,Gallus gallus,DBiT-seq,DBiT-seq,lung,,normal,0,42446999,train
 
1254
  GSE344748,REM sleep readiness and duration are encoded during NREM by spinal-projecting sublaterodorsal (SLD) neurons.,4,Mus musculus,Slide-seq,Slide-seq,brain,,perturbation,0,,val
1255
  GSE344969,Spatial transcriptomic profiling of calcified human coronary artery lesions,2,Homo sapiens,Visium,Visium,blood vessel,calcinosis,disease,2,,train
1256
  GSE345289,Gene expression mapping of eye after adipocyte depletion,2,Mus musculus,Xenium,Xenium,eye,,perturbation,2,,val
1257
+ GSE345302,Spatial profiling identifies a distinct and topographically-defined tumor microenvironment that emerges during multiple myeloma evolution,8,Homo sapiens,Xenium,Xenium,bone marrow,plasma cell myeloma,disease,8,42678098,train
1258
  GSE345359,A single-nucleus and spatial transcriptomic atlas of the Syrian hamster preoptic area across hibernation states,4,Mesocricetus auratus,Xenium,Xenium,brain,,normal,1,,train
1259
  GSE345643,Human Adult and Pediatric Multimodal Transcriptomic Atlas of Progression from Pressure-Loaded to Failing Right Ventricle [Xenium spatial transcriptomics],6,Homo sapiens,Xenium,Xenium,heart,,disease;normal,6,,test
1260
  GSE345644,Human bladder cell spatial mapping [Xenium],1,Homo sapiens,Xenium,Xenium,bladder,,normal,1,,val