# Curated marker-channel input genes per system for PANDA-Marker variant. # # These are the SIBLING-DISCRIMINATING genes that PCA(50) tends to discard. # They are concatenated directly onto PCA(50) as log-normalised expression, # bypassing the PCA bottleneck for the low-variance signal that separates # closely-related subtypes. # # Set size targets: 20-40 markers per system. Curated for BOTH: # (a) each class's positive identity marker (recovers within-class) # (b) sibling-pair contrast markers (e.g. Dkk4 for eccrine vs hair placode) # # All symbols are mouse gene symbols (case-fold applied at inference for # cross-species targets like Veres). pan_skin: # eccrine placode / nascent-gland / hair-placode axis - Dkk4 # eccrine placode > hair placode (Dingwall Fig 2) - Lgr6 # placode marker (Epi3) - Trpv6 # nascent eccrine gland (Epi5/Epi8) - Edar # both placodes; hair > eccrine - Shh # hair placode discriminator - Sox9 # hair placode / HF-primary-germ - Lhx2 # hair placode - Foxi3 # placode induction - Wnt6 # placode Wnt program - Wnt7b # placode Wnt program - Lef1 # Wnt signalling - Bmp7 # placode # eccrine/appendage identity - En1 # spatial repressor of eccrine outside placode - Grhl3 # eccrine-duct master TF - Cldn6 # eccrine tight junction - Kremen2 # placode / eccrine # basal / IFE / spinous / granular - Krt5 # basal - Krt14 # basal - Krt10 # spinous differentiation - Krt1 # spinous differentiation - Trp63 # basal master # melanocyte MITF regulon - Dct # melanocyte - Mlana # melanocyte - Tyrp1 # melanocyte - Pmel # melanocyte - Sox10 # neural crest / melanocyte # endothelial / fibroblast / immune - Pecam1 # endothelial - Cdh5 # endothelial - Col1a1 # fibroblast reticular - Dcn # fibroblast papillary - Ptprc # immune (CD45) # dermal niche (EDEN — Dingwall §5) - S100a4 # EDEN dermal niche - Pdgfra # dermal mesenchyme hematopoiesis: # LT-HSC / stem - Hlf # LT-HSC canonical (Komorowska 2017) - Meis1 # HSC/MPP - Mecom # LT-HSC - Procr # LT-HSC (EPCR) - Fgd5 # LT-HSC reporter - Mllt3 # LT-HSC self-renewal # MPP substates - Cd48 # MPP1 vs LT - Flt3 # MPP4/LMPP - Sell # ST-HSC / MPP1 (CD62L) - Slamf1 # SLAM CD150 # erythroid - Klf1 # erythroid master TF - Gata1 # erythroid/mega - Car1 # erythroblast - Car2 # erythroblast - Blvrb # committed erythroid - Hba-a1 # hemoglobin # megakaryocyte - Itga2b # CD41 megakaryocyte - Pf4 # megakaryocyte - Gp1bb # megakaryocyte # lymphoid - Dntt # pre-B / lymphoid - Vpreb1 # pre-B lymphoid - Vpreb3 # pre-B lymphoid - Il7r # lymphoid progenitor # myeloid / mast / basophil - Elane # GMP / granulocyte - Mpo # myeloid - Cpa3 # basophil-mast lineage - Ms4a2 # mast Fc-epsilon-RI - Csf1r # macrophage # macrophage antimicrobial (myeloid combinatorial identity per §10.3) - Wfdc17 - Mmp8 - Ctss pancreas: # endocrine progenitor (Ngn3 → Fev → hormone axis) - Neurog3 # Ngn3 endocrine progenitor - Fev # Fev+ intermediate EP - Pax4 # alpha/beta bipotential - Insm1 # endocrine progenitor - Neurod1 # beta / late endocrine - Cbfa2t3 # endocrine progenitor - Btbd17 # endocrine progenitor # alpha lineage - Arx # alpha master - Irx1 # alpha - Irx2 # alpha (Veres §7 finding) - Mafb # alpha - Gcg # glucagon # beta lineage - Nkx6-1 # beta master - Mnx1 # beta - Ins1 # insulin - Ins2 # insulin - Mafa # mature beta - Pdx1 # pancreatic progenitor + beta # delta / gamma / epsilon - Sst # delta - Hhex # delta - Ppy # gamma (PP) - Aqp3 # gamma - Ghrl # epsilon # exocrine / stromal - Prss1 # acinar - Cel # acinar - Ptf1a # acinar/pro-endocrine - Krt19 # ductal - Sox9 # ductal / progenitor # embryonic hematopoiesis contamination flag (per §10.3 finding) - Hbb-bs - Hba-a1