Table 1

Summary of pancreas SAGE libraries generated
Accession	Stage	Tissue subtype	Cell types represented	Library type	Tags sequenced*	Tag types

SM161/SM244	TS17	Pdx1 EGFP+^†	All pancreas epithelial cells with the exception of rare Glucagon-positive cells	Long SAGElite	306,588	44,491
SM231	TS19	Pdx1 EGFP+	All pancreas epithelial cells with the exception of rare Glucagon-positive cells	Long SAGElite	317,716	49,572
SM162/SM245	TS20	Ngn3 EGFP-^†	A mixture of pancreas cell types composed predominantly of mesenchymal cells and pancreas epithelial progenitors as well as those destined to become exocrine cell types	Long SAGElite	308,745	47,695
SM243/SM160	TS20	Ngn3 EGFP+	All endocrine progenitor cells as well as endocrine cells at various stages of maturation	Long SAGElite	320,473	51,847
SM225/SM249	TS21	Ngn3 EGFP+	All endocrine progenitor cells as well as endocrine cells at various stages of maturation	Long SAGElite	313,503	58,864
SM232	TS22	Ngn3 EGFP+	All endocrine progenitor cells as well as endocrine cells at various stages of maturation	Long SAGElite	301,222	37,726
SM223	TS22	Whole	A mixture of pancreas cell types composed predominantly of pancreas epithelial cells differentiating into exocrine cell types with some endocrine cells and mesenchymal cells	Long SAGE	98,189	13,676
SM016	TS26	Whole	A mixture of pancreas cell types composed predominantly of pancreas epithelial cells differentiating into exocrine cell types with some endocrine cells and mesenchymal cells	Long SAGE	81,130	17,963
SM102	DPN70	Isolated ducts	Hand picked adult ducts isolated by collagenase treatment and gradient centrifugation	Long SAGE	119,024	23,528
SM017	DPN70	Isolated islets	Hand picked adult islets isolated by collagenase treatment and gradient centrifugation composed of each of the major endocrine cell types	Long SAGE	99,968	16,039

After 95% quality cutoffs for all tags. ^†The Pdx1* EGFP and Ngn3 EGFP transgenic strains were obtained from Douglas Melton as described in Gu et al. [22]. DPN, days post natal.
Hoffman et al. Genome Biology 2008 9:R99 doi:10.1186/gb-2008-9-6-r99