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. 2021 Sep 15;13(5-6):85–105. doi: 10.1080/19382014.2021.1941555

Table 3.

Differentiation of expanded organoids from adult murine and human pancreata

Cell source In vitro differentiation In vivo differentiation Maturation by histology C-peptide secretion Reference no.
Mouse, EpCAM+ TSQ CAG+ - Re-aggregated with embryonic cells, transplanted under kidney capsule 2.5% insulin+ (all mono-hormonal) In mice: detectable, response not tested 46
Mouse, hand-picked single ducts Lentiviral delivery: Pdx1, MafA, Ngn3-WT - 7% insulin+ - 49
Lentiviral delivery: Pdx1, MafA, Ngn3-phosphomutant - 28% insulin+ (33% coexpressed somatostatin) -
Plus medium modification: ROCK inhibitor; IWP-2, w/o R-Spondin-1, EGF for the last 2 days - 61% insulin+ (41% coexpressed somatostatin) -
Plus last 2 days the three genes turned off - 61% insulin+ (87% mono-hormonal) -
Human, islet-depleted fragments Nicotinamide containing medium Transplanted under kidney capsule in normoglycemic or hyperglycemic mice 1.5% insulin+ (mono-hormonal) In mice: detectable, not glucose-responsive 47
Human, CD133+ Adenoviral delivery: PDX1, MAFA, NGN3, PAX6; Medium: Retinoic acid; w/o R-spondin Transplanted under kidney capsule 7–11% insulin+ (all mono-hormonal) In vitro: not glucose-responsive; In mice: detectable* 53
Human, CD133+ mRNA delivery: NGN3; Medium: RepSox, PP2, ISX-9, GSK126, 5-aza-2´-deoxycytidin, Forskolin - 5% insulin+ (some coexpressed somatostatin) In vitro: not glucose-responsive 52
Mouse, Procr+ cells from islets B27, ITS, EGF, FGF2, heparin, endothelial cells Organoid transplanted under the kidney capsule were already differentiated in vitro: 30% mono-hormonal insulin+cells, 70% bi-hormonal insulin+ cells In vitro: glucose-responsive, In mice: glucose-responsive 161
*After 3 g/kg of glucose, after o/n starving, there was a trend to incresed C-peptide levels, but statistical significance is not reported.