A preexistent hypoxic gene signature predicts impaired islet graft function and glucose homeostasis.

Abstract:

:We examined whether hypoxic exposure prior to the event of transplantation would have a positive or negative effect upon later islet graft function. Mouse islets exposed to hypoxic culture were transplanted into syngeneic recipients. Islet graft function, β-cell physiology, as well as molecular changes were examined. Expression of hypoxia-response genes in human islets pre- and posttransplant was examined by microarray. Hypoxia-preexposed murine islet grafts provided poor glycemic control in their syngeneic recipients, marked by persistent hyperglycemia and pronounced glucose intolerance with failed first- and second-phase glucose-stimulated insulin secretion in vivo. Mechanistically, hypoxic preexposure stabilized HIF-1α with a concomitant increase in hypoxic-response genes including LDHA, and a molecular gene set, which would favor glycolysis and lactate production and impair glucose sensing. Indeed, static incubation studies showed that hypoxia-exposed islets exhibited dysregulated glucose responsiveness with elevated basal insulin secretion. Isolated human islets, prior to transplantation, express a characteristic hypoxia-response gene expression signature, including high levels of LDHA, which is maintained posttransplant. Hypoxic preexposure of an islet graft drives a HIF-dependent switch to glycolysis with subsequent poor glycemic control and loss of GSIS. Early intervention to reverse or prevent these hypoxia-induced metabolic gene changes may improve clinical islet transplantation.

journal_name

Cell Transplant

journal_title

Cell transplantation

authors

Cantley J,Walters SN,Jung MH,Weinberg A,Cowley MJ,Whitworth TP,Kaplan W,Hawthorne WJ,O'Connell PJ,Weir G,Grey ST

doi

10.3727/096368912X658728

subject

Has Abstract

pub_date

2013-01-01 00:00:00

pages

2147-59

issue

11

eissn

0963-6897

issn

1555-3892

pii

ct0834cantley

journal_volume

22

pub_type

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