= Intraislet glucagon signaling is critical for maintaining glucose homeostasis by Lu Zhu and others
{c}
{tag=Work by Lu Zhu}
{tag=Work by Diptadip Dattaroy}
{tag=Work by Jonathan Pham}
{tag=Work by Lingdi Wang}
{tag=Work by Luiz F. Barella}
{tag=Work by Yinghong Cui}
{tag=Work by Kenneth J. Wilkins}
{tag=Work by Bryan L. Roth}
{tag=Work by Ute Hochgeschwender}
{tag=Work by Franz M. Matschinsky}
{tag=Work by Klaus H. Kaestner}
{tag=Work by Nicolai M. Doliba}
{tag=Work by Jürgen Wess}
{title2=2019}
By <Lu Zhu>, <Diptadip Dattaroy>, <Jonathan Pham>, <Lingdi Wang>, <Luiz F. Barella>, <Yinghong Cui>, <Kenneth J. Wilkins>, <Bryan L. Roth>, <Ute Hochgeschwender>, <Franz M. Matschinsky>, <Klaus H. Kaestner>, <Nicolai M. Doliba>, <Jürgen Wess>.
Publisher: American Society for Clinical Investigation.
Published in JCI Insight, 4(10):e127994.
Online text: https://insight.jci.org/articles/view/127994
Cited passages: Figure 6G–H; Methods, Perifusion studies with human islets; Figures 4–6; Methods, mouse perifusion assays and Human islets — source and culture; Intraislet glucagon signaling is critical for maintaining glucose homeostasis, Figures 6–7.
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