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David A. Pearce
Researcher at Northumbria University
Publications - 405
Citations - 20297
David A. Pearce is an academic researcher from Northumbria University. The author has contributed to research in topics: Batten disease & CLN3. The author has an hindex of 72, co-authored 396 publications receiving 18416 citations. Previous affiliations of David A. Pearce include University of Zurich & University of York.
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Regulation of renal tubular glucose reabsorption by Akt2/PKBβ
Daniela S. Kempe,Gulab Siraskar,Henning Fröhlich,Anja T. Umbach,Michael Stübs,Florian Weiss,Teresa F. Ackermann,Harald Völkl,Morris J. Birnbaum,David A. Pearce,Michael Föller,Florian Lang +11 more
TL;DR: Akt/PKBβ plays a role in the regulation of renal glucose transport and is studied in gene-targeted mice lacking functional Akt/P KBβ and in their wild-type littermates.
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Hereditary spastic paraplegia: mitochondrial metalloproteases of yeast.
TL;DR: Paraplegin is highly homologous to a class of well studied yeast ATP-dependent zinc metalloproteases, which show 55%, 55% and 52% identity, respectively, to Afg3p, Rca1p and Yme1p in yeast.
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Novel role for SGK3 in glucose homeostasis revealed in SGK3/Akt2 double-null mice
Li Jun Yao,Li Jun Yao,James A. McCormick,James A. McCormick,Jian Wang,Katherine Yang,Atif Kidwai,GianLuca Colussi,Krishna M. Boini,Morris J. Birnbaum,Florian Lang,Michael S. German,David A. Pearce +12 more
TL;DR: The data support the idea that this exacerbation of the glucose-handling defect is due to impaired β-cell function, rather than increased insulin resistance in peripheral tissues, and suggest that SGK3 plays a previously unappreciated role in glucose homeostasis, likely through direct effects within β-cells, to stimulate proliferation and insulin release.
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Abnormally increased surface expression of AMPA receptors in the cerebellum, cortex and striatum of Cln3−/− mice
TL;DR: The results show a prominent increase in AMPA receptor surface expression in the brain of Cln3(-/-) mice and suggest that CLN3 is involved in the regulation of AMPA receptors surface expression.
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Antarctic subglacial lake exploration: a new frontier in microbial ecology
TL;DR: To date, wherever life has been sought on Earth, it has almost always been found—from high in the stratosphere to deep in the ocean trenches, as well as extensive work on permafrost communities and work in the deep sea, suggests that life can survive and potentially thrive in these types of environment.