Craig Beall
@craigbeall-lab.bsky.social
Neuroscience and diabetes researcher, Associate Professor, Theme lead for Diabetes, Obesity and Metabolic Health, University of Exeter. www.exeterneuroendo.com
Reposted by Craig Beall
🚨 Job alert 🚨
We have a 1-year post-doc position available at @exetermed.bsky.social with @craigbeall-lab.bsky.social to study the impact of maternal diet on astrocytes during development.
Friendly and inclusive team in a beautiful location.
Application deadline 5th March
tinyurl.com/3zhd8wsm
We have a 1-year post-doc position available at @exetermed.bsky.social with @craigbeall-lab.bsky.social to study the impact of maternal diet on astrocytes during development.
Friendly and inclusive team in a beautiful location.
Application deadline 5th March
tinyurl.com/3zhd8wsm
a drawing of a brain with a rainbow and a blue one
Alt: a drawing of a brain with a rainbow on one hemisphere and blue on the other
media.tenor.com
February 6, 2025 at 8:03 AM
🚨 Job alert 🚨
We have a 1-year post-doc position available at @exetermed.bsky.social with @craigbeall-lab.bsky.social to study the impact of maternal diet on astrocytes during development.
Friendly and inclusive team in a beautiful location.
Application deadline 5th March
tinyurl.com/3zhd8wsm
We have a 1-year post-doc position available at @exetermed.bsky.social with @craigbeall-lab.bsky.social to study the impact of maternal diet on astrocytes during development.
Friendly and inclusive team in a beautiful location.
Application deadline 5th March
tinyurl.com/3zhd8wsm
New study led by Jiping Zhang - low glucose increases macrophage migration inhibitory factor (MIF) release from macrophages. Allosteric #AMPK activators do a decent job at attenuating/limiting MIF release @diabmedwiley #ExeterDiabetes @DUK_research. Explainer to follow
December 26, 2024 at 10:14 AM
New study led by Jiping Zhang - low glucose increases macrophage migration inhibitory factor (MIF) release from macrophages. Allosteric #AMPK activators do a decent job at attenuating/limiting MIF release @diabmedwiley #ExeterDiabetes @DUK_research. Explainer to follow