Moeser GI Stress Lab (@gistressbiolab) 's Twitter Profile
Moeser GI Stress Lab

@gistressbiolab

We study how early life stress and biological sex interact to shape gut neuroimmune development and disease risk throughout the lifespan. #mastcells

ID: 829836400212189184

linkhttps://cvm.msu.edu/research/faculty-research/moeser calendar_today09-02-2017 23:36:30

235 Tweet

308 Followers

344 Following

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Just attended a great gut health advisory meeting by NutriQuest in Minnesota. Discussed innovative ways to improve gut health and barrier function in calves and pigs. #guthealth #calfhealth #pighealth #Nutriquest

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Yesterday was a phenomenal experience presenting our research on mast cells at the Mayo Clinic! Honored for the invitation and opportunity to meet with world-renowned @MayoGIHep researchers, clinician scientists and trainees. #mastcells MSU Veterinary Medicine #gutbrainaxis Moeser GI Stress Lab

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Exciting new study on #ACEs impact on immune dev. "Proteome analysis shows altered mitochondrial biology in adults reporting childhood adversity." Vital insights that support our research on the lasting effects of #ACEs. #ImmuneDevelopment nature.com/articles/s4139…

MSU Veterinary Medicine (@msuvets) 's Twitter Profile Photo

Postpartum disease is a major risk for dairy cows. Student researcher Miguel Chirivi Gonzalez is examining how these animals can be protected from diseases they're predisposed to: youtu.be/3l98Hi72H34

Postpartum disease is a major risk for dairy cows. Student researcher Miguel Chirivi Gonzalez is examining how these animals can be protected from diseases they're predisposed to: youtu.be/3l98Hi72H34
Moeser GI Stress Lab (@gistressbiolab) 's Twitter Profile Photo

"Breaking down the gut-brain connection! A new review explores the role of #neuroimmune interactions in disorders of gut-brain interaction, from functional to immune-mediated. #mastcells #guthealth #research"gut.bmj.com/content/early/…

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“Supporting our dairy cows postpartum! Check out this informative video on the exciting research being done by Miguel Chirivi Gonzalez of the Contreras Lab @cvmvets #dairycowhealth

Moeser GI Stress Lab (@gistressbiolab) 's Twitter Profile Photo

"Metabolic switch behind #mastcell regranulation uncovered! Exciting new findings from my former mentor's lab at Duke University published in Cell Reports. Discover the unique & cool world of mast cells: bit.ly/3YlzKSR #inspiredbymentors

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The prevalence of early life adversity (ELA) is alarmingly high with enduring negative immune health outcomes. bit.ly/3IIZB1z. This is a focus of Moeser GI Stress Lab research, exploring how ELA shapes health outcomes in people and animals. #earlylifeadversity

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Interesting new review! Immune cells that trigger inflammation, may play a role in depression & sex differences in their activation could contribute to higher prevalence in women. Might be biased but I loved the mast cell section! TY for citing our work! bit.ly/3SQsSe0"

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Excited to share that Robison Lab at MSU & Moeser GI Stress Lab received a $2M+ R01 grant from NIH for our #mastcells & ΔFosB research! Read about how a chance encounter at a distillery led to this interdisciplinary collaborative research with huge potential. bit.ly/3lPkgZ4

Robison Lab at MSU (@robisonlabmsu) 's Twitter Profile Photo

Fun article about Adam Moeser and me and our collaboration on mast cells! Also highlights @nataliaduquew and her work with us. Working with both of them is one of my favorite parts of science!

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#MastCellMonday: Did you know? Mast cells, Moeser GI Stress Lab's favorite cell type, were first discovered by Paul Ehrlich in 1877. He observed their granules and named them "Mastzellen," which means "well-fed cells" in German. #MastCells

#MastCellMonday: Did you know? Mast cells, <a href="/GIStressBioLab/">Moeser GI Stress Lab</a>'s favorite cell type, were first discovered by Paul Ehrlich in 1877. He observed their granules and named them "Mastzellen," which means "well-fed cells" in German.  #MastCells
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#TriviaTuesday: Mast cells are key players in anaphylaxis, a severe allergic reaction that was uncovered in 1902 by Richet and Portier. Richet got the Nobel Prize for it! Today, Moeser GI Stress Lab research seeks a cure for anaphylaxis and mast cell diseases. #MastCells MSU Veterinary Medicine

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New review by Rinne et al. (2023): how early life stress affects maternal-fetal health. Related to Moeser GI Stress Lab's NIH and USDA-funded research exploring the link between early life stress and lifetime health in humans and animals. #EarlyLifeStress bit.ly/3HfLAHC

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Phthalates are endocrine disruptors that can alter mast cell development and anaphylaxis across the lifespan in a sex-specific way. Moeser GI Stress Lab was the first to report this in pnas, Mackey et al. 2020: bit.ly/3Hn0Y8y. #mastcells #environmental toxin #sexdifferences

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Proud of my colleague and collaborator Geoffroy Laumet for his groundbreaking research on how monocytes regulate pain resolution differently in males and females. He is a leader in the field of pain research and a great colleague. #painresearch #MSU

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Learning a lot at the #AAI2023 meeting in DC! DM gave a great talk on the role of the microbiome in regulating enteric glial and neuronal damage and repair in the gut. Very impressive! #neuroimmunology

MSU Veterinary Medicine (@msuvets) 's Twitter Profile Photo

How does early-life stress affect us later in life? Dr. Adam Moeser's research looks at how stress reprograms immune cells, with implications that can help science improve the wellbeing of animals and humans. Read: msutoday.msu.edu/news/2025/msu-…

How does early-life stress affect us later in life?

Dr. Adam Moeser's research looks at how stress reprograms immune cells, with implications that can help science improve the wellbeing of animals and humans.

Read: msutoday.msu.edu/news/2025/msu-…