In case you missed it, check out our @z_baram lab's latest work in @NatureComms . We identified a #stress-sensitive projection from BLA-NAc, and found inhibiting it AFTER early life adversity rescued reward behavior! Find the @NIMHgov funded study here: https://t.co/zlGyiJ3ELJ
Inspired by thoughtful discussions, happy to share our paper with @kbath77@meghan_gallo and collaborators @drbelshort@z_baram exploring the impact of resource scarcity and maternal separation in mice on maternal signals and pup amygdala gene expression https://t.co/HOxVoVIRTn
New paper exploring the role of estrogens in memory deficits resulting from multiple acute concurrent stresses!
https://t.co/QRfOzO8P3j
With @z_baram and @drbelshort , and collaborators Yasmine, Sunhee, and Cholsoon Jang!
Thrilled to share @ScienceMagazine piece, a 10 yr obsession: developing brains get signals from the environment that shape emotional circuit maturation & impact mental health. What signals? which ones are 'bad'? how do they influence circuit refinement? https://t.co/bHy407Ffyp
YAYYY, my big paper from my postdoc on #microglial pruning of stress-sensitive CRH+ neurons during early-life stress is finally out!!! This has been >5 years in the works, so big shout out to all co-authors, and especially my mentor @z_baram (thread below)
https://t.co/3LLoErb3A2
Postdoc work with @z_baram@calizavi@JessicaLBolton@mtbirnie is in press!🎉
https://t.co/hwrxx0eQwt
Check out our work using single cell transcriptomics of stress-sensitive CRH neurons to identify populations impacted by early-life adversity in open access @BiologicalPsyc1
Come join us for a Postdoc in California! employ #singlecell transcriptomics #merFISH and functional approaches to early-life #stress effects on #reward#amygdala#PVT. https://t.co/tm60YRjXYB https://t.co/7kYsgXLlJO
Current folks are getting own labs! @FENSorg@LisaMonteggia
Excited to share! combined data & biology-driven approaches to single cell transcriptomics of #stress-sensitive #CRH neurons identifies novel cell populations & shows selective impact of earlylife adversity. Kudos @drbelshort@calizavi@BiologicalPsyc1 https://t.co/tm60YRjXYB.
Thrilled to share the power of common measures in humans and experimental animals to test mechanistic hypotheses on the impact of #early life #stress on #reward sensitivity. Now out in @npp_journal@ACNPorg great collab with @DiegoPizzagalli@drbelshort https://t.co/dIB1wnN1gu
Interested in early-life #stress? in humans? The QUIC, a user-friendly instrument for studying parental & environmental unpredictability-a novel important actionable early adversity- is on line. In English and Spanish! Dutch, German & Finnish versions soon https://t.co/pWOxajCStS
Cool @drbelshort & @calizavi single-cell transcriptomics work on #stress-regulating CRH cells in developing hypothalamus. Combined data-and neuroscience-driven clustering identifies novel populations, which are specifically targeted by early-life stress. https://t.co/6jRHfE5kHe
SO proud @JessicaLBolton! >4 yrs of passion & smarts. 4-D live imaging of microglia-neuron interaction in neonatal mice in situ! Chronic chemogenetic microglia activation in neonates sans injection stress! yes. microglia mediate ELS effect on circuit maturation
Excited to finally share my scientific "baby", the result of my K99 work with @z_baram, @LaboTremblay, @drbelshort and many others, now under review and posted for your enjoyment on @biorxiv_neursci doi: https://t.co/88y7w8fTcY. Read on for the summary blurbs...#microglia#CRF