BU Pharmacology💊 (@pharmbu) 's Twitter Profile
BU Pharmacology💊

@pharmbu

Tweets from the Pharmacology Dept and @NIH/@NIGMS funded training program in Biomolecular Pharmacology @ Boston U #BU 🔬💉💊 Account run by the students.

ID: 191040275

linkhttp://www.bumc.bu.edu/busm-pm/ calendar_today15-09-2010 13:32:27

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1,1K Followers

1,1K Following

Neuroscience News (@neurosciencenew) 's Twitter Profile Photo

OUD affects genes associated with proinflammatory immune molecule encoding and genes associated with remodeling the extracellular matrix, suggesting the connection between neurons may be altered as a result of opioid use. #neuroscience #science neurosciencenews.com/oud-brain-gene…

Dr. Maddie Ray (@maddiehray) 's Twitter Profile Photo

🚨Job opening for a research assistant level 3 🚨 The Logan lab is looking for a RA to come work with us at BU Pharmacology💊 on projects focusing on opioid use & analgesia! Mouse colony management and rodent experience preferred! Please RT and share! bu.silkroad.com/epostings/inde…

Camron Bryant (@camronbryantphd) 's Twitter Profile Photo

@KatieSena6 presented her BU UROP project on neuronal adaptations in microglial & myelin proteins during neonatal opioid withdrawal in mice. Great job, Katie! Thx to Jake Beierle (PhD candidate, BU Pharmacology💊, for working w Katie on this award! & thank you BU UROP for your support!

@KatieSena6 presented her <a href="/BU_UROP/">BU UROP</a> project on neuronal adaptations in microglial &amp; myelin proteins during neonatal opioid withdrawal in mice. Great job, Katie! Thx to Jake Beierle (PhD candidate, <a href="/PharmBU/">BU Pharmacology💊</a>, for working w Katie on this award! &amp; thank you <a href="/BU_UROP/">BU UROP</a> for your support!
SfN Journals (@sfnjournals) 's Twitter Profile Photo

#eNeuro: Borrelli & Yao, Camron Bryant et al. Boston U Chobanian & Avedisian School of Medicine describe a mouse model for Neonatal Opioid Withdrawal Syndrome that leads to sex-dependent differences in neonatal withdrawal behaviors and brainstem gene expression. eneuro.org/content/8/5/EN…

#eNeuro: Borrelli &amp; Yao, <a href="/CamronBryantPhD/">Camron Bryant</a> et al. <a href="/BUMedicine/">Boston U Chobanian & Avedisian School of Medicine</a> describe a mouse model for Neonatal Opioid Withdrawal Syndrome that leads to sex-dependent differences in neonatal withdrawal behaviors and brainstem gene expression.  eneuro.org/content/8/5/EN…
Camron Bryant (@camronbryantphd) 's Twitter Profile Photo

I'm RT'ing to promote Jacob Beierle, PhD candidate in BU Pharmacology💊 and 1st author of this paper who will defend late spring/early summer and is on the job market. He's super talented in mouse behavior, proteins, quant. genetics, & genomics & wants to branch out humans.

Camron Bryant (@camronbryantphd) 's Twitter Profile Photo

Kelly Wingfield's (PhD candidate, BU Pharmacology💊) abstract "Behavioral differences in neonatal opioid withdrawal syndrome (NOWS) model traits in FVB substrains following perinatal morphine exposure", was selected for a talk at CPDA Conference 2017 at Northeastern Univ. #slaying #killingit

BU Experts (@buexperts) 's Twitter Profile Photo

While harmless moles are common, some grow until they turn into melanoma, the most deadly type of skin cancer. New Boston U Chobanian & Avedisian School of Medicine research shows activating a set of genes—the Hippo tumor suppressor pathway—restrains the growth of melanoma cells in moles. ➡️ spr.ly/6005zNScH

While harmless moles are common, some grow until they turn into melanoma, the most deadly type of skin cancer. New <a href="/BUMedicine/">Boston U Chobanian & Avedisian School of Medicine</a> research shows activating a set of genes—the Hippo tumor suppressor pathway—restrains the growth of melanoma cells in moles. ➡️ spr.ly/6005zNScH
Stef Gallas Puig, Ph.D.🇲🇽🇫🇷🇺🇲 (@stefpuig) 's Twitter Profile Photo

New publication, exploring sex and circadian gene interactions on fentanyl-mediated side-effects! Sex‐specific role of the circadian transcription factor NPAS2 in opioid tolerance, withdrawal and analgesia onlinelibrary.wiley.com/doi/10.1111/gb…