Martínez-Rivera FJ (@freddysonj) 's Twitter Profile
Martínez-Rivera FJ

@freddysonj

asst prof @UFNeuroscience @UFMBI

ID: 1132310334738505729

linkhttps://www.martinezriveralab.org/ calendar_today25-05-2019 15:39:55

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Dr. Jennifer Blaze (@jblaze8911) 's Twitter Profile Photo

One of the last two papers from my work in AkbarianLab is out! Another extremely collaborative effort to profile tRNAs in conjunction with the proteome and amino acid content in brains of MDD patients who died by suicide. nature.com/articles/s4138…

Dr. Angélica Torres-Berrío 🇨🇴👩🏻‍🔬🧠🧬🚴🏻‍♀️ (@angelica_atb) 's Twitter Profile Photo

The Torres-Berrío Laboratory at MGH Lurie Center for Autism seeks a research technician with a molecular biology and behavioral analysis background. You can apply for this position by following the link below: 👇 …sgeneralbrigham.wd1.myworkdayjobs.com/MGBExternal/jo…

Darby Saxbe (@darbysaxbe) 's Twitter Profile Photo

I need people to understand how difficult it is to get an NIH grant. You spend months writing a proposal, following strict guidelines that include a detailed multiyear budget, bios of everyone on your team, plans for participant safety & ethical conduct. Then you send it off -1/n

BBRFoundation (@bbrfoundation) 's Twitter Profile Photo

We are pleased to announce the opening of applications for the 2025 BBRF Young Investigator Grant. All applications must be submitted online. Please visit our website to submit your application. ow.ly/BWxK50URsiH . #mentalhealth #neuroscience #mentalillness

We are pleased to announce the opening of applications for the 2025 BBRF Young Investigator Grant. All applications must be submitted online. Please visit our website to submit your application. ow.ly/BWxK50URsiH
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#mentalhealth #neuroscience #mentalillness
UF McKnight Brain Institute (@ufmbi) 's Twitter Profile Photo

Our latest MBI Researcher Highlight features Dr. Freddyson Martínez-Rivera, a FLORIDA assistant professor of neuroscience who studies adaptive & dysfunctional behaviors in substance abuse, impaired decision-making and mood-associated disorders. Learn more: bit.ly/4i6N739

Our latest MBI Researcher Highlight features Dr. Freddyson Martínez-Rivera, a <a href="/UF/">FLORIDA</a> assistant professor of neuroscience who studies adaptive &amp; dysfunctional behaviors in substance abuse, impaired decision-making and mood-associated disorders.

Learn more: bit.ly/4i6N739
bioRxiv Neuroscience (@biorxiv_neursci) 's Twitter Profile Photo

Transcriptional Profiles in Nucleus Accumbens of Antidepressant Resistance in Chronically Stressed Mice biorxiv.org/content/10.110… #biorxiv_neursci

Mary Kay Lobo (@marykaylobo) 's Twitter Profile Photo

See the amazing line up of speakers for the Catecholamines GRC! Apply for GRC grc.org/catecholamines… & GRS grc.org/catecholamines…. In these uncertain times we appreciate any donation to support the participants in the GRC my.grc.org/p/contribution… & GRS my.grc.org/p/contribution…

See the amazing line up of speakers for the Catecholamines GRC!  Apply for GRC grc.org/catecholamines… &amp; GRS grc.org/catecholamines…. In these uncertain times we appreciate any donation to support the participants in the GRC my.grc.org/p/contribution… &amp; GRS my.grc.org/p/contribution…
Dr. Angélica Torres-Berrío 🇨🇴👩🏻‍🔬🧠🧬🚴🏻‍♀️ (@angelica_atb) 's Twitter Profile Photo

Treatment-resistant depression (TRD) is a condition affecting ~30% of patients treated with conventional antidepressants. Here, we profiled transcriptional changes potentially underlying TRD in a stress model. Trevonn Gyles Eric Parise Eric J. Nestler, MD, PhD 👇👇 biorxiv.org/content/10.110…

Eric Topol (@erictopol) 's Twitter Profile Photo

Of >105,000 participants with 30-year follow-up, only 9.3% achieved healthy aging (age 70, w/o any chronic diseases). Their diet was significantly associated with this outcome🧵 Nature Medicine

Of &gt;105,000 participants with 30-year follow-up, only 9.3% achieved healthy aging (age 70, w/o any chronic diseases). Their diet was significantly associated with this outcome🧵 <a href="/NatureMedicine/">Nature Medicine</a>
Eric J. Nestler, MD, PhD (@ericjnestler) 's Twitter Profile Photo

Proud to announcement publication of a study by Martínez-Rivera FJ, Leanne, and others in Nat. Commun. that report the transcriptional underpinnings in nucleus accumbens of withdrawal vs. extinction from cocaine self-administration. Friedman Brain Institute nature.com/articles/s4146…

Proud to announcement publication of a study by <a href="/FreddysonJ/">Martínez-Rivera FJ</a>, <a href="/holtlm90/">Leanne</a>, and others in Nat. Commun. that report the transcriptional underpinnings in nucleus accumbens of withdrawal vs. extinction from cocaine self-administration. <a href="/SinaiBrain/">Friedman Brain Institute</a> 
nature.com/articles/s4146…
Yun Young (Susan) Yim (@yys_yim) 's Twitter Profile Photo

Both my current PI, Eric J. Nestler, MD, PhD, and my PhD advisor, heidi hamm, have just been elected to the NAS! I’m incredibly honored to have been mentored by such brilliant scientists. Huge congratulations to both🎉🎉

Eric J. Nestler, MD, PhD (@ericjnestler) 's Twitter Profile Photo

Please see this new publication by Arthur Godino, Marine Salery, and others now online in nature. We show opposite roles for D1 vs D2 dopamine receptor- expressing neurons in ventral hippocampus in controlling approach-avoidance behavior. Friedman Brain Institute rdcu.be/ek2DS

Please see this new publication by Arthur Godino, Marine Salery, and others now online in <a href="/Nature/">nature</a>. We show opposite roles for D1 vs D2 dopamine receptor- expressing neurons in ventral hippocampus in controlling approach-avoidance behavior. <a href="/SinaiBrain/">Friedman Brain Institute</a>
rdcu.be/ek2DS
Ramon Sun (@rcsunlab) 's Twitter Profile Photo

🚨 New in Nature Communications: We present a spatial multi-omics platform that maps the metabolome, lipidome, and glycome from a single brain section. Combining MALDI imaging with our computational tool Sami, we reveal metabolic diversity in health and Alzheimer's disease. 🔗

🚨 New in <a href="/NatureComms/">Nature Communications</a>: We present a spatial multi-omics platform that maps the metabolome, lipidome, and glycome from a single brain section. Combining MALDI imaging with our computational tool Sami, we reveal metabolic diversity in health and Alzheimer's disease.
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