Turan Aghayev

Interested in neuroendocrinology, immunology, brain aging, liver and microbiota in health and disease. PhD @KatyaKoltsova & @SGrivennikov. Postdoc @VilledaLab.

[UCSF Bakar Aging Research Institute @UCSFAging]

We're excited to announce our recipients of the BARI postdoctoral fellowships! Congrats @JonathanBayerl @TuranAghayev @ColineArnould1 @JeremieRispal, Jery Joy, Kate Cavanaugh, and Gurcharan Kaur!

[Ruslan Medzhitov @RMedzhitov]

Evolutionary Medicine, 2nd Ed
Will be out in a couple of weeks!

[Turan Aghayev @TuranAghayev]

@JoAl_Beane @ETiterina @OSUWexMed @OhioStateMed @OhioStateSurg @DrRPollock @AleLaFerlita90 @CareSarcoma @CureSarcoma @reininsarcoma @SachinSarcoma Awesome @ETiterina!

[Turan Aghayev @TuranAghayev]

@param_p_singh @BrunetLab Congratulations!👏

[Adam Schroer @AdamSchroer3]

Excited to share our work out now out in @Nature ! @VilledaLab @UCSFAging @SCAgingBrain
Platelet factors attenuate inflammation and rescue cognition in ageing | Nature https://t.co/aonUSjVpr7

[Turan Aghayev @TuranAghayev]

It seems like it is gonna be wild😉

[Eric Topol @EricTopol]

Does young blood improve cognition and help prevent dementia for people of advanced age? A review of putative mechanisms underpinning the brain rejuvenation hypothesis
https://t.co/mHqYdXKqbH
@NatureNeuro @VilledaLab @UCSFAging

[Koltsova Lab @KatyaKoltsova]

Great time to start tweeting. Happy to share our paper “Interleukin-27 signaling serves as an immunological checkpoint for innate cytotoxic cells to promote hepatocellular carcinoma” finally published in Cancer Discovery @CD_AACR. 1/1 https://t.co/46imoHUWK9

[Elizabeth McKenna @ElizSMcKenna]

Now in @CD_AACR: Interleukin-27 Signaling Serves as an Immunological Checkpoint for Innate Cytotoxic Cells to Promote #HepatocellularCarcinoma @TuranAghayev @aleks_mazik Jennifer Fang @KatyaKoltsova et al @CSCancerCare @CedarsSinai @FoxChaseCancer @theNCI https://t.co/wSmBrQNVPw

[Mark Budde 🦕🏆 @markwbudde]

Primordium is now offering everyone the chance to sample our full-plasmid sequencing service for FREE - never use Sanger sequencing again! Please retweet this message and we'll DM you a coupon to sequence 5 ENTIRE PLASMIDS 100% FREE, no CC or PO needed. https://t.co/U4WeR2ftjL 5/

[Cathrine Sant @cathrine_sant]

When you tell an 'omics lab to dress up for Halloween.. @doctorcorces

[John Lukens @LukensJohnR]

Gut feeling about glia: Regulation of intestinal immunity and tissue repair by enteric glia
https://t.co/Qzo0KGfyx7

[John F. Cryan @jfcryan]

More evidence for Perturbations in Gut Microbiota Composition in Psychiatric Disorders https://t.co/JUt04GZfPQ

This systematic review and meta-analysis found that gut microbiota perturbations were associated with a transdiagnostic pattern
via @JAMAPsych

[The Calipari Lab @TheCalipariLab]

Proud of the work by the lab that just came out!

We recorded dopamine across a wide range of behavioral tasks and find that dopamine release patterns in the NAc core are best explained by perceived saliency coding and not reward prediction error.

https://t.co/DIKTV9t70t

[John F. Cryan @jfcryan]

In 1895, on turning 50, Elie Metchnikoff became increasingly anxious about ageing....

Read how this influenced our research.. https://t.co/4lpMjRS0JR via @ConversationUK

[Prof. Kevin J. Tracey, MD @KevinJTraceyMD]

For many years we have studied nervous system mechanisms that regulate inflammation. A major finding is the vagus nerve inhibits inflammation via acetylcholine. Here we discovered the nervous system can also stimulate inflammation via HMGB1.
https://t.co/vbuU6E8i7B

[Katie Guzzetta 🌻 @ktguzz]

Delighted to share my first (co)first author paper “#Microbiota from young mice counteracts selective age-associated behavioral deficits” out today @NatureAging. Thank you to everyone involved, especially co1st authors @BoehmeMarcus @Thomazsan
🧵1/ ...

https://t.co/4hQCLSuoDl

[Turan Aghayev @TuranAghayev]

@NeuroscienceNew It makes total sense because before reaching a goal or reward, dopamine in small portions should keep us on the way to that.

[Turan Aghayev @TuranAghayev]

A human apolipoprotein L with detergent-like activity kills intracellular pathogens https://t.co/h9xAGpe7rB

[Cell Metabolism @Cell_Metabolism]

FXR activation protects against NAFLD via bile-acid-dependent reductions in lipid absorption https://t.co/gHJmEubg8I