Anna Pallé (@_apalle) 's Twitter Profile
Anna Pallé

@_apalle

Postdoc at @salkinstitute | Tye Lab. Interested in social behavior, learning and memory

ID: 4062246759

calendar_today28-10-2015 18:09:32

274 Tweet

262 Followers

453 Following

Manuel Valero (@mvalero87) 's Twitter Profile Photo

Do you want to share your research at HMar Research Institute? The 2023 1st Christmas meeting for postdoctoral fellows and young faculty is open for applications. Don’t miss this opportunity!

Do you want to share your research at <a href="/HMar_research/">HMar Research Institute</a>? The 2023 1st Christmas meeting for postdoctoral fellows and young faculty is open for applications. Don’t miss this opportunity!
Kay M Tye PhD (@kaymtye) 's Twitter Profile Photo

Thrilled to announce the launch of our pilot run for the inaugural DISCOVER Salk Postdoc Symposium, where we invite potential postdocs to visit Salk Institute, meet faculty, take lab tours, join career development workshops and seed new collaborative opportunities that would be

Thrilled to announce the launch of our pilot run for the inaugural DISCOVER Salk Postdoc Symposium, where we invite potential postdocs to visit <a href="/salkinstitute/">Salk Institute</a>, meet faculty, take lab tours, join career development workshops and seed new collaborative opportunities that would be
Liset M de la Prida (@lmprida) 's Twitter Profile Photo

Now published in Brain Structure & Function !! Our immunohistochemical parcellation of human hippocampal fields DG, CA3, #CA2 & CA1 all along the head, body and tail. Includes stereo coordinates as templates for MRI segmentation. A collab with Carmen Cavada link.springer.com/article/10.100…

Caroline Jia (she/hers) (@carolinejia22) 's Twitter Profile Photo

PhD ✅ survived Kay M Tye PhD’s trainee roast ✅ thank you to everyone who joined my thesis defense in person/zoom. I am so grateful for all the support and love that I have been surrounded by the last few days. It’s been an absolute privilege to have trained in the tye lab.

PhD ✅ survived <a href="/kaymtye/">Kay M Tye PhD</a>’s trainee roast ✅ thank you to everyone who joined my thesis defense in person/zoom. I am so grateful for all the support and love that I have been surrounded by the last few days. It’s been an absolute privilege to have trained in the tye lab.
José Luis Trejo (@jltrejo2) 's Twitter Profile Photo

Our last work #JNeurosci SfN Journals revealing transgenerational transmission of exercise 🏃🏻‍♀️effects on brain 🧠 & potential mediating microRNAs 🧬. Current JNeurosci issue jneurosci.org/content/44/23/… Instituto Cajal-Centro de Neurociencias Cajal-CSIC CSIC Divulga SENC

Our last work #JNeurosci <a href="/SfNJournals/">SfN Journals</a> revealing transgenerational transmission of exercise 🏃🏻‍♀️effects on brain 🧠 &amp; potential mediating microRNAs 🧬. Current JNeurosci issue jneurosci.org/content/44/23/… <a href="/InstitutoCajal/">Instituto Cajal-Centro de Neurociencias Cajal-CSIC</a> <a href="/CSICdivulga/">CSIC Divulga</a> <a href="/SENC_/">SENC</a>
José Luis Trejo (@jltrejo2) 's Twitter Profile Photo

(collaborative) work out: huge impressive work by #MarioFFraga CINN in Nature Communications on rejuvenating aging hippocampus by enrichment & all possible omics💪🏻Thanks for allowing us to participate with mice enrichm and analyzing behav & neurogenic phenotype Instituto Cajal-Centro de Neurociencias Cajal-CSIC SENC

(collaborative) work out: huge impressive work by #MarioFFraga <a href="/NanoCINN/">CINN</a> in <a href="/NatureComms/">Nature Communications</a> on rejuvenating aging hippocampus by enrichment &amp; all possible omics💪🏻Thanks for allowing us to participate with mice enrichm and analyzing behav &amp; neurogenic phenotype <a href="/InstitutoCajal/">Instituto Cajal-Centro de Neurociencias Cajal-CSIC</a> <a href="/SENC_/">SENC</a>
Joshua Siegel (@realjoshsiegel) 's Twitter Profile Photo

We saw these changes across association cortex, but strongest in the default mode network (DMN), which is connected to the anterior hippocampus and is thought to create our sense of self. The amount of change strongly predicted the intensity of the mystical experience.

We saw these changes across association cortex, but strongest in the default mode network (DMN), which is connected to the anterior hippocampus and is thought to create our sense of self. The amount of change strongly predicted the intensity of the mystical experience.
Bitna Joo (@bitnajooo) 's Twitter Profile Photo

Join Us for the SfN Amygdala Social! 🎉 Please mark your calendars for a fun evening of networking and conversation. Looking forward to seeing you there! If you have any question please let me know! #sfn #SfN24 #amygdalasocial

Join Us for the SfN Amygdala Social! 🎉
Please mark your calendars for a fun evening of networking and conversation.
Looking forward to seeing you there!
If you have any question please let me know! #sfn #SfN24 #amygdalasocial
Kay M Tye PhD (@kaymtye) 's Twitter Profile Photo

So grateful to have had the privilege of working with all these amazing scientists and enjoying some hot pot with them!! #TyeLabFam ❤️ The lab is like a river, where it always keeps moving and changing, but always is still the same river, where every one flowing through makes a

So grateful to have had the privilege of working with all these amazing scientists and enjoying some hot pot with them!! #TyeLabFam ❤️ 

The lab is like a river, where it always keeps moving and changing, but always is still the same river, where every one flowing through makes a
Caitlin Vander Weele, PhD (@caitvw) 's Twitter Profile Photo

A reminder of the power of autonomy and the importance of creating spaces where we can thrive on our own terms. Here’s to setting boundaries, challenging expectations, and embracing our worth ✨

A reminder of the power of autonomy and the importance of creating spaces where we can thrive on our own terms.

Here’s to setting boundaries, challenging expectations, and embracing our worth ✨
Nancy Padilla Coreano (@drnancypadilla) 's Twitter Profile Photo

1/✨ New paper in #eNeuro! How do dominance behaviors vary across mouse strains? Turns out, it’s not one-size-fits-all! Comparing CD1 & C57 mice, we found strain-specific behaviors that could change how we study social hierarchy in the lab🧵 Paper here: tinyurl.com/bdeuf6s9

1/✨ New paper in #eNeuro! How do dominance behaviors vary across mouse strains? Turns out, it’s not one-size-fits-all!

Comparing CD1 &amp; C57 mice, we found strain-specific behaviors that could change how we study social hierarchy in the lab🧵

Paper here: tinyurl.com/bdeuf6s9
José Luis Trejo (@jltrejo2) 's Twitter Profile Photo

Our just published collaboration: disruptive article from Diane Mathis lab @HarvardMed in #Science Immunology Science Immunology. We reveal that T-reg cells in the meninges protect memory and adult hippocampal neurogenesis Instituto Cajal-Centro de Neurociencias Cajal-CSIC SENC CSIC Divulga

Our just published collaboration: disruptive article from Diane Mathis lab @HarvardMed in #Science Immunology <a href="/SciImmunology/">Science Immunology</a>. We reveal that T-reg cells in the meninges protect memory and adult hippocampal neurogenesis <a href="/InstitutoCajal/">Instituto Cajal-Centro de Neurociencias Cajal-CSIC</a> <a href="/SENC_/">SENC</a> <a href="/CSICdivulga/">CSIC Divulga</a>
Christopher Lee (@crlee94) 's Twitter Profile Photo

🧵1/ New preprint! 🧠 Loneliness is a state that is comprised of a constellation of features (drive to socialize, unpleasant state, heightened vigilance) and we found that these features map onto different parallel circuits.

Caroline Jia (she/hers) (@carolinejia22) 's Twitter Profile Photo

🧵1\New Preprint! Social pain, the emotional pain caused by aversive experiences with other individuals, is an umbrella term that includes experiences such as social isolation, social exclusion, social rejection, and social loss and can be used as a signal to drive a need state