Raissa Fonseca (@raissaf) 's Twitter Profile
Raissa Fonseca

@raissaf

ID: 42228977

calendar_today24-05-2009 15:37:02

130 Tweet

255 Followers

344 Following

Maximilien Evrard (@maxevrard) 's Twitter Profile Photo

Want to know how CAR-T cells expressing Flt3L can induce DC expansion and promote endogenous CD8 responses? Check out this awesome study from Junyun Lai @mardianasherlz Prof Paul Beavis and others in Nature Immunology 👇

Marco Kuenzli (@kuenzlimarco) 's Twitter Profile Photo

For those who'd like to read our @ImmunologyKing spotlight article on a exciting study from the Masopust Vezys Lab lab focussing on Trm plasticity, here's the free access link: authors.elsevier.com/c/1b8Uc5Eb0Rjf… Raissa Fonseca lalit beura Clare Quarnstrom Beura_lab@Brown

For those who'd like to read our @ImmunologyKing spotlight article on a exciting study from the <a href="/Masopust_Vezys/">Masopust Vezys Lab</a> lab focussing on Trm plasticity, here's the free access link:
authors.elsevier.com/c/1b8Uc5Eb0Rjf…
<a href="/raissaf/">Raissa Fonseca</a> <a href="/Lalit_Beura1/">lalit beura</a> <a href="/cfconemac/">Clare Quarnstrom</a> <a href="/BeuraLab/">Beura_lab@Brown</a>
lalit beura (@lalit_beura1) 's Twitter Profile Photo

We are looking for a Research Assistant to join our group. Are you interested in T cell immunology or know some one who might be? This will be an excellent opportunity to learn and grow. Please apply-brown.wd5.myworkdayjobs.com/staff-careers-… Please RT.

Journal of Experimental Medicine (@jexpmed) 's Twitter Profile Photo

.@K_Hochheiser et al identify Ptpn2 & KLRG1 as new regulators of CD103+ CD8+ TRM cells in skin. KLRG1 inhibits TRM formation, but genetic Ptpn2 deficiency increases the protective function of TRM cells in infection but aggravates TRM-dependent autoimmunity bit.ly/3sYxKzb

.@K_Hochheiser et al identify Ptpn2 &amp; KLRG1 as new regulators of CD103+ CD8+ TRM cells in skin. KLRG1 inhibits TRM formation, but genetic Ptpn2 deficiency increases the protective function of TRM cells in infection but aggravates TRM-dependent autoimmunity bit.ly/3sYxKzb
Bill Heath (@profbillheath) 's Twitter Profile Photo

CD8 + and CD4 + T Cells Infiltrate into the Brain during Plasmodium berghei ANKA Infection and Form Long-Term Resid… pubmed.ncbi.nlm.nih.gov/34400523/ Proud of the nice imaging in our paper. Made the front cover too, for the first time in my career!

SBS EMCRA (@sbsemcra) 's Twitter Profile Photo

Congratulations to our four DECRA recipients from the School of Biomedical Sciences! 🥳 Dr Carolien van de Sandt Dr Hui-Fern Koay Dr Justin Hardee Dr Raissa Fonseca 👏👏👏 biomedicalsciences.unimelb.edu.au/news-and-event…   Carolien van de Sandt Fern Koay 郭 Justin Hardee Raissa Fonseca

Doherty Institute (@thedohertyinst) 's Twitter Profile Photo

Meet Raissa Fonseca. A recent recipient of an ARC Discovery Early Career Research Award, she is looking into development of memory T cell responses. doherty.edu.au/news-events/ne… UniMelb MDHS Mackay Lab

Meet <a href="/raissaf/">Raissa Fonseca</a>. A recent recipient of an ARC Discovery Early Career Research Award, she is looking into development of memory T cell responses.
doherty.edu.au/news-events/ne…

<a href="/UniMelbMDHS/">UniMelb MDHS</a> <a href="/LMackayLab/">Mackay Lab</a>
Pam Rosato (@pcrosato1) 's Twitter Profile Photo

Our first pre-print is out! Majority of this work was done in the Masopust Vezys Lab lab CFI-UMN with Noah Veis Gavil, MD, PhD in collaboration with Clark Chen and Jianfang Ning. Thank you to them and all coauthors! Eyob Weyu Sathi Wijeyesinghe Shawn Musial Sanjay Dhawan 1/8 biorxiv.org/content/10.110…

Rhys Allan (@rhyscienceallan) 's Twitter Profile Photo

Happy to share new work from our lab WEHI (Walter and Eliza Hall Institute). Frustrated by the inability to activate heavily methylated genes Chan Wing Fuk fashioned a dCas9-TET1 based activation module he named TETact. Check it out 👇👇biorxiv.org/content/10.110…

Fabio (@fabioitaus) 's Twitter Profile Photo

I am pleased to have this out. #singlecell #multiomics to discover progenitor of #exhaustion in human viral specific CD8+ T cells (See below). Huge thank you to Raymond Louie @thiruni1 Dr Simone Rizzetto Kedzierska Lab Rowena Bull Preston L and others biorxiv.org/content/early/…

Doherty Institute (@thedohertyinst) 's Twitter Profile Photo

Congratulations to our researchers awarded $17.4 million in grants from NHMRC. Sharon Lewin Director impressed by the wide range of research spanning indigenous health, influenza, vaccine development and efficacy, and basic immunology. Read more: bit.ly/3zayS67

Congratulations to our researchers awarded $17.4 million in grants from NHMRC. <a href="/ProfSharonLewin/">Sharon Lewin</a> Director impressed by the wide range of research spanning indigenous health, influenza, vaccine development and efficacy, and basic immunology.

Read more: bit.ly/3zayS67
Journal of Experimental Medicine (@jexpmed) 's Twitter Profile Photo

.Maximilien Evrard Mackay Lab and colleagues Doherty Institute find that S1PR5 expression impairs TRM cell differentiation by preventing T cell entry and promoting T cell egress from peripheral tissues bit.ly/3nluiOh

.<a href="/maxevrard/">Maximilien Evrard</a> <a href="/LMackayLab/">Mackay Lab</a> and colleagues <a href="/TheDohertyInst/">Doherty Institute</a> find that S1PR5 expression impairs TRM cell differentiation by preventing T cell entry and promoting T cell egress from peripheral tissues bit.ly/3nluiOh
Mackay Lab (@lmackaylab) 's Twitter Profile Photo

🌟Excited to share our latest work on how functionally distinct skin TRM utilise different pathways to establish residency, published today in Science Magazine! A true labour of love by BFF Simone Park and Susan Christo! 👩‍🔬 Doherty Institute University of Melbourne UniMelb MDHS science.org/doi/10.1126/sc…