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Gabriel Ascui Gac Profile
Gabriel Ascui Gac

@Gac664

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Ing. en Biotecnología Molecular, Uchile. Ex-Secretario General @CienciaContrato. Ex-Director @honorariosuch. Estudiante de doctorado en UC San Diego

Joined September 2011
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@Gac664
Gabriel Ascui Gac
1 month
Amazing single-cell analysis of intraepithelial ab T cells in mammary glads! Take a look to my former student's work in the lab of @ShikaRamanan ! in @NatImmunol.
@Silvia_galvan_p
Dr. Silvia Galván Peña
1 month
Delighted to finally see this story out. Congratulations to @ShikaRamanan and the rest of the team 🎉.
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@Gac664
Gabriel Ascui Gac
2 months
RT @corner_oc: ETH Fellowship 2025/26 in Switzerland 🇨🇭 (Fully Funded). Apply: 2 Years Fellowship for Internationa….
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@Gac664
Gabriel Ascui Gac
2 months
RT @KBoettcherLab: I am more than happy that our study on MAIT cells in MASLD and their role in liver cancer immunity is now out in Journal….
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@Gac664
Gabriel Ascui Gac
5 months
RT @CincyResearch: Congrats to Rana Herro and team! Combination therapy blocking TNF superfamily members 14 and 15 reverses #pulmonaryfibro….
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academic.oup.com
The Editors have selected this article as a highlight of the issue.
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@Gac664
Gabriel Ascui Gac
6 months
RT @glaulandskron: Busco tesista de pregrado o magíster (remunerada, incluye seguro escolar) durante 2025. Interesad@s enviar DM o al mail,….
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@Gac664
Gabriel Ascui Gac
6 months
RT @LabWaggoner: Crohn’s Disease-associated variant in laccase domain containing 1 (LACC1) modulates T cell gene expression, metabolism and….
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@Gac664
Gabriel Ascui Gac
6 months
RT @Derpology: Stand up for science!.@UCSD
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@Gac664
Gabriel Ascui Gac
6 months
Salió otro.
@LabWaggoner
Waggoner Lab
7 months
Innateness transcriptome gradients characterize mouse T lymphocyte populations @J_Immunol @MkronenbergLJI
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@Gac664
Gabriel Ascui Gac
7 months
RT @ELeeansyah: Happy to share our #MAIT lab @TsinghuaSIGS latest review on our favourite cell homing in intestinal homeostasis and inflamm….
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@Gac664
Gabriel Ascui Gac
8 months
RT @RockUPress: Insights in @JExpMed: Kronenberg and Ascui @ljiresearch discuss new work from Hosono et al. ( that….
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@Gac664
Gabriel Ascui Gac
9 months
RT @RockUPress: In @JExpMed, Hosono, Tomiyasu, Kasai et al. @Biken_RIMD_en et al. report the molecular detection of α-Galactosylceramide, a….
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@Gac664
Gabriel Ascui Gac
11 months
RT @NotoriousAirbnb: Airbnbs in Mission Beach, San Diego. 31% of housing supply here is entire-home, unhosted short-term rentals, almost a….
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@Gac664
Gabriel Ascui Gac
1 year
RT @SandbergLabKI: Happy to share our latest findings out today in @SciImmunology on tissue site adaptation of resident human mucosal-assoc….
science.org
Human MAIT cells exhibit tissue site–dependent adaptation and functional specialization.
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@Gac664
Gabriel Ascui Gac
1 year
RT @Consweesweee: Awesome study on RIG-I-like receptor DRH-1 in intestinal cells! . Congrats ⁦@l_batachari⁩ on the new publication!🎉🎉🎉. htt….
pnas.org
Upon sensing viral RNA, mammalian RIG-I-like receptors (RLRs) activate downstream signals using caspase activation and recruitment domains (CARDs),...
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@Gac664
Gabriel Ascui Gac
1 year
RT @biorxiv_immuno: Expansion of mammary intraepithelial lymphocytes and intestinal inputs shape T cell dynamics in lactogenesis https://t….
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@Gac664
Gabriel Ascui Gac
1 year
RT @NatureProtocols: #FeaturedProtocol this week is for #spatialomics analyses of the murine #gastrointestinaltract via an optimized Swiss-….
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@Gac664
Gabriel Ascui Gac
1 year
RT @yingcong_li: Super excited to share one of my PhD thesis projects on T cells in inflammatory bowel disease pathogenesis!.
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@Gac664
Gabriel Ascui Gac
1 year
RT @NatImmunol: Vijayanand and colleagues find that stem-like T cells are associated with pathogenesis in ulcerative colitis. Read it here:….
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nature.com
Nature Immunology - Li et al. identify a human TCF1-expressing stem-like T cell population that is associated with immune-mediated pathogenesis in ulcerative colitis.
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@Gac664
Gabriel Ascui Gac
1 year
RT @ELeeansyah: Extremely proud to share this latest work from my lab @TsinghuaSIGS in @ScienceAdvances on understanding #MAIT cell recruit….
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science.org
Patient-derived organoid model reveals the mechanism of MAIT cell recruitment and pathological roles in acute appendicitis.
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