Skip to Main Content
upf.edu
  • Studies
  • Research
  • Knowledge transfer
  • Services
  • University
Information addressed to ...
  • Prospective students
  • Alumni
  • International students
  • Companies and organizations
  • Media
Contact Online office
En
CG
Campus Global
RDI Portfolio
  • Areas of knowledge
    • Health and Life Sciences
    • Information & Communication Technologies
    • Social Sciences and Humanities
  • Type of content
    • Technologies / Software
    • Patents
    • Research groups
    • Spin-off
  • About
More ...
RDI Portfolio
  • Areas of knowledge
    • Health and Life Sciences
    • Information & Communication Technologies
    • Social Sciences and Humanities
  • Type of content
    • Technologies / Software
    • Patents
    • Research groups
    • Spin-off
  • About
upf.edu
  • Studies
  • Research
  • Services
  • University
Information addressed to...
  • Prospective students
  • Alumni
  • International students
  • Companies and organizations
  • Media
Contact
Menú
En
CG
Campus Global
  • inici /
  • Content
  • /
  • Research Group - NFAT proteins and immune cells

Research Group - NFAT proteins and immune cells

The Research Group on NFAT Proteins and Immune Cells is led by Dr. Cristina López Rodríguez and Dr. José Aramburu. Their interests are centered on studiying the role of NFAT transcription factors in the regulation of gene expression in immune cells and the influence of stress adaptation responses in immune cell functions. They have focused their recent work on NFAT5, a distinct Rel-like protein with hybrid features between NF-κB and the calcineurin-regulated NFATc, to whose characterization our group has contributed significantly. We have generated NFAT5-deficient mouse models to elucidate specific roles for NFAT5 in the immune system, identified pathways connecting cell growth-regulatory mechanisms with stress adaptation responses, and uncovered an unsuspected role for NFAT5 in anti-pathogen defenses. On the other hand, they also focus their work on understanding how immune cells interpret specific stress signals in different growth and differentiation contexts to modify their functional capabilities in an organism.

Research group website

Connect
  • Innovation Unit - UPF Business Shuttle
  • Contact
  • Our team
Follow us
Tech transfer office
  • The Innovation Unit - UPF Business Shuttle manages the transfer of the research results and capabilities shown in this website.

© Universitat Pompeu Fabra
Barcelona
T.(+34) 93 542 20 00

  • Legal notice
  • Accessibility
  • Technical note

We use cookies to deliver personalized content, analyze trends, administer the site, track user movements on the site, and collect demographic information about our user base as a whole. Accept all cookies for the best possible experience on our website or manage your preferences. Legal notice