PhD position: Tumor Immunology and Aging – investigate the role of aged myeloid cells in tumorigenesis and immune evasion
For more information or inquiries, please contact us at [email protected]
Application guidelines: https://t.co/Md7C7aXXMe
❇️ New brain partial reprogramming results from the @OcampoLab and YouthBio: neuron-specific partial reprogramming ameliorates age-related decline in memory and learning:
https://t.co/Qzj6AK2zuF
👏 Congratulations @Albavalvil and all coauthors!
❇️ New brain partial reprogramming results from the @OcampoLab and YouthBio: neuron-specific partial reprogramming ameliorates age-related decline in memory and learning:
https://t.co/Qzj6AK2zuF
👏 Congratulations @Albavalvil and all coauthors!
Extremely happy to present our new manuscript investigating the role of epigenetic dysregulation as driver of mammalian aging. Congratulations to @calidamrabti and all the authors and collaborators for the fantastic work!! https://t.co/XcFV1bFV0N
New Preprint Alert! Induction of in vivo reprogramming in C. elegans has negative effects during development and is highly toxic. Congratulations to @haque_nibrasul members of @OcampoLab and collaborators! The best is yet to come! 🪱 https://t.co/JEwKW1Ketj
New preprint from the lab. Comparative analysis of previously established and novel reprogrammable mouse strains. Goal: generate new tools to achieve significant organismal rejuvenation and lifespan extension in wild type mice!
https://t.co/aL44z4TAS3
Happy to share our latest preprint! 🐭🧬We conducted a comparative analysis across multiple reprogrammable strains, tissues, and expression methods, presenting a comprehensive atlas for improving in vivo reprogramming research! @Albavalvil@OcampoLab
https://t.co/5LbfB8lphn
NEWS & VIEWS | Alba Vílchez-Acosta et al. (@unil) comment on:
Vit. B12-dependent #metabolism is a limiting factor for cellular reprogramming & plasticity, & could be a therapeutic supplement for improving tissue repair.
#vitamins
https://t.co/1raE68PbaY
Online now! Parras et al report a reprogrammable mouse strain with attenuated toxicity as a tool to advance the application and understanding of in vivo reprogramming @aocampox @ParrasAlbert @Albavalvil@Gdesdin@sarapico7 https://t.co/OXoTD09qXE https://t.co/6jf3NxBV6n
Happy to share our collaborative preprint with @neurocientific and Ruediger Klein. We show that Yamanaka factors induction expand the cortex and enhance cognitive skills. Moreover, their induction protect against neurodegeneration in a mouse model of AD. https://t.co/gPlFt5I5Qs
Very excited to share our Research Briefing where we discuss the latest paper from our lab regarding the “dark side” of in vivo reprogramming @GDesdin. Thank you to the amazing team @ocampoLab @ParrasAlbert @sarapico7@CalidaMrabti
https://t.co/1Z4yZgRjIX
Impressive work! Overwhelming amount of data, made possible by the amazing team @OcampoLab. Special mention to @Albavalvil, @sarapico7, and @GDesdin.
https://t.co/YpPVM31zsl
Excited to share my first postdoc paper!!!! https://t.co/SFsJBYajAI
This work has been a team work. I enjoyed working with
@Albavalvil and @ParrasAlbert
!!! Big thanks to @sarapico7@CalidaMrabti, @kgiperez. I am grateful for the opportunity to learn from @aocampox about PR.
Very excited to share the latest paper from our laboratory where we investigated the adverse effects of in vivo reprogramming. We hope that our work can help this very promising field to move forward. Congratulations to the authors and collaborators! https://t.co/YvuFJ6ZnbL
We are happy to share our News & Views about the recent paper of @martakova and #ManuelSerrano https://t.co/D8fiGOZisH
Vitamin B12 emerges as key player during cellular reprogramming
@Albavalvil@OcampoLab