Alba Vilchez Acosta
@Albavalvil
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Neuroscientist. Postdoctoral fellow @OcampoLab. Passionate about brain aging.
Sevilla, Barcelona, Lausanne
Joined September 2011
RT @MateMaus: PhD position: Tumor Immunology and Aging – investigate the role of aged myeloid cells in tumorigenesis and immune evasion….
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RT @ydeigin: ❇️ New brain partial reprogramming results from the @OcampoLab and YouthBio: neuron-specific partial reprogramming ameliorates….
biorxiv.org
Age-associated neurodegenerative disorders represent significant challenges due to progressive neuronal decline and limited treatments. In aged mice, partial reprogramming, characterized by pulsed...
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RT @ydeigin: ❇️ New brain partial reprogramming results from the @OcampoLab and YouthBio: neuron-specific partial reprogramming ameliorates….
biorxiv.org
Age-associated neurodegenerative disorders represent significant challenges due to progressive neuronal decline and limited treatments. In aged mice, partial reprogramming, characterized by pulsed...
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RT @OcampoLab: Extremely happy to present our new manuscript investigating the role of epigenetic dysregulation as driver of mammalian agin….
biorxiv.org
Aging is the major risk factor for most human diseases and represents a major socio-economical challenge for modern societies. Despite its importance, the process of aging remains poorly understood....
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RT @OcampoLab: New Preprint Alert! Induction of in vivo reprogramming in C. elegans has negative effects during development and is highly t….
biorxiv.org
In the last decade, cellular reprogramming of fully differentiated cells to pluripotent stem cells has become of great interest. Importantly, cellular reprogramming by expression of Oct4, Sox2, Klf4,...
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RT @OcampoLab: New preprint from the lab. Comparative analysis of previously established and novel reprogrammable mouse strains. Goal: gene….
biorxiv.org
In vivo reprogramming through the forced expression of Oct4, Sox2, Klf4, and c-Myc (OSKM) has demonstrated great potential for reversing age-associated phenotypes, as the combination of these...
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RT @sarapico7: Happy to share our latest preprint! 🐭🧬We conducted a comparative analysis across multiple reprogrammable strains, tissues, a….
biorxiv.org
In vivo reprogramming through the forced expression of Oct4, Sox2, Klf4, and c-Myc (OSKM) has demonstrated great potential for reversing age-associated phenotypes, as the combination of these...
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RT @DaniBeckman: Important text by @MathiasJucker about accidental inoculation of seeds that can cause Alzheimer's disease many decades lat….
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RT @NatMetabolism: NEWS & VIEWS | Alba Vílchez-Acosta et al. (@unil) comment on:. Vit. B12-dependent #metabolism is a limiting factor for c….
nature.com
Nature Metabolism - By analysing the effect of disrupting microbiota during in vivo reprogramming, Kovatcheva et al. demonstrated that vitamin B12-dependent metabolism is a limiting factor for...
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RT @NatureAging: Online now! Parras et al report a reprogrammable mouse strain with attenuated toxicity as a tool to advance the applicatio….
nature.com
Nature Aging - Partial reprogramming to enhance regeneration and mitigate age-related phenotypes is limited by toxicity. Parras et al. report a transgenic reprogrammable mouse strain with...
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RT @D_dToro: Happy to share our collaborative preprint with @neurocientific and Ruediger Klein. We show that Yamanaka factors induction exp….
biorxiv.org
Yamanaka factors (YFs) can reverse some aging features in mammalian tissues, but their effects on the brain remain largely unexplored. Here, we induced YFs in the mouse brain in a controlled spatio...
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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 .
nature.com
Nature Aging - In vivo reprogramming by expression of the transcription factors OCT4, SOX2, KLF4, and MYC (OSKM factors) has been associated with early mortality and cancer. We report that these...
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RT @ParrasAlbert: Impressive work! Overwhelming amount of data, made possible by the amazing team @OcampoLab. Special mention to @Albavalvi….
nature.com
Nature Aging - Partial reprogramming to enhance regeneration and mitigate age-related phenotypes is limited by toxicity. Parras et al. report a transgenic reprogrammable mouse strain with...
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RT @GDesdin: Excited to share my first postdoc paper!!!! .This work has been a team work. I enjoyed working with .@….
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RT @sarapico7: So happy to share our latest publication from @OcampoLab !!. @ParrasAlbert @Albavalvil @GDesdin @aocampox.
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RT @OcampoLab: Very excited to share the latest paper from our laboratory where we investigated the adverse effects of in vivo reprogrammin….
nature.com
Nature Aging - Partial reprogramming to enhance regeneration and mitigate age-related phenotypes is limited by toxicity. Parras et al. report a transgenic reprogrammable mouse strain with...
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RT @NatMetabolism: Online now! Vitamin B12 emerges as key player during cellular reprogramming .
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RT @GDesdin: We are happy to share our News & Views about the recent paper of @martakova and #ManuelSerrano Vitami….
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RT @DaniBeckman: What's the biggest difference between a neuron from a young vs. an aged primate? It is not the length of the axon and dend….
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It has been a great pleasure being part of the.@ibis_sevilla. Researchers Forum! Thanks you to all the organizers for this amazing Forum!.
🟠 IBiS Researchers Forum 2023 | . 👩🔬🐭Alba del Valle Vilchez Acosta (@OcampoLab, @unil) talking about epigenetic reprogramming of aging in mice. Really cool!! 👏👏👏👏
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