📢 PhD position available in my lab at CBM-CSIC/UAM (Madrid)!
We’re looking for a motivated candidate to study how metabolism shapes metastatic organotropism and uncover organ-specific metabolic vulnerabilities.
📩 [email protected]
📅 Deadline: 30 Oct 2026
Please RT!
📤Excited to share our new paper in @PNASNews! 🎉
How does cannabinoid tolerance develop with repeated exposure?
We found that sustained CB1R activation triggers a pathway leading to its own degradation:
CB1R → PLC–PKC → NEDD4L → ubiquitination → proteasomal degradation
My latest research on Breast cancer metastasis has just been published with @springerNature in Signal Transduction and Targeted Therapy. Read more: https://t.co/744HSx3dwZ
📤Excited to share our new paper in @PNASNews! 🎉
How does cannabinoid tolerance develop with repeated exposure?
We found that sustained CB1R activation triggers a pathway leading to its own degradation:
CB1R → PLC–PKC → NEDD4L → ubiquitination → proteasomal degradation
Big congratulations to Alicia, our fantastic first author, who led this work and uncovered how NEDD4L-driven CB1R ubiquitination contributes to cannabinoid tolerance. So proud of what she and the team accomplished! 🎉
📄 Read the paper: https://t.co/hY9afuSrgD
@PNASNews
🔔New from our lab! With @bolanosjuanp and @MarsicanoLab, we show that adolescent THC induces a transient, sex-specific mitochondrial mechanism in astrocytes that drives lasting behavioral effects. Supported by @CaixaResearch. Congrats to all co-authors!
https://t.co/aQiJBBinLp
Back from Boston HD2026 Milton Wexler Meeting. Thanks @hdfcures for organizing it. Excellent science and discussion to advance in the understanding and cure of HD. Very grateful for the opportunity to present our latest work, including promising news from #HUNTIAM clinical trial
Excited to share our first story led by @MartinaCapriat! How do cells control the expression of viability genes? We find that single transcription factors can drive both chromatin opening and gene activation from densely co-bound CpG island promoters, including at essential genes
Exciting news 📣 The first preprint from Grand lab (@RalphSGrand ) is out 🧬
How are essential genes controlled?
By rapid degradation and recovery of TFs alone or in combination, we show that essential genes rely on a single dominant TF, despite dense co-binding.
I’m beyond thrilled to share that my MSCA Postdoctoral Fellowship has been selected for funding! 🎉
Super excited for the science ahead at @JJLucasLab@CBM_CSIC_UAM@CSIC. Stay tuned! 🧑🔬
Potentiation of mitochondrial function by mitoDREADD-Gs reverses pharmacological and neurodegenerative cognitive impairment in mice
https://t.co/j8GJXVrkDT
#JNeurosci: @MarotoIrene@Carlos_Costas@MarsicanoLab et al. reveal an important role of GAP43 in corticostriatal function and provide a new mouse model with a delimited neuronal-circuit alteration for basic and translational researchers in the mental-health field. @BBM_UCM@unicomplutense
https://t.co/ib4BSfYGhk
Finally out https://t.co/NwSmunseCb the study (led by @xsalvatella1 & @RMendezLab) with the biophysical explanation for the profound effect of the microexon of CPEB4 as cause of autism, that we previously reported back in 2018
@ParrasAlbert @GeschwindLab@mirimiam@hervas_millan