Horse filming day for our project applying artificial vision on phenotyping horse functionality.
Thanks a lot to #hierrodelbocado yeguada for receiving us :)
Our lab has been accredited in Program Trebol! We’re now doing science in a much more environmentally friendly way: cutting waste, saving energy and water, better disposal practices, and inspiring our whole community to do the same. #ProgramTrebol#SustainableScience#GreenLab
Hoy he presentado mi charla "Clones que no son tan clones: Caracterización de variantes mitocondriales en caballos de polo clonados" para las Jornadas Andaluzas de Bioinformática. ¡Gracias por la oportunidad! 🧬👩🏻💻
@CitogenomicsLAB#JABI2026
Estas jornadas se celebrarán en Córdoba del 27 al 29 de abril y reúnen a la comunidad bioinformática andaluza en un espacio de intercambio y colaboración científica 👥
📢 El próximo 29 de abril presentaré mi charla "Clones que no son tan clones: Caracterización de variantes mitocondriales en caballos de polo clonados" en #JABI2026 🐴🧬👩🏻💻
Great day learning how new technologies are shaping the future of equine reproduction, especially relevant for the generation of the clones I’m studying 🐴 @CitogenomicsLAB
Special emphasis was given to donkeys, where these techniques are still understudied. However, they could contribute significantly to the conservation of the endangered Asno Andaluz 🧬
Excited to share that our paper is featured on the cover of the latest issue of Animals! 🐴🧬
Check it out here: https://t.co/TcXKfVJOsB
@CitogenomicsLAB@NoraimonS
I’m happy to share that the first paper of my PhD thesis has been published 🎉
In this study, we investigate the potential role of lncRNAs in reproductive fitness in Pura Raza Española mares 🐴🧬
I’m grateful to all the co-authors who made this work possible.
@CitogenomicsLAB
🧬¿Qué hay detrás de la fertilidad de las yeguas #PRE? 🐴
Nuevo artículo sobre la caracterización funcional de lncRNAs asociados a la aptitud reproductiva. Descifrando el genoma para mejorar la cría.
Leer más 👇
https://t.co/cMiaSvTlLa
How do non-coding regions impact mare fertility?lncRNAs & DNA:RNA triplexes are key regulators of fertility in PRE mares. Understanding these molecular "switches" in CpG islands opens a roadmap for better breeding strategie. #HorseGenomics https://t.co/30QJycTv6W @Animals_MDPI