Alejandro Carmona Jimenez
@aleexcj98
PhD Student, Department of Genetics UCO
Chickpea improvement
Genetics 🧬 & Bioinformatics 💻
ID: 2282508822
08-01-2014 18:40:28
10 Tweet
68 Followers
64 Following
Alejandro Carmona Jimenez y sus directores de tesis Jose V. Die y Patricia felices por la publicación de su primer artículo. Enhorabuena, compañero👏🏼👏🏼👏🏼
Congratulations Alejandro Carmona Jimenez on your first (and first author!) publication. That's just the beginning! ETSIAM - Universidad de Córdoba
Let´s celebrate. The thrill of the first publication! Alejandro Carmona Jimenez, keep up your enthusiasm and maintain your profound and honest work. Inspiring . So fortunate to have you in our team. 🎉 Frontiers - Plant Science ETSIAM - Universidad de Córdoba (picture credit : @castelaura92)
Felicidades a nuestro compañero Francisco Andrade Martín por la publicación de su primer artículo como primer autor👏🏼👏🏼 por muchos éxitos más🌾🌾
📢 Check this out! What a beautiful job by Adrián Pérez Rial. In our latest publication , we developed and studied a pair of near-isogenic lines in #chickpea to characterize one of our favorite traits: flowering time. 📷#PlantScience #Genetics BMC bmcplantbiol.biomedcentral.com/articles/10.11…
Thrilled to see this beautiful study published. My first first-author publication! Grateful to be part of this fantastic research team and to contribute to the chickpea breeding program at Dept. Genetics ETSIAM - Universidad de Córdoba
At the XVIII National Congress of Sociedad Española de Ciencias Horticolas , Adrián Pérez Rial presents a genomic atlas 🧬 of drought tolerance 💧 in Castanea sativa. A fantastic achievement 🏆 and truly impressive ✨, especially considering it was done without access to the reference genome sequence 📉🌱
(1/2) 🌿👨🔬 #Rafael_Postigo presents a systematic method for 🧬 'supermale' diagnosis in #asparagus breeding using quantitative real-time PCR, at the XVIII National Congress of Sociedad Española de Ciencias Horticolas. #SECHVLC2025
In our #chickpea breeding program, we use wild material to introgress genes of interest into the cultivated species. 🌿👨🔬 Alejandro Carmona Jimenez presents his study to characterize pod dehiscence (one unintended effect) using interspecific recombinant populations at #SECHVLC2025 🧬💻