Institute for Integrative Systems Biology (@i2sysbio.bsky.social), @csic.es
visitor at @bsc-cns.bsky.social, @alfonsovalencia.bsky.social team
also at @arnaumontagud@fediscience.org
@athinacp.bsky.social
@eirini-tsirvouli.bsky.social
@hasanbalci.bsky.social
@ozanozisik.bsky.social
@arnaumontagud.bsky.social
@subbannayya.bsky.social
@mkutmon.bsky.social
Learn about their 5-year plan: www.immunoinformaticsjournal.com/article/S266...
@athinacp.bsky.social
@eirini-tsirvouli.bsky.social
@hasanbalci.bsky.social
@ozanozisik.bsky.social
@arnaumontagud.bsky.social
@subbannayya.bsky.social
@mkutmon.bsky.social
Learn about their 5-year plan: www.immunoinformaticsjournal.com/article/S266...
Finally, terrified, we sent it to PNAS @pnas.org.
After one round of review, reports came back: supportive. Positive.
Accepted 🎉 🎉
Finally, terrified, we sent it to PNAS @pnas.org.
After one round of review, reports came back: supportive. Positive.
Accepted 🎉 🎉
And computational biology is an essential component of biology.
(It is ridiculous to have to say this in 2025)
And computational biology is an essential component of biology.
(It is ridiculous to have to say this in 2025)
One more thing to fix in Spanish science!
One more thing to fix in Spanish science!
🧬🖥️ 👩🔬 🧪
The article explains how long-read transcriptomics enables the study of isoform expression, discovery of novel RNAs, gene annotation in understudied species, and differential expression between paternal and maternal chromosomes, etc.
🧬🖥️ 👩🔬 🧪
The article explains how long-read transcriptomics enables the study of isoform expression, discovery of novel RNAs, gene annotation in understudied species, and differential expression between paternal and maternal chromosomes, etc.
💶 The two positions are fully funded by a CIDE GenT project from GVA.
🔗 If interested, check the PDFs & stay tuned—positions open late spring/early summer for just 2 weeks! ⏳ Don’t miss out! 🧨
💶 The two positions are fully funded by a CIDE GenT project from GVA.
🔗 If interested, check the PDFs & stay tuned—positions open late spring/early summer for just 2 weeks! ⏳ Don’t miss out! 🧨
🎓 BSc and MSc in Computer Science or related.
💻 Strong C++, scientific computing, & HPC skills.
🚀 Experience with OpenMP, MPI, performance analysis is a big plus!
More info: drive.google.com/file/d/13toU...
🎓 BSc and MSc in Computer Science or related.
💻 Strong C++, scientific computing, & HPC skills.
🚀 Experience with OpenMP, MPI, performance analysis is a big plus!
More info: drive.google.com/file/d/13toU...
🌐 Ensuring scalability & efficiency with unit tests & CI/CD.
👇
🌐 Ensuring scalability & efficiency with unit tests & CI/CD.
👇
The tasks include:
⚡ Applying parallel & distributed computing expertise to agent-based simulations.
🛠️ Leveraging CAD tools & GUIs for simulation setup.
🔧 Developing physically-sound agent-based functions for tissue simulation.
👇
The tasks include:
⚡ Applying parallel & distributed computing expertise to agent-based simulations.
🛠️ Leveraging CAD tools & GUIs for simulation setup.
🔧 Developing physically-sound agent-based functions for tissue simulation.
👇
🎓 BSc and MSc in Biology, Biochemistry, Biotechnology, or related.
🧪 Knowledge of microbial metabolism, cell biology, & programming.
💡 Experience with metabolic/signalling models or single-cell analysis is a plus!
More info: drive.google.com/file/d/1Bfc2...
🎓 BSc and MSc in Biology, Biochemistry, Biotechnology, or related.
🧪 Knowledge of microbial metabolism, cell biology, & programming.
💡 Experience with metabolic/signalling models or single-cell analysis is a plus!
More info: drive.google.com/file/d/1Bfc2...
🧬 Integrate multiscale models of metabolism & signalling pathways.
🧫 Contribute to developing a tissue metabolism modelling tool.
👇
🧬 Integrate multiscale models of metabolism & signalling pathways.
🧫 Contribute to developing a tissue metabolism modelling tool.
👇
The selected candidate will:
🦠 Build metabolic models of microbial communities.
🤝 Simulate symbiotic relationships between different cell types.
🔄 Study the effect of perturbations on microbial interactions.
👇
The selected candidate will:
🦠 Build metabolic models of microbial communities.
🤝 Simulate symbiotic relationships between different cell types.
🔄 Study the effect of perturbations on microbial interactions.
👇