MDatos

23/04/2026

Support AI-Driven Antiviral Research Against RSV

Respiratory Syncytial Virus (RSV) continues to threaten infants and vulnerable populations worldwide. Our research combines artificial intelligence, computational biology, and site-specific in silico screening to identify new antiviral candidates targeting the RSV F protein.

Your support can help us move this project forward toward real experimental validation and future therapies.

🔬 Why support this research?

RSV remains a major global health concern
AI can accelerate antiviral discovery
Every contribution helps advance open, decentralized science

👉 Learn more about the project:
https://www.researchhub.com/proposal/32111/machine-learningguided-and-site-resolved

👉 Read the ResearchHub post here:
https://www.researchhub.com/post/32111/machine-learningguided-and-site-resolved

💡 If this work matters to you, please click, read, share, and support.
Together, we can help accelerate antiviral innovation.

Machine Learning–Guided and Site-Resolved In Silico Screening for Identification of RSV F-Protein Modulators 1. Overview At present, respiratory syncyti...

23/04/2026

Support AI-Driven Antiviral Research Against RSV

Respiratory Syncytial Virus (RSV) continues to threaten infants and vulnerable populations worldwide. Our research combines artificial intelligence, computational biology, and site-specific in silico screening to identify new antiviral candidates targeting the RSV F protein.

Your support can help us move this project forward toward real experimental validation and future therapies.

🔬 Why support this research?

RSV remains a major global health concern
AI can accelerate antiviral discovery
Every contribution helps advance open, decentralized science

👉 Learn more about the project:
https://www.researchhub.com/proposal/32111/machine-learningguided-and-site-resolved

👉 Read the ResearchHub post here:
https://www.researchhub.com/post/32111/machine-learningguided-and-site-resolved

💡 If this work matters to you, please click, read, share, and support.
Together, we can help accelerate antiviral innovation.

22/04/2026

🔬 Advancing Antiviral Research with AI

Respiratory Syncytial Virus (RSV) remains a major global health challenge, especially for infants and vulnerable populations. Our research focuses on the RSV F protein, a critical target responsible for viral entry into host cells.

We are developing a machine learning–guided and site-specific in silico screening strategy to identify novel antiviral modulators—combining computational biology, structural analysis, and artificial intelligence.

🧠 Why this matters:

The RSV F protein drives infection and membrane fusion ()
Targeting key functional binding sites increases real-world therapeutic potential
AI accelerates discovery by filtering and optimizing candidate molecules

🧪 Our goal:
To generate high-quality antiviral candidates ready for experimental validation in the laboratory—bridging computational discovery with real-world impact.

🚀 You can support this project and be part of decentralized scientific innovation:

👉 https://www.researchhub.com/proposal/32111/machine-learningguided-and-site-resolved-in-silico-screening-for-identification-of-rsv-f-protein-modulators

💡 Every contribution helps advance open science, antiviral discovery, and future therapies.

Machine Learning–Guided and Site-Resolved In Silico Screening for Identification of RSV F-Protein Modulators 1. Overview At present, respiratory syncyti...

22/04/2026

🔬 AI-Driven Discovery of RSV Antiviral Targets

Respiratory Syncytial Virus (RSV) remains one of the leading causes of severe respiratory infections, especially in infants and young children. Behind every statistic, there are real lives affected.

Our research focuses on the RSV fusion (F) protein, a critical structure that enables the virus to enter human cells. By targeting specific functional sites, we aim to disrupt this process at its core.

🧠 Using a combination of:

Machine Learning for intelligent candidate prioritization
Site-specific molecular docking
Advanced in silico screening

We are identifying novel antiviral compounds with real therapeutic potential.

🧪 This project bridges computational science and experimental validation, accelerating the path toward effective antiviral solutions.

💡 Why it matters:
New antivirals can save lives—especially for the most vulnerable.

🚀 Support this research and contribute to the future of open, decentralized science:
👉 https://www.researchhub.com/proposal/32111/machine-learningguided-and-site-resolved-in-silico-screening-for-identification-of-rsv-f-protein-modulators

09/04/2026

🚀 Accelerate Your Drug Discovery with MDatos 🧬
Need high-fidelity simulations but lack access to an in-house HPC cluster? At MDatos, we remove technological barriers for laboratories and researchers.
We provide cutting-edge GPU computing power to take your hypotheses to the next level with scientific precision and optimized costs.
Our Key Services:
🧬 Docking Express: Fast protein-ligand affinity analysis.
🔬 Virtual Screening: High-throughput screening of compound libraries.
⚙️ Molecular Dynamics (GROMACS): Detailed stability and conformational simulations.
Why Choose MDatos?
✅ Publication-ready results.
✅ Industry-leading turnaround times (starting at 24 hours).
✅ No infrastructure investment or complex setups required.
Transform your research today.
👉 Start with a free pilot or request a custom quote.

09/04/2026

🚀 Accelerate Your Drug Discovery with MDatos 🧬

Need high-fidelity simulations but lack access to an in-house HPC cluster? At MDatos, we remove technological barriers for laboratories and researchers.

We provide cutting-edge GPU computing power to take your hypotheses to the next level with scientific precision and optimized costs.

Our Key Services:

🧬 Docking Express: Fast protein-ligand affinity analysis.

🔬 Virtual Screening: High-throughput screening of compound libraries.

⚙️ Molecular Dynamics (GROMACS): Detailed stability and conformational simulations.

Why Choose MDatos?
✅ Publication-ready results.
✅ Industry-leading turnaround times (starting at 24 hours).
✅ No infrastructure investment or complex setups required.

Transform your research today.
👉 Start with a free pilot or request a custom quote.

14/02/2024

🟢Te presentamos los servicios del Laboratorio de Espectrometría de Masas 𝘔𝘦𝘵𝘢𝘣𝘰𝘭𝘰𝘮𝘪𝘤𝘴 𝘓𝘢𝘣 de Cinvestav UGA-Langebio.

🟢El Laboratorio de Metabolómica ofrece técnicas avanzadas de análisis utilizando diversas plataformas de cromatografía y espectrometría de masas. Su equipo altamente capacitado colabora estrechamente con clientes corporativos e instituciones académicas externas, brindando servicios de análisis de muestras, investigación contractual, capacitación y consultoría.

ℹPágina web: https://bit.ly/4bM0lQ6

20/10/2023

La producción científica realizada en el Centro de Investigación y de Estudios Avanzados (Cinvestav) es una de las más citadas por las y los investigadores de todo el mundo, incluso es la entidad enteramente dedicada a la investigación; es decir, sin considerar universidades, mejor posicionada ...

06/10/2023