#TopUniversityChapter

Docking-Guided Discovery of Neuromodulatory Agents for Brain Cancer <p>High-grade gliomas exploit neural circuits to support growth, creating neuromodulatory vulnerabilities amenable to pharmacological targeting. This chapter presents a practical pipeline that centers...

#TopUniversityChapter

MIT researchers use AI to target brain cancer.

By analyzing neural circuits and using AI/ML to prioritize drug discovery, this work identifies ways to disrupt tumor growth & accelerate clinical treatment: bit.ly/47akxdD

#BrainCancer #AI #OpenAccess #IntechOpen #HealthTech

#TopUniversityChapter

Research from University of Toronto shows how AI simulations fill gaps in dermatology & radiology, providing exposure to diverse cases & underrepresented skin tones to ensure equitable diagnostics.

More: bit.ly/4rSxqBw

#AI #OpenAccess #IntechOpen #HealthTech @utoronto.ca

#TopUniversityChapter

#Eosinophils & #basophils may play key yet underexplored roles in #HIV.

The authors propose targeting these cells to unlock new therapeutic & vaccine strategies modulating innate immunity.

🔗 More: bit.ly/49txZLA

#Immunology #Granulocytes #ScientificResearch #IntechOpen

#TopUniversityChapter
A new #OpenAccess chapter explores how #ArtificialIntelligence and machine learning are transforming neonatal General Movements Assessment (#GMA) — making this vital tool for early neurological screening more objective, reliable, and accessible.
Read more:bit.ly/46aWJq5

Photograph of the University of Technology Sydney building with glass façades under a clear blue sky.

#TopUniversityChapter - University of Technology Sydney

New #OpenAccess chapter explores how policy & platform support boost live-stream entrepreneurship & why one-size-fits-all falls short.

Read on #IntechOpen: bit.ly/4ePQQBl

#DigitalEntrepreneurship #PublicPolicy #Ecommerce #PostPandemic