Code associated with manuscript "A machine learning workflow to accelerate the design of in vitro release tests from liposomes".

This project focuses on the development of dormant nanoparticles that activate in response to specific biochemical signals, such as those associated with the reactivation of HSV-1 or the presence of disease markers in cancer. These nanoparticles deliver targeted therapies to neutralize viruses or target diseased cells before symptoms appear.

Personal academic site for Molham Sakkal - Cancer Cell Biology and Drug Delivery research at Al Ain University HBRC. Auto-synced from Google Scholar weekly.

Interactive educational tools in cancer biology, molecular biology & nanomedicine — Dr. Hugo Leonid Gallardo Blanco · UANL

A 2026 research paper analyzing the convergence of nanotechnology with generative AI, topological quantum computing, and precision bioengineering. Explores market dynamics, solid-state energy, and nanomedicine breakthroughs.

Computational design, flexible docking, and codon optimization of an anti-seeding Ferritin-Nanobody fusion platform targeting Tau fibrils in Alzheimer's Disease.

Comprehensive research on WHO grade 4 glioblastoma (GBM). Analyzes molecular pathogenesis, next-gen therapeutics (immunotherapy, nanomedicine), AI clinical decision support, caregiver burden, and socioeconomic disparities in oncology care.

A comprehensive analysis of glioblastoma, detailing WHO CNS5 molecular taxonomy, microenvironmental resistance, and emerging therapeutics like CAR-T, focused ultrasound, and nanomedicine.

The History of Nanotechnology — Seminar Presentation by Ms. Amruta Gautam Salve. An animation-rich HTML presentation covering history, synthesis, and applications of nanotechnology.

This repository contains a comprehensive research paper analyzing the scientific frontiers, market dynamics, socio-ethical governance, and global impact of nanotechnology, including advanced nanomedicine and the socioeconomic nano-divide.

Comprehensive research paper on nanotechnology covering principles, nanomaterials, fabrication methods, applications in medicine, electronics, energy, environmental sustainability, challenges, and future directions.

Personal academic site for Rahaf Al Zeer - Pharmacist and MSc candidate at Gulf Medical University. Molecular pharmacology, drug repurposing, and nanomedicine research.