Latest Articles for Drug Development

Study reveals how hyaluronan interacts with specific amino acid sequences.

A groundbreaking model enhances molecular representation for drug development.

A look into innovative models for efficient design evaluation.

Examining how heparan sulfates impact the growth and infection of EV-A71.

An exploration of how amino acid chirality affects protein interactions.

This research focuses on predicting drug synergy using advanced language models in rare tissues.

New methods improve drug response predictions in cancer therapies.

CV804 could improve treatments for COVID-19 and other coronavirus infections.

MNK inhibitors show promise in reducing tumor growth by targeting eIF4E.

A study reveals shared microbial patterns across various diseases, impacting treatment approaches.

Research on Prasinezumab offers new hope for Parkinson's Disease patients.

New methods enhance prediction of protein interactions using machine learning techniques.

New findings on MAGMAS and BT9 in treating childhood brain cancer.

New drugs aim to combat cancer by targeting specific proteins in cells.

A study reveals new ways to improve drug target selection through genetic data analysis.

A new approach using generalized likelihood ratios enhances drug dosage decision-making.

WDR proteins show promise for targeted cancer therapies with less side effects.

Exploring the role of lipids in GlyR function and drug development.

Two new drugs show promise against African trypanosomiasis, impacting crucial processes in parasites.

Explore RNA's role in biology and its implications for medicine.

Research highlights zebrafish embryos' role in studying ErbB inhibitors for cancer treatment.

Examining the role of microtubules in cells and their impact on cancer therapies.

Research highlights improved drug combinations for cancer treatment effectiveness.

New dataset CREMP enhances research on macrocyclic peptides in medicine.

New methods enhance accuracy in protein structure determination using cryo-electron microscopy.

New tool enhances understanding of small molecules' biological activities.

Research reveals how genetic variations affect cancer treatment and drug resistance.

Research reveals new methods to target KRAS mutations in aggressive cancers.

Lingo3DMol enhances drug design by integrating AI and 3D molecular modeling.

A novel approach to peptide selection enhances drug research efficiency.

Study compares prostate cancer cell lines to patient data for better drug research.

Combining GEM with ATR inhibitors shows promise in fighting pancreatic cancer.

A closer look at CML treatment options and drug resistance issues.

DrugGPS enhances drug design by focusing on protein pocket similarities.

New methods aim to improve therapy for Gaucher disease.

Research explores how sparsentan interacts with the AT2R receptor.

PhosX enables researchers to infer kinase activity from phosphoproteomics data efficiently.

A novel method enhances the speed and accuracy of protein complex docking.

Research advances targeted protein degradation methods for studying proteins and developing antibiotics.

Research reveals how genetic variants influence health and drug efficacy.