Latest Articles for Pharmaceutical Development

New strategies aim to tackle drug resistance in cancer treatment.

AOTF feature improves connections between targets and diseases for drug development.

New method improves drug candidate generation through AI and property prediction.

Reviewing recent studies on drug safety and effectiveness for rare diseases.

Exploring the role of active learning in drug discovery through molecular docking.

Understanding cancer cell behavior to improve melanoma therapies.

Research highlights the potential of biguanides in cancer treatment through energy disruption.

Targeted protein degradation offers innovative methods against diseases by removing harmful proteins.

Research sheds light on the genetic pathways of beneficial plant metabolites.

Research highlights the potential of CCR5 antagonists in stroke recovery.

Research reveals how TET2 influences blood sugar regulation in diabetes treatment.

Research introduces Top-ML for better anticancer peptide prediction using topological features.

HeCiX-KG merges clinical trial data with biological insights for better drug development.

PDGrapher predicts gene targets for effective drug treatment strategies.

Researchers use zebrafish models to identify promising drugs for sepsis treatment.

A new method improves the efficiency of testing compounds in drug discovery.

New insights into RO6870810 and its impact on cancer therapies.

A novel method enhances drug-target prediction using machine learning techniques.

A tool for accurate sample size calculations in clinical trials considering noncompliance.

New insights into ovarian cancer therapies using NAMPT and PARP inhibitors.

A look at malaria's effects and emerging treatment strategies.

Research on bortezomib shows promise in treating HIV by enhancing immune response.

Research shows promise in combining artesunate, EDTA, and colistin to tackle resistant bacteria.

Research reveals potential treatments to combat cancer resistance using vitamin C and 5hmC.

New methods improve accuracy in identifying drug targets for better treatments.

Research focuses on TEAD inhibitors for better mesothelioma therapy options.

New models improve predictions for cancer drug effectiveness across cell lines.

Introducing a new model for studying pulmonary fungal infections.

TMVisDB offers groundbreaking views of transmembrane proteins for biological research.

Discover the fascinating role of LarA enzymes in chemical reactions and their applications.

MDRefine enhances accuracy of molecular dynamics simulations for scientific research.

Research reveals potential treatments targeting PRC2 to combat cardiovascular disease.

Research on neuropeptides shows surprising results in pain response studies.

Researchers find cholesterol levels may impact virus replication and treatments.

This article delves into MET kinase mutations and their impact on cancer therapies.

SPRINT accelerates the search for new drugs by rapidly screening protein interactions.

A new approach improves predictions for chemical reactions in various fields.

New strategies improve effectiveness of BRAF inhibitors against cancer.

A look at the ongoing challenge of antimicrobial resistance and potential treatment strategies.

A new treatment for prion disease offers hope for patients and researchers alike.