Latest Articles for Cancer Treatment

A new method improves segmentation for better cancer treatment outcomes.

New methods simplify creating bispecific antibodies, improving cancer treatment possibilities.

DASS system helps predict side effects in cancer patients using data analytics.

Streamlined scheduling improves treatment efficiency and patient experience in radiation therapy.

JPJDR shows promise in enhancing colorectal cancer therapy outcomes.

Examining how radiation affects DNA and potential advancements in treatments.

Monitoring treatment response in head and neck cancer using MR-Linacs shows promise.

Improving accuracy in radiation therapy through advanced model training techniques.

A novel score may improve survival predictions for lung cancer patients.

Study reveals chemotherapy alters the tumor environment, impacting treatment outcomes.

This study investigates the reliability of MRI scans to predict MGMT status in glioblastoma.

Scientists are advancing drug discovery with targeted protein degradation methods.

Molecular glue degraders may change how we treat protein-related diseases.

Research on platinum complexes may improve cancer treatment and reduce side effects.

Study examines NLR and mRECIST for predicting TACE outcomes in HCC patients.

A method combines images and gene data to improve cancer survival predictions.

Exploring the rise of NK cell therapy in Brazil and its potential benefits.

VAN-GAN enhances vessel segmentation in photoacoustic imaging without human input.

Cancer treatments affect immune response to COVID-19 vaccines; booster shots may be needed.

A kit aims to improve liver transplant outcomes for HCC patients.

Improving radiation treatment while protecting healthy tissues.

New study reveals how different radiotherapy methods affect healthy cells.

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

New methods using deep learning improve tumor assessment in glioblastoma patients post-surgery.

A new algorithm enhances proton therapy treatment planning efficiency and quality.

Lockdowns led to higher deaths and costs in breast cancer treatment.

A new method reduces spots and layers in proton therapy, enhancing treatment efficiency.

A new method generates 3D images from surface data, reducing radiation exposure.

New methods improve efficiency and quality in proton therapy for cancer.

This study compares dosimetry methods for Yttrium-90 treatment in liver cancer.

Research highlights improved drug combinations for cancer treatment effectiveness.

Study reveals ctDNA's potential in managing aggressive breast cancer.

Chemotherapy-induced senescent cells hinder muscle repair through harmful substances.

This method enhances radiation therapy targeting for better patient outcomes.

A new NLP system enhances data extraction for Barrett's esophagus, aiding better patient care.

This study examines how oncolytic viruses behave in different tumor environments.

Analyzing heart health concerns linked to cancer therapies.

JulianA simplifies cancer treatment planning with innovative automation for better patient care.

Research reveals the benefits of combining radiotherapy and chemotherapy for cancer management.

Study examines IDH1 mutations and their effects on AML transplant results.