Latest Articles for Cancer Treatment

A faster method improves radiation treatment effectiveness while protecting healthy tissues.

A new system aims to refine cancer treatment planning through automation.

This study analyzes ML's role in predicting treatment-related toxicities in gynecological cancer patients.

Exploring how AI improves brachytherapy for safer cancer treatment.

A new approach improves cancer drug trial accuracy and efficiency.

New method enhances CT images for better cancer treatment planning.

New techniques may improve cancer treatment with better radiation dose monitoring.

New methods improve design of protein binders for targeted therapies.

Combining SBRT and immunotherapy shows promise in colorectal cancer treatment.

This study examines gender bias in deep learning segmentation models for radiotherapy.

Patients with blood cancers face challenges in accessing quality end-of-life care.

Study finds methods to reduce noise in medical images for better tumor tracking.

Researchers use nanobodies to observe cell movement in living organisms without surgery.

Combining ultrasound and serum markers offers better predictions for breast cancer classification.

Research shows promise for treating skin issues in RDEB using fisetin.

Reviewing the potential of technology in predicting outcomes for HNSCC patients.

A new framework enhances GANs for generating histopathology images.

Researchers develop new antigen-binding domains to improve CAR-T therapies against cancer.

Aging affects gene expression in lung cancer patients, influencing treatment success.

Examining public views on microbiome engineering and its potential in cancer therapies.

Combining mistletoe with standard treatment improves survival in lung cancer patients.

A computer model improves predictions for cancer drug combinations, enhancing treatment plans.

A detailed look at uveal melanoma and its unique genetic traits.

Researchers improve tumor spotting in mice MRI scans using nnU-Net.

Exploring Zika’s role in targeting aggressive pediatric tumors and immune responses.

Exploring recent advances in personalized cancer care and treatment strategies.

Researchers use advanced PET imaging to study multiple tracers simultaneously.

Uncover how cell behavior is shaped by nucleus stiffness and interactions.

Proton therapy relies on precise monitoring to effectively target cancer cells.

Learn how MAPKAPK2 influences disease and the search for new drugs.

Many cancer patients miss out on vital palliative care.

New study looks at improving life for childhood cancer survivors.

New methods aim to enhance accuracy in breast cancer diagnosis through digital pathology.

New model enhances effectiveness of proton therapy for cancer treatment.

New insights into cancer drug responses through genes and proteins.

Discover how SubCell transforms our view of cellular biology and protein behavior.

MFliNet improves fluorescence lifetime imaging for better insights in biology and medicine.

New methods analyze lung motion to improve cancer treatment planning.

New nanopore technology offers rapid measurements of radiation-induced DNA damage.

Integrating AI and patient data enhances cancer treatment for better outcomes.