The classification of brain tumors—and thus the choice of optimal treatment options—can become more accurate and precise through the use of artificial intelligence in combination with physiological imaging.
An artificial intelligence (AI) model combining four methods of machine learning (ML) to accurately detect thyroid cancer from routine ultrasound image data has been developed by US researchers.
A new AI platform can analyze genomic data extremely quickly, picking out key patterns to classify different types of colorectal tumors and improve the drug discovery process.
A simple blood test could be a better predictor of whether cancer immunotherapy will be successful for a patient with lung cancer than an invasive tumor biopsy procedure.
Researchers have developed an ultrasound-guided cancer immunotherapy platform that generates systemic antitumor immunity and improves the therapeutic efficacy of immune checkpoint blockade.
Researchers from Boston University School of Medicine have developed a novel artificial intelligence algorithm to assess digital pathology data.
"Crown-like structures" surrounding breast tumors in overweight and obese patients could hinder their response to therapy. The findings of this study could potentially be used to improve personalized treatment for patients.
Computational approaches are being applied on enormous amounts of data from sequencing technologies to develop tools to help clinicians manage cancer more effectively.
In an online event to mark International Women’s Day, five women at various stages of their careers in cancer care discussed the hurdles they had to overcome – often because of their gender – and their determination to succeed.
Informing a patient about a cancer diagnosis is never an easy task. An Austrian patient has developed a solution that will help radiologists break the bad news as smoothly as possible and guide women through their patient journey.
Personalised screening, data-driven aproaches: In a dedicated press conference in Paris, French oncologists presented promising research that might bring hope for many cancer patients.
Involving cancer patients more closely in the treatment pathway can modify care and deliver better outcomes. Carefully designed questionnaires and treatment response monitoring are helping clinicians take therapies to a new level.
A protein vital in determining the organs affected by metastasis has been identified by Swiss researchers. This could lead to the development of therapeutic approaches to suppress metastasis.
During a webinar, health experts and clinicians highlighted the need for urgent changes to lung cancer services across Europe to create a more cohesive and equal approach to care.
Noninvasive sound technology breaks down liver tumors in rats, kills cancer cells and spurs the immune system to prevent further spread.
Delivering a drug directly inside a lesion using minimally invasive procedures opens up new perspectives for patients and medical teams. At ECR Overture, experts looked at how to best join forces to advance the field of interventional oncology.
A new biodegradable gel improves the immune system’s ability to keep cancer at bay after tumors are surgically removed.
MediSCAPE, a high-speed 3D microscope, can see real-time cellular detail in living tissues to guide surgery, speed up tissue analyses, and improve treatments.
Liquid biopsy performed on serum samples taken from breast cancer patients can provide increasingly accurate information on progression and enable earlier detection of recurrence.
A new research venture pairs cutting-edge particle accelerator science and radiation therapy.
The appearance of ovarian lesions on ultrasound is an effective predictor of cancer risk that can help women avoid unnecessary surgery.
Researchers have succeeded in using metal oxide nanoparticles as "radiosensitizers" – and in producing them on an industrial scale.
For a long time, the origin of metastasis remained obscure. Now, scientists have discovered some of the mechanisms these cells arise.
Bioengineers have shown they can eradicate advanced-stage ovarian and colorectal cancer in mice in as little as six days with a treatment that could be ready for human clinical trials later this year.
Molecular radiotherapy shows great potential in becoming a more mainstream treatment for cancer, but the field is being hampered by a limited radionuclide supply.
