New AI model may enable more targeted prostate cancer treatment
Based on MRI scans from 732 prostate cancer patients, the AI model identified the edges of 85 percent of the most radiologically aggressive lesions.
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Based on MRI scans from 732 prostate cancer patients, the AI model identified the edges of 85 percent of the most radiologically aggressive lesions.
This study is the first to demonstrate that NSD2 is foundational to the earliest stage of prostate cancer development.
NpG-D-PSMA has shown great potential for targeted alpha therapy to combat prostate cancer.
A new class of RNAs packed into extracellular vesicles have potential as biomarkers for prostate cancer and other diseases.
Researchers have developed a new form of immunotherapy that could provide a longer life expectancy to men with prostate cancer.
A novel drug, JHU083, turns into its active, glutamine-blocking form inside tumours, shrinking prostate and bladder cancers in mice.
Mutation signatures and recurrent copy number alterations correlated with a higher risk for disease progression.
The discovery that one missing copy of MUTYH could increase the risk of cancers may lead to therapeutics against solid tumours.
While blood tests measuring prostate-specific antigen (PSA) levels have been a primary screening tool, their limitations in specificity have led to challenges such as overdiagnosis and overtreatment. Cleveland Diagnostics is pioneering an alternative approach with the IsoPSA test, focusing on assessing the structure of the PSA protein rather than its…
A study led by scientists from the Center for Genetic Epidemiology at the Keck School of Medicine of USC and USC Norris Comprehensive Cancer Center has made a significant leap in our understanding of aggressive prostate cancer.
US researchers discover a potential therapeutic avenue through the molecule NgR2, against an aggressive form of prostate cancer.
Researchers have identified a previously unrecognised form of hormone therapy-resistant prostate cancer.
A new screening assay could be used to identify new drugs to treat resistant forms of prostate cancer.
Scientists develop organoid models of neuroendocrine prostate cancer to study EZH2 inhibitors and reveal a potential new target.
Scientists discover a long noncoding RNA, termed NXTAR, and a small molecule drug that could be used to treat prostate cancer.