Prostate cancer regulator plays role in COVID-19, providing a promising treatment lead
Two proteins, ACE2 and TMPRSS2, help the coronavirus gain entry and replicate within cells. TMPRSS2 is well-known to Arul Chinnaiyan,... Read More
Two proteins, ACE2 and TMPRSS2, help the coronavirus gain entry and replicate within cells. TMPRSS2 is well-known to Arul Chinnaiyan,... Read More
A new and simple blood test has been found to efficiently and accurately detect the presence of aggressive prostate cancer,... Read More
Researchers have developed a novel machine-learning framework that distinguishes between low- and high-risk prostate cancer with more precision than ever... Read More
Scientists have found a way of distinguishing between fatal prostate cancer and manageable cancer, which could reduce unnecessary surgeries and... Read More
Researchers have discovered a common process in the development of late-stage, small cell cancers of the prostate and lung. These... Read More
Certain molecular drivers of cancer growth are “undruggable” – it’s been nearly impossible to develop chemicals that would block their... Read More
Experiments with rats show that intrauterine protein restriction induces sex hormone imbalance, which appears to favor development of cancer in... Read More
Researchers have discovered novel genes and mechanisms that can explain how a genomic variant in a single nucleotide polymorphism influences... Read More
In most cases of prostate cancer, tumor cell growth is stimulated by the action of male hormones, or androgens, such... Read More
A new study of prostate cancer in 202 men, whose cancers had spread and were resistant to standard treatment, found... Read More