Caris Life Sciences has launched in-house PTEN IHC testing to identify prostate cancer patients eligible for FDA-approved, biomarker-guided therapy, supporting precision treatment for PTEN-deficient mAPMN/S prostate cancer.
Researchers reported that the test reduced unnecessary biopsies by up to 64% without compromising detection of aggressive prostate cancers.
A new study validates a machine-learning platform that detects prostate cancer through biochemical patterns in urine samples.
A study of over 10 million men reveals frequent testing of patients unlikely to benefit, raising questions about current screening practices.
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PROSTOX ultra identifies patients at higher risk of developing late genitourinary toxicity from stereotactic body radiation therapy.
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Study finds molecular signature identifies which men with recurrent disease respond to apalutamide plus salvage radiation therapy.
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Phase 3 STAMPEDE trial data demonstrates Decipher Prostate test can predict docetaxel treatment benefit, potentially helping patients avoid unnecessary toxicity.
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The risk stratification tool is designed to predict long-term outcomes for patients with non-metastatic prostate cancer.
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Fellow Health showcased innovative research, emphasizing mail-in semen testing to enhance prostate cancer diagnostics and PVSA care.
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Veracyte has launched Decipher Prostate test, a Medicare-covered test for guiding treatment in metastatic prostate cancer.
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A new study confirms Cleveland Diagnostics’ IsoPSA test effectively differentiates between low- and high-risk prostate cancer patients.
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Decipher Prostate Genomic Classifier data is included in a new SEER Program database, enabling the study of prostate cancer outcomes.
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Lynx Dx announced at-home availability of a urine-based prostate cancer test that eliminates the need for a digital rectal exam.
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A new study validated a urine test that offers a less invasive, more accurate alternative to traditional prostate cancer screening.
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A review found gaps remain for genomic classifier tests for their cost-effectiveness, clinical utility, and impact on diverse populations.
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The AR-ctDETECT test identifies circulating tumor DNA in advanced prostate cancer patients, providing critical insights for prognostication.
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A genetic variant in the PSA gene may help improve prostate cancer diagnostics by distinguishing between aggressive and non-aggressive types.
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A study shows that measuring CTCs at the time of metastatic prostate cancer diagnosis can predict survival and guide treatment decisions.
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