Three-dimensional printed models, created at the 3D PrintViz Lab on the UC Davis Health campus, have helped surgical teams plan for cloacal surgery in children. These models provide a veritable road map that makes all the difference.
Read MoreA new clinical trial is available for bladder cancer patients in Northern California who previously faced few treatment options.
Read MoreSeptember is Prostate Cancer Awareness Month. Experts warn the number of cases is expected to rise sharply in coming years. Fortunately, treatment advances are increasing.
Read MoreKidney stones plague 1 in 10 people. UC Davis Health is expanding its kidney stone clinic to keep up with the rising number of cases.
Read MoreUC Davis Children’s Hospital and Shriners Children’s Northern California hosted a party for pediatric patients who have had cloacal repair.
Read MoreThe cancer center is first in the region to use high-intensity focused ultrasound to treat prostate cancer while reducing recovery time and side effects.
Read MoreEnlarged prostate is common in older men. A UC Davis Health urologist explains symptoms and treatment options.
Read MoreUC Davis Comprehensive Cancer Center scientist receives $1.4 million federal grant to boost efforts finding a breakthrough treatment for late stage, drug-resistant prostate cancer.
Read MoreBone disease in prostate cancer patients can be devastating, but new research led by UC Davis Comprehensive Cancer Center aims to improve the odds.
Read MoreUC Davis Health urologic surgery chief Christopher Evans is only the ninth American to become an honorary member of the European Association of Urology.
Read MoreIn 2022, the UC Davis School of Medicine scored a record amount of NIH research funding — more than $200 million in grants. This placed UC Davis among the nation’s best medical schools, ranking 32nd nationally.
Read MoreUC Davis Health urologist Allen Gao and his team have developed a molecule, called LX-1, which could help control treatment-resistant prostate cancer.
Read MoreUC Davis Pediatric Urologist Eric Kurzrock devised a new procedure to create graft tissues with functioning blood vessels needed in bladder augmentation surgeries. His innovative method solves the tissue contraction issue, a common problem in bioengineered graft implants.
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