The Bladder Cancer Content Hub Channel
Bladder Sparing Trimodal Therapy Evaluated for Clinical Efficacy in Retrospective Study
Bladder Cancer Content Hub
The recurrence rate for cystectomy was 38% compared to 59% for TMT.
Genomic Test May Predict Which Patients Would Benefit Most from Checkpoint Inhibition
Bladder Cancer Content Hub
Bladder, lung, and skin cancer patients frequently showed evidence of high tumor mutational burden.
Recent Videos in Bladder Cancer Content Hub
Updated Guidelines for Treatment of Non-Metastatic MBIC to be Presented at AUA Meeting
Bladder Cancer Content Hub
The AUA has teamed up with ASCO, ASTRO, and SUO to provide new guidelines for non-metastatic MBIC treatment.
Pelvic Radiotherapy Provides Long-Term Palliation In Patients With Bladder and Prostate Cancer
Bladder Cancer Content Hub
A recent study investigated utilizing palliative pelvic radiotherapy for metastatic bladder or prostate cancer patients.
Multiple Clinical Trials of Immunotherapies for Recurrent and Metastatic Cancers Are Reaching Maturation
Bladder Cancer Content Hub
There are currently a large number of ongoing trials examining immunotherapies for bladder, kidney, prostate, and renal cancers.
Phase II Results Support Inclusion of Checkpoint Inhibitors in Bladder Cancer Treatment Guidelines
Bladder Cancer Content Hub
NCCN to add two new checkpoint inhibitors to bladder cancer treatment guidelines.
Experienced Oncologists Are More Likely to Utilize Adjuvant Radiation Therapy in MIBC
Bladder Cancer Content Hub
A new study reveals reasons why some oncologists use adjuvant radiation therapy (ART) when treating MIBC.
Accurate Staging of Bladder Cancer Proves Crucial for Improving Disease Treatment
Bladder Cancer Content Hub
Muscle-invasive bladder cancer (MIBC) is considered to be T2 stage due to tumor invasion into the muscle wall.
Super-Responders vs. Hyper-Progression with Immunotherapy
Bladder Cancer Content Hub
The trial revealed a linear correlation between higher tumor burden and anti-PD1 and anti-programmed death ligand (PD-L1) checkpoint inhibitors, explained as the immune system responding to reactivation.