Prostate Cancers

This registry study aims to evaluate the effectiveness and clinical impact of specimen PET-CT imaging by analyzing the correlation between specimen PET-CT images, intraoperative interpretations, and histopathological findings. Additionally, it assesses how these imaging insights influence clinical decision-making and long-term patient outcomes. Through this comprehensive analysis in a real-world setting, the study seeks to generate valuable insights that can enhance specimen evaluation processes and ultimately improve patient care.

This registry study aims to evaluate the effectiveness and clinical impact of specimen PET-CT imaging by analyzing the correlation between specimen PET-CT images, intraoperative interpretations, and histopathological findings. Additionally, it assesses how these imaging insights influence clinical decision-making and long-term patient outcomes. Through this comprehensive analysis in a real-world setting, the study seeks to generate valuable insights that can enhance specimen evaluation processes and ultimately improve patient care.

The goal of this clinical trial is to gain more information about how FAPI (fibroblast activation protein inhibitor) binds to certain type of cells in the tumor tissue. The main question it aims to answer is how this information can be used to better diagnose and track prostate cancer. Participants will undergo two PET/MRI scans during two research visits, each of which may last up to 2.5 hours.

This clinical trial is an adaptive study of a novel vimentin inhibitor in cancers. It is an open label, multicentre, single ascending dose level in phase I and cohort exploration in phase II. Primary objective is to evaluate safety and tolerability of KESONOTIDE™ as a monotherapy in participants with advanced/metastatic solid cancers. Secondary objective is to characterise the pharmacokinetics of KESONOTIDE™. Phase I study will enrol 20-32 participants and Phase II approximately 80 participants.

The purpose of the CCANED-CIPHER study is to develop and validate an AI-based blood test for early cancer detection and to monitor treatment effectiveness in cancer patients. This two-phase, multi-center observational study aims to identify specific transcriptomic biomarkers in platelets and immune cells that distinguish cancer patients from healthy individuals and correlate with treatment outcomes. By analysing blood samples using artificial intelligence, the study seeks to create a safe, non-invasive method to enhance cancer diagnosis and monitor treatment responses over time.

EXCEL will provide online and, where feasible, in-person exercise programs to individuals living with and beyond cancer (ILWBC). Research has shown that targeted programs that include tailored exercise prescriptions are more successful in helping individuals with chronic disease to incorporate physical activity and exercise into their daily routines. While ILWBC are advised by healthcare professionals (HCPs) to engage in exercise, there is a lack of cancer-specific exercise programs and cancer-trained exercise specialists in Canada, outside of the research setting. Considering the negative impact cancer and its treatments have on fitness and physical activity levels, community-based efforts towards improving access, uptake and maintenance of exercise programming are needed. This study will evaluate the benefits of a community-based or online EXCEL exercise program for people living with and beyond cancer across Canada, using a streamlined intake process compared to the original EXCEL Study (HREBA.CC-20-0098, NCT04478851). This 8 to 12-week program (intervention) will be delivered in-person or over virtual platform. It includes twice weekly supervised exercise classes.

The CARE® Phantom system is a medical device system that is being developed has been designed to enable the quantitative measurement of the apparent diffusion coefficient (ADC) in the prostate of patients undergoing a multi-parametric MRI (mpMRI) scan to detect prostate cancer. The final device system will comprise three elements: a calibration mat containing phantoms and embedded monitoring software, a docking station to transfer data from the phantoms, and software as a medical device (SaMD) for calibrating the resulting mpMRI images. In this clinical trial, patients will undergo MRI scanning in different scanners using the GSP Phantoms to provide mpMRI images and phantom data for subsequent in silico analysis. The captured images and data will be used to further develop and calibrate the GSP prototype SaMD part of the medical device system, and to establish the degree of optimised reproducibility that can be achieved.

The goal of this clinical trial is to learn if Ivonescimab works to treat advanced rare tumors including cohort 1: PAGET's disease of scrotum with infiltrating sweat gland carcinoma. cohort 2: Metastatic paraganglioma and pheochromocytoma. cohort 3: Metastatic renal angiomyolipoma and malignant perivascular epithelioid cell tumor. cohort 4: Rhabdomyosarcoma and Ewing's sarcoma cohort 5: Collecting duct carcinoma cohort 6: Urachal carcinoma. cohort 7: Neuroendocrine cancer. cohort 8: Basal cell carcinoma and sarcomatoid carcinoma. cohort 9: Penile cancer. cohort 10: Adrenal cortical cancer. cohort 11: Metastatic germ cell tumors, failure of standard cisplatin based therapy (mostly testicular cancer). cohort 12: Non-clear cell renal carcinoma (including renal papillary renal carcinoma); Renal cancer cannot be classified). cohort 13: Non-clear cell renal carcinoma (including chromophobe renal carcinoma) cohort 14: Other rare tumors that cannot be classified (such as testicular reticulum adenocarcinoma, etc.). cohort 15: Prostate cancer. cohort 16: Clear cell renal carcinoma. (16.1: received PD-1; 16.2: no PD-1 received) cohort 17: Urothelial carcinoma. cohort 18: Kidney cancer with brain metastases. cohort 19: Brain metastases of urothelial carcinoma. cohort 20: Rare tumors with brain metastases. It will also learn about the safety of Ivonescimab. The main questions it aims to answer are: Does Ivonescimab improve the objective response rate and prolong the survival of participants? What medical problems do participants have when taking Ivonescimab? Participants will: Receive Ivonescimab 20mg/kg intravenously every 21 days until disease progression, intolerable toxicity, or full 2 years of treatment, whichever occurs first. Be performed imaging evaluation according to RECIST 1.1 every 9 weeks for 1 year of treatment and every 12 weeks after 1 year Be recorded any adverse events in the whole study period including type, incidence, grade, severity, duration, and association with the study drug according to NCI-CTCAE V5.0 criteria

The aim of the DISSECTION 2.0 study is to determine whether extended pelvic lymph node dissection (ePLND) provides a therapeutic benefit for high-risk prostate cancer patients by improving cancer staging and potentially removing micrometastatic disease, ultimately improving their outcomes.

The 'Robotic Prostatectomy Artificial Intelligence Low Pressure Pain Study Trial' aims to assess the feasibility of being able to review operative outcomes such as pain when comparing two commonly used surgical devices for the removal of prostate cancers. The data collected will inform methodologies for future, larger, multi-center trials investigating pain in patients undergoing prostate cancer surgery. A robotic prostatectomy is a commonly performed surgery used to treat prostate cancer by removing the prostate gland. In order to perform the procedure, the surgeon must 'inflate' (technical term pneumoperitoneum) the patients abdomen with carbon dioxide gas using a device called an insufflator. Adequate 'inflation' of the abdomen ensures the surgeon can clearly visualise the prostate. Unfortunately, higher pressures of abdominal 'inflation' are a large contributor to intra and post-operative pain in patients having prostatectomies. The type of insufflator device used to maintain inflation pressures in the abdomen are thought to be a variable contributing to differing levels of intra and post-operative pain. Therefore, the purpose of this trial is to compare intra and post-operative pain when using two different insufflator devices when performing robotic prostatectomies. Both insufflators are already commonly used across multiple NHS Trusts. 40 patients awaiting a robotic prostatectomy at the urology department at the Lister hospital, Stevenage, will be randomised to use either the Conventional Insufflator System (CIS) {Stryker PneumoClear Insufflator} or the AIRSEAL® Insufflation System (AIS) to 'inflate' their abdomens during their prostatectomies. Data relating to various intra and post-operative outcomes will be collected in the 30 days following the patient's operation. Outcomes include levels of intra and post-operative pain, medication use, procedure time, recovery room time, length of hospital stay, post operative nausea and vomiting and adverse events. This data can be analysed to identify trends in differences in outcomes between the AIS and CIS insufflators.

This study intends to explore feasibility, acceptability, and outcomes related to the use of a digital health coaching intervention for individuals who have completed primary therapy for cancer. Up to 625 individuals with diverse cancer diagnoses will be enrolled across up to 8 clinical sites to participate in a randomized wait-list control study. Those in the intervention group will receive 6 months of digital coaching up front followed by 6 months of ongoing monitoring via patient reported and clinical outcomes, as well as wearable data. Those in the control group will be monitored via patient reported and clinical outcomes as well as wearable data for the first 6 months followed by 6 months of digital health coaching. Both groups will collect fecal microbiome samples at enrollment and month 6. The study aims to explore if and how digital health coaching may be used to enhance outcomes for individuals following completion of primary cancer therapy.

The goal of this clinical trial is to learn if the vaccine FK-PC101 works to delay or prevent the return of prostate cancer in men who have had surgery to remove their prostate cancer. It will also learn about the safety of FK-PC101. The main questions it aims to answer are: Does FK-PC101 delay or prevent the return of prostate cancer following surgery? What medical problems do participants (subjects) have when taking FK-PC101? Researchers will compare FK-PC101 to current treatment practice to see if FK-PC101 works to prevent or delay the return of prostate cancer following surgery to remove the prostate cancer tumor. Subjects will: Have a sample of the prostate cancer tissue collected at the time of surgery to remove this tissue from the body. This tissue will then be used to create a personalized vaccine that is specific to your prostate cancer. If randomly selected to receive the vaccine, subjects will receive the vaccine up to 7 times over a 6-month period. In addition to the treatment visits for those randomized to receive FK-PC101, there will be up to 4 follow up visits to the clinic over a 22-month (nearly 2 year) period. For subjects randomized to receive current treatment practice, they will be asked to attend up to 8 visits over 22 months to track if there is any detectable cancer. Should their prostate cancer return within a year following surgery, they will be eligible to receive FK-PC101, which already had been produced and thus no additional tumor tissue would need to be obtained. Subjects in both study arms will have regular blood tests and scans to test whether their prostate cancer has returned.