View clinical trials related to Testicular Neoplasms.
Filter by:The purpose of this study is to determine the effectiveness of a digital health program called AYA STEPS, which is designed to help adolescent and young adult (AYA) cancer survivors manage symptoms and engage in recommended follow-up care.
National Health Service (NHS) England has commissioned The Royal Marsden Hospital NHS Foundation Trust to run a novel mobile clinical outreach service called 'Man Van' with the aim of enabling male patients' easy access to care at the site of their work and in their communities. The initial focus of this new standard of care clinic is to access workplaces with large manual workforces where large scale working from home is not possible. These will include logistics firms and bus companies. These companies employ large numbers of black and minority ethnic men who also have poorer outcomes with a range of other diseases, including Coronavirus disease (COVID)-19. The novel clinical service will collaborate with Unite (and other unions) as well as employers in order to reach our target groups effectively. There is also the opportunity to target higher risk groups e.g. Afro Caribbean communities whose rates of prostate cancer are 1 in 41 as well as occupational higher risk categories. The Man Van has the potential to swing the balance of evidence in favour of Prostate-Specific Antigen (PSA) screening, with a targeted screening program directed at high-risk groups including ethnic minorities and manual workers. Reasons for poorer outcomes amongst these groups are multi-factorial and complex. Levels of education are often a factor which can impact the understanding of the disease and how to seek assistance. Distrust of medical organisations has also been cited as a factor. The aim of the Man Van mobile outreach service is to enable men access to a specific men's health service - focusing on general health and wellbeing (including BMI assessment, blood pressure, blood sugar/diabetes checks etc) and a prostate check for those who raise concerns. This will include a PSA test where relevant. This will be the core data gathered from the project. Patients will receive PSA results in the 'Man Van' by a clinical nurse specialist with patients with raised PSA levels being referred into the standard rapid referral cancer pathways. Similar considerations will apply to men with haematuria detected on dip stick testing or who present with a testicular mass or penile lesion (both rare but important). The clinical data generated from each routine health screening appointment will be analysed to determine the effectiveness of the Man Van mobile outreach model in identifying prostate and other male cancers and other co-morbidities much earlier than if patients had waited to present to their General Practitioner (GP) or other healthcare provider. Patients who receive an early diagnosis of clinically significant prostate cancer will have access to early curative treatments, which are typically less invasive and shorter in timescales. Similar interventions have shown large scale success in particular with breast and cervical cancer. The NHS sees many patients accessing cancer care at a late stage. Reducing this trend is a key objective of the NHS Long Term Plan. The COVID-19 pandemic has further exacerbated health inequalities and mobile clinics can potentially be a model for alleviating this. To enable patients access to medical treatment earlier there is a need to make the 'seeking advice on men's health and prostate issues' less daunting, more normal and easily accessible. The 'Man Van' has the ability to do just that and it is anticipated that the findings of this research, using the data generated from each patient's routine health screening, will demonstrate that a mobile outreach model is more effective in identifying cancers at an earlier stage than 'traditional' diagnostic pathways. We also hope to evaluate the Man Van with a qualitative study looking at the patient perspectives from those who utilise the Man Van. The reasons for high risk in prostate cancer are heavily linked to genetics. This is an issue as there is less recruitment of high risk groups to studies. We hope to gather genetic data from a higher proportion of genetically susceptible men via the Man Van, which can be used in future to further genetic knowledge of prostate cancer.
This study aims to determine the effect of education based on the health belief model on testicular self-examination awareness and health beliefs in young men. H0 Hypothesis: Education based on the health belief model has no effect on the awareness of testicular self-examination and health beliefs about testicular self-examination of young men in the experimental and control groups. H1a Hypothesis: The training based on the health belief model will increase the awareness of young men in the experimental group about testicular self-examination compared to those in the control group. H1b Hypothesis: The training based on the health belief model will increase the mean scores of the sensitivity subscale of young men in the experimental group compared to those in the control group. H1c Hypothesis: The training based on the health belief model will increase the mean scores of the benefit subscale of young men in the experimental group compared to those in the control group. H1d Hypothesis: The training based on the health belief model will increase the mean scores of the seriousness subscale of young men in the experimental group compared to those in the control group. H1e Hypothesis: The training based on the health belief model will decrease the mean scores of the barriers subscale of young men in the experimental group compared to those in the control group. H1f Hypothesis: The training based on the health belief model will increase the mean scores of the health motivation subscale of young men in the experimental group compared to those in the control group. H1g Hypothesis: The training based on the health belief model will increase the mean scores of the self-efficacy subscale of young men in the experimental group compared to those in the control group.
THERATEST is looking to collect data from 30 patients actively receiving de-escalation treatments or other standard of care treatments in two UK hospitals. THERATEST is a feasibility study to determine whether patients are willing to be recruited, the impact of de-escalation treatments on patients' cancers and quality of life, whether we should proceed with these treatments in a larger study, and if so how the study should be conducted. A feasibility study prepares the ground for a larger study and improves the chances of the subsequent study producing valuable evidence, and helps to avoid wasting precious resources on larger trials that are unlikely to be informative. We hope that information from THERATEST will bridge the current knowledge gap and allow clinicians to design bigger trials to actively compare the different treatment strategies.
St Bartholomew's hospital completed a study using the regimen GAMEC (PEG-filgrastim, actinomycin-D, methotrexate, etoposide, cisplatin). The results of this study showed that 50% of patients with relapsed testicular cancer could be cured using this treatment. These results are very encouraging and compare very favourably to other treatment protocols. In reviewing this study, it became clear that of the 5 cycles of treatment which were proposed, the first 3 seemed to matter and the last 2 did not appear important. In addition there was a group of patients who appeared to do particularly well namely patients under the age of 35 and those who had a normal LDH (lactate dehydrogenase). LDH is a blood test which monitors cancer activity. Selecting patients which fill both these criteria, this trial aims to see whether the investigators can maintain the good results the investigators have seen but using only 3 cycles of treatment. This will therefore shorten the treatment from 10 weeks to 6 weeks, thus reducing the side effects.
The aim of study is to differentiate between testicular tumors by their elastographic criteria (Stiffness [hard to soft] , Shape under compression , etc.) using ultrasound elastography techniques (shear wave/strain elastography) on suspected testicle that showed specific lesion on normal ultrasound examination.
Adolescents and young adults (AYA) diagnosed with cancer experience unique challenges after completing treatment and face distinct barriers to optimal care and support. These challenges include higher levels of symptom burden and treatment complications, interrupted education, careers and relationships, and financial hardship. AYA lack access to peers, relevant information and emotional support, and report gaps in care when dealing with these difficult challenges. Digital peer navigation could help to address the needs of AYA and overcome barriers to care and support. The PI developed True North Peer Navigation (TrueNTH-PN), an evidence-based digital peer navigation program for men with prostate cancer and online peer navigator training course. The goal of this project is to adapt TrueNTH-PN for AYA and evaluate its feasibility to overcome barriers to care and support, and enhance patient activation among AYA during the challenging post-treatment phase. In partnership with AYA cancer survivors, the Canadian Cancer Society, Young Adult Cancer Canada, a digital app design firm and technology provider, our cross-Canada team will: (1) Adapt and evaluate the usability of the TrueNTH-PN app for AYA; (2) Adapt and evaluate the effectiveness of the Peer Navigator Training Course for AYA; and (3) Determine the feasibility, acceptability and preliminary effectiveness of the new AYA-PN program among post-treatment AYA cancer survivors. This project will produce an innovative solution to an important service gap in the lives of AYA with cancer. It has the potential to address the support needs of AYA, overcome barriers to care, and empower AYA to take proactive role in managing their health. In addition, it will give rise to AYA peer navigators with specialized skills, which could fill gaps in disrupted education and career paths, and help to attain future goals.
This study evaluates 7 Tesla (T) magnetic resonance imaging (MRI) in observing changes in the brain (neuroimaging) in testicular cancer patients who have decreased testosterone (hypogonadism) and are on testosterone (androgen) replacement therapy. Symptoms of hypogonadism can include fatigue, weakness, loss of libido, depression, poor concentration and erectile dysfunction. Some patients experience mental changes after diagnosis and treatment. There is some evidence that hypogonadism produces structural changes in the brain. The 7T MRI uses radio waves and a very powerful magnet linked to a computer to create detailed pictures of areas inside the body. This study may help researchers learn if 7T MRI can produce better images to assess the changes in the brain structure of testicular patients with hypogonadism and on androgen replacement therapy (ART).
The project aims to identify the possible risk factors regarding the onset of the disease and to evaluate genes and gene modifications responsible for the onset od testicular cancer.
Robot-assisted image-guided sentinel lymph node biopsy (RAISN) in testicular cancer is a novel technique that has not been widely investigated yet. This technique is promising and could be implemented as a future standard in the primary diagnostic work up of clinical stage (CS) I testicular cancer. Current staging strategies have a poor predictive accuracy for occult metastatic disease. So far, feasibility studies used 99mTC-nanocolloid staining and laparoscopy and all patients with tumor-positive nodes received adjuvant systemic treatment. The development of a robot-assisted image-guided lymph node resection technique with indocyanine green (ICG) is potentially more precise, easier to apply and widely available. With this new diagnostic approach the management of newly diagnosed testicular cancer patients might be changed dramatically by reducing overtreatment and treatment-related toxicity with a minimally invasive robot-assisted procedure.