This study aims to find out if tranexamic acid (TXA), a medication, works to decrease blood loss during a specific surgery called Aquablation therapy, which is a treatment for men with Benign Prostatic Hyperplasia (BPH). BPH is a common condition in men over the age of 45 that involves enlargement of the prostate gland and can lead to problems or discomfort with urination. The main goal of this research is to see if TXA can help reduce the amount of blood loss during surgery compared to not using the drug. This is important because losing less blood during surgery can help patients recover faster and more safely. Researchers will monitor the safety of TXA and its effects on other outcomes, like the length of hospital stay and any possible changes in blood tests that check how well blood clots. Participants in this study will: * Be males diagnosed with BPH who are already scheduled to undergo Aquablation therapy. * Be randomly assigned to either receive TXA or a placebo (a look-alike substance that contains no drug) right before their surgery. * Not know which treatment they are receiving to make sure the results are unbiased. Researchers hope to engage participants who meet the health criteria of the study. They will be carefully monitored before, during, and after the surgery for any health changes, and their blood loss during surgery will be measured. This study does not require any additional time commitment outside of the standard surgical process, and all treatments will be provided at no additional cost to the participants. The researchers will ensure that all participants understand the procedure and support their safety throughout the research.
This clinical study is investigating whether a medication called tranexamic acid (TXA) can help reduce blood loss during a type of prostate surgery known as Aquablation therapy. This therapy is used to treat Benign Prostatic Hyperplasia (BPH), a common condition in older men that results in the enlargement of the prostate gland which can cause difficulty with urination. Purpose of the Study: The primary purpose of this research is to determine if TXA makes this surgery safer by decreasing the amount of blood lost during the procedure. Reducing blood loss during surgery is beneficial because it can lead to quicker recovery times and reduce the likelihood of complications. The study will also look at other important factors such as the overall safety of using TXA, its effect on the length of time participants stay in the hospital after surgery, and whether it causes any significant changes in blood clotting tests. How the Research Will Happen: Participants in the study will be men diagnosed with BPH who are planning to undergo Aquablation therapy. They will be randomly placed into one of two groups: One group will receive TXA through an IV right before their surgery. The other group will receive a placebo, which is a substance that looks like the medication but contains no active drug, administered in the same way. This setup ensures that neither the participants nor the health care providers know who receives the TXA and who receives the placebo, helping to maintain objectivity in the results. What Participants Will Do: Participants will visit the hospital as they normally would for their scheduled surgery. Before the surgery, they will receive either TXA or the placebo. The procedure itself and the immediate recovery process do not change. Researchers will collect information about how much blood participants lose during surgery and monitor their recovery closely. The number of visits and what each participant needs to do during the study remains the same as what would happen during typical Aquablation therapy. Besides receiving the TXA or placebo, there are no additional procedures or drugs involved. Safety Measures: Study researchers are committed to participant safety. Participants will be closely monitored throughout the surgery and their recovery. The research team will watch for any side effects or reactions to the medication, especially any signs of blood clotting or allergic reactions, as TXA is known to affect blood clotting. If there are any concerns about a participant's health, they can be quickly addressed by the medical team. Why This Matters: For men undergoing Aquablation therapy for BPH, managing blood loss is a major safety concern. If TXA can effectively reduce blood loss without causing other complications, it could improve the outcomes for thousands of men who undergo this surgery every year. This study will help doctors better understand the benefits and risks of using TXA in this setting, potentially leading to its wider use in similar surgeries to improve patient safety and outcomes.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
SUPPORTIVE_CARE
Masking
TRIPLE
Enrollment
56
The intervention is administered as a clear, colorless solution infusion. The dosage administered is a 1 gram intravenous (IV) push, delivered immediately before starting the Aquablation therapy. The administration of TXA occurs only once, as a single dose preoperatively.
Participants receive a saline solution, which is a sodium chloride (0.9%) IV infusion, identical in appearance to the TXA solution. The saline is administered as a single 1 gram-equivalent volume intravenous (IV) push, delivered immediately before the Aquablation therapy commences. This singular administration matches the frequency and timing of the TXA intervention to ensure uniformity across both study groups, maintaining the blinding of the study.
Kaiser Permanente Los Angeles Medical Center
Los Angeles, California, United States
Perioperative Hemoglobin Change
The primary outcome measure is the efficacy of tranexamic acid (TXA) in decreasing the amount of hemoglobin lost during Aquablation therapy compared to placebo. This will be quantitatively assessed by measuring the hemoglobin levels in patients' blood samples collected immediately before and after the procedure. The change in hemoglobin levels will be compared between the TXA-treated group and the placebo group to determine if TXA administration results in a significantly smaller decrease in hemoglobin, indicating less blood loss.
Time frame: Measured preoperatively and postoperatively, within 2 hours of surgery completion
Rate of Perioperative Complications Associated with Tranexamic Acid
This measure tracks the incidence of perioperative complications, including but not limited to thromboembolic events, which are potential risks associated with TXA. The frequency of these complications will be compared between patients treated with TXA and those receiving a placebo to understand any increased risks when using TXA in the context of Aquablation therapy.
Time frame: From initiation of surgery to post-operative follow up, up to 60 days post-surgery.
Length of Hospital Stay Post-Aquablation Therapy
This secondary outcome evaluates whether TXA administration affects the length of postoperative hospital stay compared to placebo. The length of stay is calculated from the time of surgery completion to the time of discharge, aiming to ascertain if TXA can contribute to a faster recovery and shorter hospitalization.
Time frame: From time of surgery to hospital discharge, typically within 1 day post-surgery
Change in ProThrombin Time (PT) Following Tranexamic Acid Administration
This measure determines if TXA administration has any significant effect on an element of the coagulation, prothrombin time (PT). Serum sample will be collected and analyzed preoperatively and postoperatively to detect any changes that might indicate a heightened risk of clotting or bleeding abnormalities.
Time frame: Lab values measured preoperatively and within 2 hours post-surgery.
Change in activated partial thromboplastin time (aPTT) Following Tranexamic Acid Administration
This measure determines if TXA administration has any significant effect on an element of the coagulation, activated partial thromboplastin time (aPTT). Serum sample will be collected and analyzed preoperatively and postoperatively to detect any changes that might indicate a heightened risk of clotting or bleeding abnormalities.
Time frame: Lab values measured preoperatively and within 2 hours post-surgery.
Change in activated fibrinogen level Following Tranexamic Acid Administration
This measure determines if TXA administration has any significant effect on an element of the coagulation and platelet activity, fibrinogen. Serum sample will be collected and analyzed preoperatively and postoperatively to detect any changes that might indicate a heightened risk of clotting or bleeding abnormalities.
Time frame: Lab values measured preoperatively and within 2 hours post-surgery.
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