View clinical trials related to Biopsy Wound.
Filter by:This study aims to assess the effectiveness and safety of a hydrogen carbamide/peroxide gel, called UNISEPT® ORAL GEL, in promoting oral wound healing, alleviating postoperative symptoms, and enhancing oral hygiene. Study participants will include individuals with any suspicious lesion in their gums or the roof of their mouth. They will undergo a procedure to remove a small piece of tissue for testing (biopsy) in order to confirm the diagnosis.This is a standardized diagnostic procedure that involves the use of a punch, which is a plastic handpiece with a cylindrical cutting blade. Subsequently, the wound heals naturally without the need for sutures. Researchers are comparing this gel with a placebo (a look-and-taste-alike substance that contains no active ingredients) to see if it is helpful with healing of wounds in the mouth and associated symptoms, improving oral hygiene. Participants randomly get the hydrogen carbamide/peroxide gel or the placebo one to use for 14 days after the biopsy. The researchers will not know which one they are providing as the gel tubes will be identical. Oral wound healing, postoperative symptoms (such as pain, eating and speech difficulties), oral hygiene (dental plaque and gingival inflammation) and quality of life are assessed during a 14-day period after the biopsy. Participants are required to visit the clinic three times, one for the initial biopsy, one at 7 days and one at 14 days after the biopsy. They are asked to fill in some questionnaires, while certain procedures (taking a photo the site of the biopsy) and assessments (like evaluating the dental plaque and gingival inflammation) take place. During the first week they, also, keep a diary of their symptoms, as instructed.
The aim of this study is to evaluate the efficacy and safety of a hydrogen carbamide/peroxide mouthwash, named UNISEPT® MOUTHWASH, regarding oral wound healing, postoperative symptoms, xerostomia (dry mouth) and oral hygiene improvement. Study participants have reported dry mouth and are scheduled for a diagnostic biopsy of minor labial salivary glands to investigate Sjögren's Syndrome, following consultation with their rheumatologist. This is a standardized diagnostic procedure that leads to healing by primary intention (i.e. wound edges are closely re-approximated with sutures). Researchers are comparing this mouthwash with a placebo (a look-and-taste-alike substance that contains no active ingredients) to see if it is helpful with healing of wounds in the mouth and associated symptoms, improving dry mouth and/or oral hygiene. Participants randomly get the hydrogen carbamide/peroxide mouthwash or the placebo one to use for 14 days after the biopsy. The investigators will not know which one they are providing as the bottles will be identical. Oral wound healing, postoperative symptoms (such as pain, eating and speech difficulties), oral hygiene (dental plaque and gingival inflammation), improvement of dry mouth and quality of life are assessed during a 14-day period after the biopsy. Participants are required to visit the clinic three times, one for the initial consultation and the biopsy, one at 7 days and one at 14 days after the biopsy. They are asked to fill in some questionnaires, while certain procedures (such as measuring saliva) and assessments (like evaluating the dental plaque and gingival inflammation) take place. During the first week they, also, keep a diary of their symptoms, as instructed.
To evaluate during a 7 months period the efficacy, safety and accuracy of percutaneous transluminal forceps biopsy combined with transhepatic biliary drainage in patients with biliary stricture
Aim of this study is to evaluate the post-operative course in patients undergoing diagnostic or therapeutic oral mucosal biopsies. To evaluate the wound healing, all variables connected with the surgery (including post-operative complications) were recorded. To evaluate the psychological and behavioral impact of the post-operative discomfort, two survey tools were administered: OHIP-14 and visual number scale of pain (VNS) were administered at 6h, 7 days and 21 days after biopsy.
Each year, approximately 1500 breast biopsies (1000 microbiopsies and 500 macrobiopsies) are performed in the radiologic department of the Montpellier Cancer Institute (ICM). This exam, which is relatively easy for the radiologist, can however lead to major anxiety for patients. Indeed, previous studies show that about 50% of women undergoing a breast biopsy have significant anxiety affects. Anxiety associated with the risks of biopsy, potential breast cancer diagnosis and/or lack of routine sedation procedures increase patient concerns. Distress prior to biopsy is associated with greater pain and discomfort during the procedure. The psychological distress that persists after the biopsy is related to a worse psychological management of side effects of the biopsy breast (e.g., sensitivity, skin irritation). Limiting apprehension, worry and anxiety induced by the uncertainty linked to the biopsy results and the biopsy-related pain should be an integral part of the medical care through the patient follow-up during, after and until the diagnosis is announced. In light of these challenges, new alternative methods are emerging to enhance patient knowledge, develop procedural skills, improve confidence and mitigate procedural anxiety. However, to our knowledge, few methods have been developed during this period of 'waiting-time'. Currently, only care instructions and a consultation to announce the results (about 10 days after the procedure) are proposed to patients at the end of biopsy. Patients are also encouraged to call if they suspect complications such as infection or bleeding. In this context, the investigators propose to integrate a pain management after biopsy via e-health system through the patient's medical care. Radiologist/patient communication could have an impact on patients' anxiety and health-related issues, given the challenging nature of discussions around need for breast biopsy and potential implications of the results. Indeed, paying attention and focusing on symptoms as patients experience them improves their empowerment and their adjustment to the disease. Web-based systems that can provide electronic-Patient reported Outcomes (e-PRO) have been shown to prompt clinicians to intensify symptom management, to improve symptom control and to enhance patient-clinician communication patient satisfaction, as well as well-being. In addition, it is known that improved communication between patients and medical staff to less anxiety after a biopsy and that anxiety is related to pain. Taken as a whole, these elements encourage the integration of e-health and e-PRO for the management of pain and anxiety in patients undergoing a biopsy. The benefits of e-PRO are still being discussed in terms of quality of life (Qol) and psychological distress. The investigator propose to integrate two types of e-health intervention: 1/e-PRO collected by connected objects (smartphone or tablet) as they were used in previous studies, and 2/ e-PRO collected by a phone consultation, which values human communication between the medical staff and the patient. In case of significant pain, the collection of e-PRO by any of these e-health interventions will generate an alert and a reactive and responsive care. In fine, the purpose of this research is to improve the medical organization and care of post-biopsy patients by proposing an innovative connected patient technology, regardless of their remoteness from the hospital. Social inequalities will be reduced by lending a tablet to patients who do not have such a device with a 4G key.