View clinical trials related to Barrett Esophagus.
Filter by:Multispectral imaging represents an exciting new field of investigation in endoscopic research. Multispectral imaging uses a specialised camera to detect multiple colours, allowing us to build a rough spectrum from each point in our image. It is widely reported that these spectra are different for different tissue types, but this is difficult to study ex vivo since de-oxygenation of the blood and decay of the tissue change these spectra considerably. The investigators have therefore designed this study to asses the different multispectral imaging spectra of Barrett's Oesophagus, which we believe might be utilised as a method to detect dysplasia in the future.
Barrett's esophagus is a condition in which the normal lining of the lower esophagus is replaced with cells that predispose an individual to development of esophageal cancer. Treatment of Barrett's esophagus reduces the risk of progression to cancer. Treatment is provided endoscopically, via a variety of approved techniques including endoscopic mucosal resection, argon plasma coagulation, radiofrequency ablation (RFA), spray cryotherapy ablation and balloon cryotherapy ablation. A common side effect of ablation treatment is pain, thus making pain an important factor when discussing treatment options. It is speculated that balloon cryotherapy causes less pain than RFA but no head-to-head comparison trials exist to date. This multi-center, prospective cohort study aims to compare pre- and post-procedural pain for balloon cryotherapy versus RFA. Providing both patients and clinicians with data from a well-designed prospective study may help guide future physician/patient treatment discussions.
This study is looking at a cohort of patients who have undergone treatment for Barrett's Esophagus (BE) and who have experienced complete eradication of the disease. The aim of the proposed study is to evaluate the histologic features of the neosquamous epithelium (NSE) following complete eradication of intestinal metaplasia (CE-IM) in patients undergoing routine surveillance biopsies and compare these data to a direct measure of reflux using 24hr pH impedance, to determine the correlation between histology and persistent reflux. These data will allow us to more accurately risk stratify patients for recurrence of BE following EET.
To improve detection of esophageal (pre)malignant lesions during surveillance endoscopy of patients at risk of developing malignancies, for example in Barrett's Esophagus (BE), there is a need for better endoscopic visualization and the ability for targeted biopsies. Optical molecular imaging of neoplasia associated biomarkers could form a promising technique to accommodate this need. It is known that the biomarker c-Met is overexpressed in dysplastic and neoplastic areas in BE segments versus normal tissue and has proven to be a valid target for molecular imaging. Edinburgh Molecular Imaging Ltd (EMI) has developed a fluorescent tracer specifically targeting c-Met by labeling a small peptide to a fluorescent fluorophore: 'EMI-137'. The investigators hypothesize that when EMI-137 is administered intravenously, it accumulates in c-Met expressing high grade dysplasia (HGD) and esophageal adenocarcinoma (EAC), enabling (early) cancer visualization using a newly developed fluorescent fiber-bundle. This hypothesis will be tested in the current pilot intervention study.
This study evaluates the addition of an alginate based solution to twice daily proton pump inhibitor therapy (PPI) in patients undergoing ablative therapy for dysplastic Barrett's esophagus. The investigators hypothesize that the addition of this medication will help to achieve complete remission of Barrett's over a shorter period of time.
This study tests the impact of narrow band imaging (NBI) on endoscopists' accurate detection of visible lesions and dysplasia in patients with Barrett's esophagus, as well as the effect of NBI on the choice of primary treatment modality among endoscopists performing endoscopic eradication therapy (EET).
This study is to examine the benefits of newly designed capsule with enhanced frame rate and wide angle compared to standard endoscopy, which may help enhance detecting esophageal diseases that otherwise may have been out of vision in the standard endoscopy, ultimately decreasing healthcare costs.
The aim of this study is to assess the safety and feasibility of the EndoRotor® for the ablation of Barrett's esophagus.
The primary objective is to determine the safety and efficacy of the C2 CryoBalloon™ Swipe Ablation System ("CryoBalloon Swipe") used at increasing doses.
To prospectively assess the functional aspects of the the esophageal squamous epithelial barrier and correlate this with tissue inflammation and intercellular space dilation in patients who have successfully completed endoscopic radiofrequency ablation versus balloon cryotherapy for Barrett's Esophagus related metaplasia.