GLP1 Receptor Agonists Over and above Their particular Pancreatic Consequences

An accurate histopathological diagnosis of indeterminate biliary strictures and pancreatic lesions is challenging because of insufficient quali-ty of tissue specimen taken during ERCP (brush cytology), cholangioscopy (biopsies) or endosonography (EUS, FNAB). Confocal laser endomicroscopy (CLE) allows virtual histopathological diagnosis with the potential to either replace or increase the diagnostic yield of standard histopathological diagnosis in patients presenting with biliary strictures and pancreatic lesions. The aims of our prospective pilot study were to 1. Assess the diagnostic yield of standard histopathology compared to CLE in patients referred for cholangioscopy or for EUS of the pancreas; 2. Evaluate the cost of CLE in these indications.
CLE was performed (during cholangioscopy or EUS), followed by standard tissue sampling. CLE-based diagnosis was compared with standard histopathology/cytology. CLE probe was introduced through the working channel of the cholangioscope or through the FNAB needle, therefore, might improve diagnostic accuracy or even replace standard histopathology in these indications.Complex anorectal examination including a detailed medical history, physical proctological examination and evaluation of the sensorimotor and structural function of the anorectum is essential for the diagnosis and therapeutic management of functional anorectal dysfunction. The aim of the work is to provide an overview of diagnosing functional anorectal disorders according to the new update and consensus statement of the International Anorectal Physiology Working Group (IAPWG) with a focus on indications, a standardized examination protocol and introduction of the new London classification of anorectal dysfunction. The indications are fecal incontinence, defecation disorders, functional pelvic (anorectal) pain, evaluation before an anorectal intervention and before planned delivery to assess the function of a previously traumatized anal sphincter. Standardization of the diagnosis and the evaluated data are the basis for multidisciplinary cooperation and determination of a treatment plan for each patient individually.Zenkers diverticulum is the most common type of esophageal diverticulum with a prevalence of 0.01 to 0.11 %, usually found in middle-aged and older patients. The prevalent symptoms are dysphagia and regurgitation. Treatment is recommended in symptomatic patients and consists of myotomy of the cricopharyngeal muscle. Both surgical and endoscopic methods are used in the treatment of Zenkers diverticulum. With technical advances, flexible endoscopy has come to the forefront in the treatment of Zenkers diverticulum, especially in older polymorbid patients. Its advantages include lower morbidity and mortality, shorter surgery time, the possibility of performing the procedure without general anesthesia, and a shorter hospital stay, including early oral food intake. In this paper we present our own experience with endoscopic treatment of Zenkers diverticulum and at the same time we provide a review of effectiveness with other methods of treatment.In this study, the structure, adhesion, and cell viability characteristics of silicon-incorporated diamond-like carbon (Si-DLC) coatings on fused silica substrates were investigated. The effects of argon and oxygen postprocessing plasma treatments on the Si-DLC coatings were also studied. The contact angle results showed that the Si-DLC coatings were more hydrophilic than the uncoated surfaces, and postprocessing plasma treatment increased the hydrophilicity of the Si-DLC coatings. Atomic force microscopy and profilometry confirmed that postprocessing plasma treatment increased the thickness and roughness of the Si-DLC coatings. The results of microscratch testing indicated that the plasma treatments reduced the adhesion of the coatings. The x-ray photoelectron spectroscopy (XPS) showed the presence of carbon, oxygen, and silicon in the Si-DLC coatings before and after the plasma treatments. These results show that the postprocessing plasma treatment significantly reduced the atomic percentage of the carbon in the Si-DLC coatings. XPS also confirmed the presence of carbon in the form of sp3(C-C), sp2(C=C), C-O, and C=O bonds in the Si-DLC coatings; it showed that postprocessing treatments significantly increased the percentage of oxygen in the Si-DLC coatings. Fourier transform infrared spectroscopy (FTIR) analysis showed features associated with C-OH stretching, C-H bending, as well as Si-CH2 and C-H bending in the Si-DLC coating. check details The XPS and FTIR results confirmed that the plasma treatment caused dissociation of the sp2 and sp3 bonds and formation of C-OH bonds. The contact angle data indicated that postprocessing treatment increased the hydrophilicity of the Si-DLC coating. Similar to the uncoated substrates, L929 cells showed no change in cell viability when cultured on Si-DLC coatings. These results of the study indicate the suitability of Si-DLC coatings as inert coatings for medical and biotechnology applications.June 20, 2020 marked the 70th anniversary of the birth of Sergei Alexandrovich Sovtsov - a prominent Russian surgeon, Doctor of Medical Sciences, Professor, Honored Doctor of Russia, Vice-President of the Russian Society of Surgeons.The researches devoted to blood-saving technologies in extensive liver resections are analyzed in the manuscript. Resection of three and more liver segments is effective method of surgical treatment of various focal liver lesions. Surgical (anatomical resection with hilar glissonean access, Pringle maneuver, modern technical equipment, etc.), anesthesiological (reduction of central venous pressure, hemostatic agents) and transfusion (autologous blood donation, transfusion, cell saver, etc.) methods contribute to prevention and reduction of blood loss. Intraoperative measures for blood loss prevention should include adequate surgical incision and liver mobilization, precise techniques of parenchymal dissection (for example, cavitation surgical aspirator-destructor), use of clip applicators and local or systemic hemostatic agents.Exocrine drainage is an Achilles heel of pancreas transplantation. The author analyzed the outcomes of pancreas transplantations with different types of exocrine drainage in various centers (n=93). The manuscript ensures insight on the evolution and progress of exocrine drainage techniques in pancreas transplantation within the historical context and current state of the problem.