Recommendations for psychological assessment before bariatric surgery.

This document was created based on the need to standardize the psychological examination procedure prior to bariatric surgery. A valuable inspiration was the recommendations issued by the American Society for Metabolic and Bariatric Surgery. Bariatric or metabolic surgery has an undeniable positive effect in the treatment of obesity, in terms of improving somatic diseases, psychological disorders and psychosocial functioning. At the same time, it introduces major changes in the individual's life to which he or she must adapt. The treatment of obesity by surgery requires a fundamental change in lifestyle and the lifelong cooperation of the patient with the entire therapeutic team. Psychological care is a standard part of the entire treatment process. The role of the psychologist is not exclusively diagnostic. In indicated cases, it offers preoperative and postoperative psychological intervention, education and cooperation in the development of an individual treatment plan. Its aim is to deepen the patient's motivation to comply with dietary and regimen recommendations and to provide psychological support in the event of worsening psychological difficulties.

Robotic surgical staging of lymphadenectomy during pregnancy - case report.

OBJECTIVE: We aim to present a case of a 43-year-old patient dia-gnosed with cervical adenocarcinoma in the 15th week of pregnancy, who underwent robotically-assisted staging in a laparoscopic pelvic lymphadenectomy. Further therapeutic approach was based on the results of subsequent lymph node histopathologic assessment. CONCLUSION: In pregnant women with cervical cancer, robot-assisted laparoscopic lymphadenectomy is a method of choice for surgical staging.

Protection of cells against oxidative stress by nanomolar levels of hydroxyflavones indicates a new type of intracellular antioxidant mechanism.

Natural polyphenol compounds are often good antioxidants, but they also cause damage to cells through more or less specific interactions with proteins. To distinguish antioxidant activity from cytotoxic effects we have tested four structurally related hydroxyflavones (baicalein, mosloflavone, negletein, and 5,6-dihydroxyflavone) at very low and physiologically relevant levels, using two different cell lines, L-6 myoblasts and THP-1 monocytes. Measurements using intracellular fluorescent probes and electron paramagnetic resonance spectroscopy in combination with cytotoxicity assays showed strong antioxidant activities for baicalein and 5,6-dihydroxyflavone at picomolar concentrations, while 10 nM partially protected monocytes against the strong oxidative stress induced by 200 µM cumene hydroperoxide. Wide range dose-dependence curves were introduced to characterize and distinguish the mechanism and targets of different flavone antioxidants, and identify cytotoxic effects which only became detectable at micromolar concentrations. Analysis of these dose-dependence curves made it possible to exclude a protein-mediated antioxidant response, as well as a mechanism based on the simple stoichiometric scavenging of radicals. The results demonstrate that these flavones do not act on the same radicals as the flavonol quercetin. Considering the normal concentrations of all the endogenous antioxidants in cells, the addition of picomolar or nanomolar levels of these flavones should not be expected to produce any detectable increase in the total cellular antioxidant capacity. The significant intracellular antioxidant activity observed with 1 pM baicalein means that it must be scavenging radicals that for some reason are not eliminated by the endogenous antioxidants. The strong antioxidant effects found suggest these flavones, as well as quercetin and similar polyphenolic antioxidants, at physiologically relevant concentrations act as redox mediators to enable endogenous antioxidants to reach and scavenge different pools of otherwise inaccessible radicals.