Nutrition education in medical schools (NEMS) project: Joining ESPEN and university point of view.

BACKGROUND & AIMS: Nutrition education is not well represented in the medical curriculum. The aim of this original paper was to describe the Nutrition Education in Medical Schools (NEMS) Project of the European Society for Clinical Nutrition and Metabolism (ESPEN). METHODS: On 19 January 2020, a meeting was held on this topic that was attended by 51 delegates (27 council members) from 34 countries, and 13 European University representatives. RESULTS: This article includes the contents of the meeting that concluded with the signing of the Manifesto for the Implementation of Nutrition Education in the Undergraduate Medical Curriculum. CONCLUSION: The meeting represented a significant step forward, moved towards implementation of nutrition education in medical education in general and in clinical practice in particular, in compliance with the aims of the ESPEN Nutrition Education Study Group (NESG).

Evaluation of focused sentinel lymph node RT-qPCR screening for micrometastases with the use of the Maruyama computer program.

BACKGROUND: In this preliminary study, we investigated the sensitivity and specificity of reverse transcriptase (RT)-qPCR lymph node (LN) metastases detection, the accuracy of intraoperative dye navigation, and the incidence of micrometastasis (MM) detection with this protocol, compared to other published studies. METHODS: A total of 23 patients were enrolled in the study. The first stained LN was analyzed using RT-qPCR for carcinoembryonic antigen (CEA) and cytokeratin 20 (CK-20) expression, as markers for MM involvement. The Maruyama computer program was used to determine the most likely first metastatic site. These results were compared with the actual staining patterns to evaluate whether the first draining LN was extracted. We analyzed the correlations between MM and tumor characteristics. The incidence of MM detected with the present method was compared to other studies, as markers of the accuracy of the present protocol. RESULTS: At 35 threshold cycles, the RT-qPCR had a negative predictive value of 100 % and a positive predictive value of 83.3 %. MM were detected in 4 out of 14 node-negative patients (28.6 %). The extracted sentinel LN coincided in 76.9 % of cases with the most probable first metastatic LN predicted by the Maruyama program. MM were found more frequently in these 'high-risk' LNs. Significant differences were found in the Lauren's histological type distribution and the age distribution among the MM-positive and MM-negative groups. CONCLUSION: Our preliminary results confirm that RT-qPCR is an accurate method of MM detection, that the dye navigation enables the determination of the first draining LN, and that the incidence of MM detection with this focused sentinel LN protocol is comparable to other studies.

Opposing effects of dexamethasone, agrin and sugammadex on functional innervation and constitutive secretion of IL-6 in in vitro innervated primary human muscle cells.

Neuromuscular junction development is the key process required for successful neuromuscular transmission and functional innervation of skeletal muscle fibres. Various substances can influence these processes, some of which are in common use in clinical practice. In the present study, the effects of the potentially new therapeutic agent agrin were followed, along with the widely used glucocorticoid dexamethasone. The in vitro experimental model used was functional innervation and constitutive interleukin 6 (IL-6) secretion of human muscle cells. Additionally, the selective relaxant binding agent sugammadex and its possible interaction with dexamethasone were followed. Dexamethasone impaired functional innervation while agrin had opposing effects. Furthermore, based on interference with IL-6 secretion, we show potential (chemical) interactions between dexamethasone and sugammadex. The physiological effects of this interaction should be taken into consideration under clinical conditions where these two drugs might be applied simultaneously.

Evaluation of a focused sentinel lymph node protocol in node-negative gastric cancer patients.

BACKGROUND/AIMS: A specific preoperative work-up was used to access a limited number of high-risk lymph nodes with RT-qPCR for micrometastatic sentinel lymph node involvement. We validated our protocol with IHC screening for micrometastases and long-term survival analysis. METHODOLOGY: From the 32 patients included 22 were node-negative patients. With a specific preoperative protocol sentinel lymph nodes (1-2 per patient) were extracted for further RT-qPCR analysis for CEA and CK20 expression. In 10 patients from the study group, the remaining lymph nodes around the extracted sentinel lymph node from the first compartment were additionally screened using IHC for missed micrometastases. RESULTS: Micrometastases were detected in seven of 22 (31.8%) node-negative patients. RT-qPCR identified micrometastases in four of 10 haematoxylin-eosin-negative lymph nodes (40%), and in three of eight IHC negative lymph nodes (37.5%). The cumulative 3-year survival for the study group was 80.8%. The 3-year survival in the RT-qPCR-negative group was 90%, compared with 66.7% in the RT-qPCR-positive group (p=0.289). CONCLUSIONS: Encouraged by these results, we will include more patients in our focused sentinel lymph node protocol. With a refinement of our method, we believe the focused sentinel lymph node protocol can be implemented for intraoperative tailoring of extent of lymphadenectomy.