Η κετογονική διατροφή μείωσε το λίπος στο ήπαρ κατά 67% [μελέτη]

This two-day event is designed to cover the most recent advances in the peritoneal surface malignancies treatment. Well-known experts in the field will teach about theory and techniques of laparoscopic peritonectomy, laparoscopic HIPEC, PIPAC, immunofluorescence, robotic, augmented reality and artificial intelligence application in the treatment of peritoneal surface malignancies.The course will be a complete review of the added value of laparoscopy in the management of peritoneal disease (staging, treatment, palliation and research) and will give participants the opportunity to perform laparoscopic procedures on cadavers.

Combining genome-wide data from ancient and modern populations opens new windows into the past and, importantly, their integration with archaeological evidence and historical records elucidates aspects of human history and cultural evolution of past societies. Population-scale sequencing projects investigating past and present human diversity have already provided us with extraordinary insights into patterns of human variation and mobility through time and space. Moreover, genome-wide data from archaic human remains, such as Neandertals and Denisovans, allows to investigate human evolution in action and to provide direct insights into genetic changes that define our own lineage.The available dataset of genome-wide data from present-day and archaic humans has risen exponentially since the first EMBO ‘Reconstructing the human past’ meeting in 2019. This has drastically enhanced our ability to carry out further large-scale studies on both global and local scales across deeply sampled time transects, making it now possible to ask and answer questions that were simply impossible to address before, in addition to motivating the development of new analytical methods. Critically, with new frontiers in data generation and analyses, questions on ethical practices in paleogenomics need to be considered.Furthermore, the reconstruction of ancient pathogen genomes and metagenomic analysis of the oral and gut microbiomes provides us with molecular fossils to study microbial evolution through time. The potential of ancient DNA data to reconstruct genomic variation of human-associated animals and plants to understand the process of domestication and their evolutionary trajectory is equally promising to such studies in humans.This meeting will involve scientists from population genetics, bioinformatics, microbiology, anthropology, archaeology and history and will strengthen future interactions in this young research field that is already changing the way we think about our past and will shape how we study genetic variation in the future.

Learning objectivesAfter watching this webinar, participants will be able to: appraise guideline recommendations for an optimal lipid-lowering strategy depending on the individual cardiovascular risk in persons without cardiovascular events; understand the need of an early and intense lipid-lowering strategy based on the “strike early and strong (SES)” strategy in very high risk patients after an ACS;understand the effects of an early and intensive lipid-lowering strategy on plaque regression and stabilisation;understand which lipid-lowering agents are able to reduce LDL-C fastest and strongest on top of an optimal lipid-lowering combination therapy; andknow more about ongoing trials.Needs assessment and expected educational outcome To better understand the need for early detection in very high risk patients after an ACS and to evaluate optimal lipid-lowering strategies. Main topicAcute Heart FailureAcute Cardiac CareSession informationThis webinar is targeted to Clinicians working in the field of acute cardiovascular care.During the webinar, you will be encouraged to send your questions by chat and interact with our key opinion leaders who will provide live feedback.An application has been made to the EACCME® for CME accreditation of this event.Technical settingsThe webinar is available on PC and tablets. The use of a smartphone is not recommended.To answer the MCQs during the live, you must allow pop-up windows.A high-speed Internet connection is required (minimum 2 Mbps)

This interactive and engaging workshop will focus on organ at risk delineation in the thoracic and abdominal region.  The workshop will use a combination of contouring exercises based on CT imaging, as well as online lectures where current contouring guidelines will be discussed in detail.  Using the FALCON-Educase platform, participants will be able to hone their skills based on feedback from experts.  In the advent of the autocontouring era, it is particularly important to have a good knowledge of contouring guidelines of organs at risk, to be able to adapt autocontours appropriately. The aim of this workshop is to develop participants’ knowledge and interpretation of contouring guidelines.  In doing so, this workshop hopes to improve standardisation in organ at risk delineation for thoracic and abdominal radiotherapy