Fig 3 - available via license: Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International
Content may be subject to copyright.
Source publication
Similar publications
Background: Cerebral Sinovenous Thrombosis (CSVT) is a frequent pathology associated with a wide range of causative factors and non-specific clinical symptoms which need a timely diagnosis and adequate therapy.
Citations
... What this pandemic, in both the first and the second phase, has indeed taught us is this: "Elevated D-dimer and fibrinogen levels are risk factors for ARDS and death patients with COVID-19." 1 Thrombosis in COVID-19 patients caused due to severe acute respiratory syndrome (SARS)-COV-2, which is an excessive inflammatory state with raised interleukin (IL)-6 and lymphopenia showing poor prognostication of the disease progression ( ► Fig. 1 ). 2 What is essential to keep in mind is the type of patient cohort and the right selection for using timely ECMO as a bridge to lung transplant. The acute respiratory distress syndrome (ARDS) patients requiring lung transplant are extremely sick, thus requiring immense support, with or without ECMO, and without which their result would be fatal. ...
... "#CORONA SOLUTIONS-WE CAN, WE WILL FIND THEM" is a BUZZWORD at JCCC-TSS College of Cardiac Critical Care fellowship and webinars in 2020. 4 This special Part 2 of the COVID-19 e-supplement from some experts in corona solutions, help us to bring our readers different treatment strategies from gross to the subtlest. It is the subtle things like the mind, which is always working in the realm of the known. ...
In the context of Japanese energy targets for 2030 and the long-term strategy towards zero carbon emissions by 2050, this study estimates the impact of several measures for increasing the renewable generation share while maintaining a reliable energy system. To do so, the authors attempted to reproduce the expected 2030 energy mix according to the 5th Strategic Energy Plan, and then formulated two different alternative scenarios: a European-style merit order dispatch in Scenario 1, and the replacement of nuclear generation with renewables in Scenario 2. The simulations were carried out using the Energy System simulation model (EnSym), which was newly developed by the authors. EnSym simulates the hourly generation of all major resources, including variable renewables, using meteorological data. Spatially, EnSym also simulates the electricity transmission grid of Japan, allowing to understand how changes in grid capacity, dispatch framework and energy policy can impact the overall system. The results show that merely switching to a merit order dispatch could increase the use of renewable generation by 1.5% (to 22.6%). Further, replacing nuclear power resulted in a renewable share of 58.2%, which would include 300 GW of solar PV, 45 GW wind, 36 GW biomass and 23 GW geothermal capacity (while leaving all other generating capacity constant at 2021 levels). Based on these results, the authors also provide recommendations for changes to the next, 6th, Strategic Energy Plan.
The article examines the problems of legal regulation of the activities of legal entities and relations. The main characteristics of legal regulation, such as the subject, method, methods and types of legal regulation, are analyzed. Currently, in the context of the COVID-19 pandemic, the legal regulation of public relations is undergoing serious transformational changes. A significant change in the subject of legal regulation, due to the creation of a situation of serious threat to public health, forced the legislator to introduce restrictions on the fundamental rights and freedoms of legal entities, as well as to the preferential use of prohibitions and positive obligations as ways to regulate public relations. In this regard, the permissive type of legal regulation of public relations begins to dominate, which is based on the principle of everything is prohibited, except what is directly permitted by law. The above clearly indicates a clear transformation of legal regulation.
