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1.
Journal of Pharmaceutical Negative Results ; 13:6927-6942, 2022.
Article in English | EMBASE | ID: covidwho-2206807

ABSTRACT

Cardiovascular inclusion has been accounted for in patients with serious intense respiratory condition Covid 2 contamination, which might be reflected by electrocardiographic changes. Cardiovascular injury is additionally connected with humanity, need for intensive care, and seriousness of illness in patients due to Coronavirus. Some case features cardiovascular contribution as an intricacy related with Coronavirus, even without indications and indications of interstitial pneumonia. Two Coronavirus incidents in our report displayed diverse ECG indications by means of the sickness caused decay. The main case introduced brief SI QIII TIII sound structure followed by changeable almost whole atrioventricular square, and the second exhibited ST-section height joined by choroidal ventricular tachycardiac. The hidden systems of these ECGs irregularities in the serious phase of Coronavirus might be ascribed to hypoxia and incendiary harm brought about by the infection. Since the scourge of Coronavirus pulled in the consideration, hearsays were encompassing ECG variations in the contaminated people. We pointed toward indicative dissimilar noticed ECG discoveries and talking about their experimental importance. This deliberate audit recommends that recognizing ECG designs that may be connected with Coronavirus is fundamental. Given that doctors don't perceive these examples, they may mistakenly hazard the existences of their patients. Moreover, significant medication instigated ECG changes give attention to the medical care laborers on the dangers of potential treatments. Copyright © 2022 Wolters Kluwer Medknow Publications. All rights reserved.

2.
Frontiers in Sustainable Food Systems ; 5:15, 2021.
Article in English | Web of Science | ID: covidwho-1538378

ABSTRACT

COVID-19 pandemic has resulted in widespread global disruptions. While much is being discussed about the health and economic impacts, there has been a limited focus on the immediate food sector shocks and their related social implications in developing countries, especially when the farmer surveys cannot be conducted due to mobility restrictions in many countries. To overcome these challenges, this study uses news mining and content analysis of media articles published from February to April 2020, to assess the early impacts of the COVID-19 pandemic on the food supply chain and farm distress in India. It also presents the media perception of the impact of the pandemic and resulting policy measures using sentiment analysis, in addition to the cross-tabulation of results that show differential impacts across food supply chain components among different commodity groups and regions. The results show wide-scale impacts across different components of the food supply chain ranging from crop harvesting and processing, distribution and logistics to disruptions across food markets, as represented by 22, 11 and 30% of total articles, respectively. The impacts are also differentiated by commodity groups, with animal products having more trade and demand-side issues, logistic bottlenecks in fruits and vegetables and crops showing problems in labor availability and harvesting. Sentiment analysis of news items shows a spike in the negative sentiment immediately post the national lockdown, with relatively less negativity in subsequent weeks due to large-scale policy and community action. Sentiment classification along different indicators shows the highest negative sentiment for animal products (85%) in commodity groups, western states of India (78%) among different regions, and food supply (85%) and markets (83%) among supply chain components. Further, extreme weather analysis (using excess rainfall events) shows that farmers faced compound risks from the COVID-19 pandemic and extreme weather events in many parts of the country. The results highlight the importance of building resilient food systems, especially when the biotic and abiotic shocks are projected to increase globally due to many drivers including biodiversity loss and climate change.

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