Background Elderly people are a vulnerable group of patients subjected to multiple health problems. Upper gastrointestinal bleeding (UGIB) in older adults is a frequent cause of hospital admissions. The presence of multiple comorbidities and greater medication use influence the clinical outcome. Aim The aim of our work was to analyze the etiology, precipitating factors, management, and outcome of the elderly Egyptian patients (> 65 years old) presenting with acute UGIB. Methods Three hundred thirty-two patients presenting with acute UGIB. The patients were classified into two groups according to age (elderly, above 65 years old, and young, below 65 years old). Clinical assessment, laboratory tests, and upper endoscopy were done for all patients. They were followed for 1 month. Results Elderly females showed higher incidence of acute UGIB (45.8% versus 28.9%) with significant P-value (0.001). The incidence of esophageal varices was high in young patients than in the elderly (46.4% vs 35.5%) with P-value (0.045), while the elderly patients showed a higher incidence of esophageal ulcers and gastric mass than the young patients (7.8% vs 2.4%), (6% vs 0%) with P-value (0.025 and 0.013) respectively. Also, there was a higher incidence of peptic ulcer in elderly than young patients but does not reach a significant value with P-value (0.067), while there was no difference between both groups as regards presence of (fundal varix, erosive gastritis, moniliasis, portal hypertensive gastropathy, antral gastritis, bulb duodenitis, post band ulcer, dieulafoy, gastric polyp, and angiodysplasia). Rockall score, duration of hospital stay, and mortality incidence (33.1% vs 15.7%) were high in the elderly than young patients with P-value (< 0.001). Conclusion The elderly are vulnerable groups who are at high risk of adverse outcome and mortality following acute upper gastrointestinal bleeding.
A serious global public health emergency emerged late November 2019 in Wuhan City, China, by a new highly pathogenic virus, SARS-CoV-2. The virus evolution spread has been tracked by three developing databases: GISAID, Nextstrain and PANGO to understand its circulating variants. In this study, 110 diagnosed positive COVID-19 patient’s samples, were collected from Kasr Al-Aini Hospital and the Children Cancer Hospital Egypt 57357 between May 2020 and January 2021, with clinical severity ranging from mild to severe. The viral genomes were sequenced by next generation sequencing, and phylogenetic analysis was performed to understand viral transmission dynamics. According to Nextstrain clades, most of our sequenced samples belonged to clades 20A and 20D, which in addition to clade 20B were present from the beginning of sample collection in May 2020. Clades 19A and 19B, on the other hand, appeared in the mid and late 2020 respectively, followed by the disappearance of clade 20B at the end of 2020. We identified a relatively high prevalence of the D614G spike protein variant and novel patterns of mutations associated together and with different clades. We also identified four mutations, spike H49Y, ORF3a H78Y, ORF8 E64stop and nucleocapsid E378V, associated with higher disease severity. Altogether, our study contributes genetic, phylogenetic, and clinical correlation data about the spread of the SARS-CoV-2 pandemic in Egypt.
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