SMHS医院收治的SARS-COV-2感染者的早期血气分析:克什米尔的一家三级医院

Iqra Farooq, Rafiqa Eachkoti, Amir Mohiuddin, S. Majid
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摘要

简介:血气是对血液中氧气和二氧化碳含量的测量。它们决定了血液的酸碱度。血气检测通常用于检测和监测肺部和肾脏问题。血气检测可测量氧分压(O2)、二氧化碳分压(CO2)、血氧饱和度(O2Sat)、碳酸氢盐(HCO3)浓度。材料与方法:本研究通过反转录聚合酶链反应(RT-PCR)确认 18 岁以上的 Covid 19 阳性患者。根据世界卫生组织的诊断指南,患有中度至重度 Covid 19 并至少接受过一次 ABG 检查的患者被纳入分析范围。ABG 测试是在 SMHS 医院生化部的 ABG 分析仪上进行的。所有与研究相关的数据均通过档案收集并记录在病例记录表中。病历科还提供了患者报告。结果57.33%的患者 pH 值呈碱性,36%的患者 pH 值正常,pH 值呈酸性的患者占 6.66%。45.33%的患者 PaO2 值偏低。6.66%的人 PaCO2 偏低(45mmHg)。在 45.33% 的人中发现 HCO3- 偏低(26mmol/L),这在呼吸性碱中毒的情况下是意料之中的。结论:定期 ABG 监测有助于及早发现无声缺氧和呼吸道损伤。如果能及早开始治疗,许多生命就能在早期诊断中得以挽救。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Early Blood Gas Analysis in SARS-COV-2 Infected Patients Admitted to SMHS Hospital: A Tertiary Care Hospital in Kashmir
Inroduction: Blood gases are a measurement of how much oxygen and carbon dioxide is in blood. These determine the acidity of blood. The blood gas testing is generally used for detecting and monitoring lung and kidney problems. The blood gas testing measures partial pressure of oxygen (o2), partial pressure of carbon dioxide (CO2),oxygen saturation(O2Sat), bicarbonate(HCO3) concentration . Materials and Methods: Here in study Patients aged more than 18 years confirmed Covid 19 positive by reverse transcription, PCR (RT-PCR). Patients suffering from moderate to severe Covid 19 as per WHO diagnostic guidelines and underwent at least one ABG were included in the analysis. The ABG test was done on ABG analyzer in department of Biochemistry, SMHS hospital. All the data which was related to study was gathered and recorded in case record forms using files. As well as reports of patients from medical record section. Results: Alkaline pH was found in 57.33% individuals.36% individuals were having normal pH and the percentage of individuals having acidic pH was 6.66%. Low PaO2 was found in 45.33% individuals. Normal PaO2 levels were found in 21.33% and high PaO2 levels were found in 33.33% individuals .Low PaCO2 (<35 mmHg) were found in 56%, normal (35-45mmHg) levels were found in 37.33% and high levels (>45mmHg) were found in 6.66%. Low HCO3- (<22mmol/L) were found in 16%, normal (22-26mmol/L) in 38.66% individuals and high (>26mmol/L) were found in 45.33% individuals would be expected in the case of respiratory alkalosis. Conclusion: Regular ABG monitoring can aid in the early detection of silent hypoxia, and respiratory injury. With early management start-up, many lives can be spared with early diagnosis.
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