These novel platelet parameters offer newer avenues in research and clinical use. Establishing biological reference interval for different platelet parameters would help determine true high and low values and help guide treatment decisions.
Ret-He can be used as a routine screening test to detect LID in blood donors. This could provide an opportunity to make appropriate and timely interventions like dietary changes or drug supplementation.
Introduction: COVID-19 usually presents with upper respiratory tract infection in varying severity which can lead to sepsis. Early prediction of sepsis may reduce mortality by timely interventions. The intended purpose of this study was to determine whether the advanced parameters like the extended inflammation parameters (EIPs) can predict prognosis and early progression to sepsis as a sequel of COVID-19 infection and can be used as a screening profile. Also, to evaluate the Intensive Care Infection Score (ICIS) and the COVID-19 prognostic score and validate the scores for our population. Methods: Prospective observational study of 50 reverse transcription-polymerase chain reaction (RT-PCR) proven admitted COVID-19 patients. The data assessed included complete blood counts (CBC) with EIP measurements, from Day 1 of admission to Day 10. The following groups were studied: noncritical (NC) and critical illness (CI) in COVID-19 positive cases, COVID negative sepsis and nonsepsis cases, and healthy volunteers for reference range. Results: The parameters that showed statistically significant higher mean in CI group compared to the NC group are reactive lymphocyte number and percentage (RE-LYMPH#, RE-LYMPH%), antibody synthesizing lymphocyte number and percentage (AS-LYMPH#, AS-LYMPH%), Reactive monocyte count and percentage (RE-MONO#, RE-MONO%/M), ICIS, COVID-19 prognostic score (p-value <0.05). The AUC confirmed the diagnostic accuracy of all these parameters. From the multivariate logistic regression, the significant risk factor was RE-LYMPH# with cut-off >0.10 (p value: 0.011). Conclusion: The new EIP parameters, RE-MONO#, RE-MONO%/M, ICIS score and COVID-19 prognostic score are useful for early prediction of critical illness. AS-LYMPH is the most useful predictor of critical illness on multivariate analysis. RE-MONO# and RE-MONO%/M parameter are useful in distinguishing critical and noncritical non-COVID and COVID-19 patients.
Aim: A controlled clinical study was conducted to investigate the relationship between iron deficiency and first episode of febrile seizure in children 6-60 months of age. Place and Duration:In the Pediatric Medicine department of ShifaInternationalHospital Islamabadforsix months duration from 15thMay 2020 to 30thNovember 2020. Methods:Hematological parameters for iron levels, including HB, MCV, MCHC and plasma ferritin, were determined in 75 patients who experienced a first febrile episode. 75 children without febrile seizures were taken as controls and the same markers were compared in both groups. Results: The most important factors influencing the first attack of febrile seizure were HB, MCV, and serum ferritin levels. Conclusion: Iron deficiency is significantly associated with the occurrence of the first febrile episode in children. Key words:Iron deficiency anemia, Iron deficiency, Febrile convulsions, Febrile attacks.
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