4 research outputs found

    Immature Platelet Fraction in Patients with Chronic Liver Disease, A Marker for Evaluating Cirrhotic Changes.

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    Objective: To evaluate the role of Immature platelet fraction in patients with chronic liver disease, a marker for evaluating cirrhotic changes. Methodology: This case control study was conducted at department of Pathology, Aziz Fatima Medical and Dental College, Faisalabad, over a period of Seven months from June 2020 to January 2021. A total of 126 participants were included in the study consisting of 63 patients with chronic liver disease in group A and 63 participants without any known disease in group B as control. The IPF master program in combination with XE-2100 multiparameter automatic hematology analyzer was used to measure the immature platelet fraction. Ethylene diamine tetraacetic acid was used to collect the blood sample for IPF measurement and was maintained till analysis on room temperature. Ten repeated analyses, immediately and after 24 hours were done for reproducibility of IPF%. Results: The mean age of liver disease patients was 52.35 ┬▒ 13.64 years and in control group the mean age was 51.62 ┬▒ 11.27 years. There was no significant (p-value > 0.05) difference between both groups based on age and gender. The hemoglobin level and red cell count was found to be significantly (p-value < 0.05) reduced in cases group. While white blood cells count was comparable in both groups. The mean platelet count was significantly (p-value < 0.05) less in cases group (163.5 ┬▒ 90.4 vs 233.4 ┬▒ 54.5 (x10*3/┬Ál). The mean value of immature platelet fraction (IPF%) was significantly (p-value < 0.05) raised in cases group (5.62 ┬▒ 2.92 vs 3.06 ┬▒ 1.87). The multivariate discriminant analysis (MDA) score showed a significant (p-value < 0.05) association with chronic hepatis as compared to other liver related diseases. Conclusions: In chronic liver disease patients, there is an inverse relationship between platelet count and IPF% with decreased platelet count and increased IPF%. The proposed MDA function can be used to identify the cirrhotic changes in liver disease patients

    Plant Invasion and N<sub>2</sub>O Emission in Forest Ecosystems

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    Nitrogen (N) is a key factor for any ecosystem and has been found limited for biomass production. More N in forest ecosystem and their efficient utilization will contribute to the maximization in their growth, competition, and reproduction. Invasive plants capture and utilize more N than native plants and accelerate N cycles through altering the structure and community of soil microbes and the litter decomposition rates, under microclimate conditions, resulting in an increase of N availability. All these factors are promoting the invasiveness of plants and cause further ecological and economic damage and decline in native biodiversity. Plant invasions affect soil microbial community, soil physiochemical properties, and litter decomposition rates, promoting N cycle and releasing more nitrous oxide (N2O) into the atmosphere, further facilitating global warming, causing changes in the geographic ranges of some invasive species. Also, a better understanding of the mechanism, affecting factors, impacts, and control of the invasive species will lead to proper forest management. Proper and effective management will ensure the control of invasive species which includes invasive plant inventory, early deduction and rapid response, management plan and implication, and government support
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