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Analysis of Non Specific Parameters of Simplicia Bloodleaf Plant (Iresine herbstii Hook) During Storage Putra, Aditya Dwi Permana; Safrina, Devi; Susanti, Dian; Adi, M. Bakti Samsu; Wijaya, Nur Rahmawati; Rukmana, Rizal Maarif
Proceeding of International Conference on Biology Education, Natural Science, and Technology 2024: Proceeding of International Conference on Biology Education, Natural Science, and Technology
Publisher : Universitas Muhammadiyah Surakarta

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Abstract

Bloodleaf plant, scientifically known as Iresine herbstii Hook, is an ornamental shrub with possible medicinal properties. Storage of simplicia is necessary to guarantee the accessibility of raw materials from I. herbstii. Prolonged storage of simplicia can impact its quality, including many non-specific factors. Indeterminate parameters suggest a relationship between the characteristics of Hook's I. herbstii simplicia during extended storage. This study seeks to ascertain the impact and correlation between the duration of storage of simplicia and the non-specific characteristics of I. herbstii simplicia. Moisture content, extractive value, and ash content were examined in samples with shelf lives of 0 month (IH0), 4 months (IH4), 10 months (IH10), 20 months (IH20), and 32 months (IH32). The acquired data were analyzed using DMRT (Duncan's Multiple Range Test) and MFA (Multiple Factor Analysis). The analysis results indicated that the storage duration impacted all parameters examined except acid-insoluble ash concentration. Prolonged storage of I. herbstii simplicia decreased the concentration of water-soluble and alcohol-soluble extractive value. At the same time, the water content and total ash content increased. The MFA analysis revealed a strong link between non-specific parameters and the duration of storage of I. herbstii simplicia, except for acid-insoluble ash concentration.
Environmental Monitoring, Environmental Health, and Artificial Intelligence: A Bibliometric Analysis Adi, M. Bakti Samsu
Mulawarman International Conference on Tropical Public Health Vol. 2 No. 2 (2025): The 4th MICTOPH
Publisher : Faculty of Public Health Mulawarman University, Indonesia

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Background : The rapid development of artificial intelligence is driving integration across various areas of life. The demands of the digital era, which focus on efficiency, speed, and accuracy, have led to a shift in several research trends toward digitalization. Environmental monitoring, which aims to monitor environmental health status on a broader scale, is also integrating with artificial intelligence. Objective : This bibliometric analysis aims to obtain an overview of research trends in environmental monitoring and health combined with artificial intelligence. Research Methods/ Implementation Methods : The method used was a bibliometric analysis of publications searched using the Scopus and Web of Science search engines. The keywords used were “environmental monitoring” or “environmental assessment” and “environmental health” and “artificial intelligence.” Bibliometric data were visualized and interpreted using the VOSviewer application. Results : After screening, 37 documents were included in the bibliometric analysis. The analysis results show that research trends related to environmental monitoring tend toward themes related to contamination, role, sensors, and accuracy. In environmental health, research trends tend toward the themes of strategy, control, accuracy, issue, and site. AI themes are related to environmental monitoring and environmental health. AI trends related to healthcare include health risk assessment, human health, and food safety. Conclusion/Lesson Learned : The theme of accuracy represents a point of convergence that is directing research toward obtaining valid data for environmental and health assessments.