Journal of Public Health Education
https://journals.prosciences.net/index.php/JPHE
<p><strong>Journal of Public Health Education (JPHE)</strong> is a scientific journal published by MPI Press since August 2021. <strong>JPHE</strong> accepts scientific papers in the form of research reports (original research papers), sistematic review, and case study with a focus on the development of public health problems in Indonesia, including the developments and main problems in the field of Health Promotion; Occupational Health, and Safety; Epidemiology; Environmental Health; Health Administration and Policy; Biostatistics; Reproductive Health; Hospital Management; Nutrition Science; Health Information Systems in Regional of Indonesia. <strong>JPHE</strong> also receives scientific contributions from outside the Indonesian Region as long as it is related to public health and has a comparison with the State of Indonesia.</p> <p>Articles published in<strong> JPHE</strong> go through a double-blind peer-review process. Therefore, the decision to accept scientific articles is in the right of the Editorial Board based on peer reviewer's recommendations.</p>MPI Pressen-USJournal of Public Health Education2807-2464Case Report pada Primigravida Trimester II dengan Anemia Ringan di Puskesmas Tongguh Kabupaten Bangkalan
https://journals.prosciences.net/index.php/JPHE/article/view/443
<p><em>Primigravida women are more susceptible to anemia than multigravida due to limited knowledge of pregnancy care and physiological hemodilution. This case report aimed to describe midwifery care for a primigravida in the second trimester with mild anemia at Tongguh Community Health Center, Bangkalan Regency, Indonesia. A descriptive case-report design was used, with data collected through interview, physical examination, and documentation across three antenatal visits between January and May 2025, following informed consent from the patient. At the first visit, the mother had irregular iron and multiple micronutrient supplement (MMS) intake, irregular antenatal care, and a hemoglobin level of 10.2 g/dL. Care included nutrition education, structured guidance on correct iron and MMS consumption, provision of iron tablets, and adherence monitoring across visits. By the third visit, hemoglobin had increased to 11.4 g/dL, conjunctival pallor resolved, and fatigue subsided. Structured, visit-based education and compliance monitoring for iron and MMS supplementation were effective in resolving mild anemia in this case, supporting the integration of consistent adherence monitoring into routine antenatal care.</em></p>Rahil Raihana QothrunnadaDeasy IrawatiSri Wayanti
Copyright (c) 2026 Rahil Raihana Qothrunnada, Deasy Irawati, Sri Wayanti
https://creativecommons.org/licenses/by-sa/4.0/
2026-08-142026-08-146117