https://ejournal.unitomo.ac.id/index.php/jhest/issue/feed J-HESTECH (Journal Of Health Educational Science And Technology) 2022-06-14T13:43:56+07:00 Dian Trilus dian.trilus@unitomo.ac.id Open Journal Systems <p><strong>Terakreditasi SINTA 5, oleh Menteri Ristek/ Kepala Badan Riset dan Inovasi Nasional sesuai Keputusan Menteri&nbsp;<a href="https://drive.google.com/file/d/1qp2U-FCQmhGMFPFRKtOFo_oOQ0xGuI23/view?usp=sharing" target="_blank" rel="noopener noreferrer">200/M/KPT/2020</a>&nbsp;tertanggal 28 Desember 2020</strong></p> <p>Menerima artikel dengan fokus pada bidang ilmu kesehatan dan aplikasi teknologi dalam bidang medis. Bidang-bidang yang dapat didiskusikan antara lain : (1) Kesehatan Ibu dan Anak, (2) Maternity (Persalinan, Nifas, Kehamilan dan Menyusui), (3) Keluarga Berancana, (4) Promosi Keehatan dan Gaya Hidup, (5) Teknologi Pengolahan Darah (serologi Darah, Manajemen tata kelola kepalangmerahan), (6) Kesehatan Reproduksi, (7) Kesehatan dan Nutrisi, (8) Etika Kesehatan dan Regulasi, (9) Kesehatan Lingkungan dan Ketenagakerjaan, (10) Farmakologi, Radiologi, dan Medical Record.</p> <p>&nbsp;</p> <p>ISSN <a href="http://u.lipi.go.id/1518427505" target="_blank" rel="noopener">2615-398X</a> (Print)<br>ISSN <a href="http://u.lipi.go.id/1518420339" target="_blank" rel="noopener">2622-3600</a> (Online)</p> https://ejournal.unitomo.ac.id/index.php/jhest/article/view/4515 Intervensi Digital Untuk Pencegahan Depresi Prenatal Pada Masa Pandemi Covid-19 2022-06-14T13:42:07+07:00 Lina Herida Pinem linajoput@gmail.com Yulianti Yulianti linajoput@gmail.com Lasmaria Sernovita Lastro linajoput@gmail.com Sillvy Risdhana linajoput@gmail.com Siti Komala linajoput@gmail.com Siti Nurlaela linajoput@gmail.com <p><strong>Abstrak : </strong>Pada masa pandemi Covid19 banyak ibu hamil yang mengalami depresi pada masa kehamilan. Banyak dampak negatif yang disebabkan oleh depresi yang dialami ibu pada masa kehamilan hingga persalinan, diantaranya terhambatnya pertumbuhan janin, serta melemahkan kontraksi otot rahim. Penulis melakukan kajian secara <em>literature review </em>dengan pendekatan menggunakan 10 artikel tentang intervensi digital untuk pencegahan depresi prenatal dalam periode 2016 –2021 dengan kriteria inklusi terkait. Intervensi digital menggunakan aplikasi atau web menjadi lebih efektif karena jauh lebih mudah dijangkau, tidak terbatas waktu dan lebih efisien. Adapun hambatan untuk ibu hamil yang kurang mampu menggunakan internet. Intervensidigital ini sangat efektif untuk diterapkan karena membuat ibu hamil lebih mudah untuk mengetahui cara pencegahan depresi tanpa perlu ke rumah sakit pada masa pandemi.</p> <p><strong><em>Kata Kunci</em></strong><strong><em>:</em></strong> Intervensi, Digital, Depresi, Prenatal</p> <p><strong><em>&nbsp;</em></strong></p> <p><strong><em>Abstrak :</em></strong> <em>During the Covid19 pandemic, many pregnant women experienced depression during pregnancy. Many negative impacts caused by depression experienced by the mother during pregnancy to childbirth, including inhibition of fetal growth, and weakening uterine muscle contractions. The authors conducted a literature review with an approach using 10 articles on digital interventions for prenatal depression prevention in the period 2016-2021 with related inclusion criteria. Digital interventions using applications or the web are becoming more effective because they are much easier to reach, time-limited and more efficient. As for the obstacles for pregnant women who are less able to use the internet. This digital intervention is very effective to implement because it makes it easier for pregnant women to know how to prevent depression without the need to go to the hospital during a pandemic.</em></p> <p><strong><em>Keywords</em></strong><strong><em>: </em></strong><em>Intervention, Digital, Depression, Prenatal</em></p> 2022-06-14T09:29:57+07:00 Copyright (c) 2022 J-HESTECH (Journal Of Health Educational Science And Technology) https://ejournal.unitomo.ac.id/index.php/jhest/article/view/4504 Hubungan Ketepatan Pemberian MP-ASI dengan Perkembangan Motorik Kasar pada Bayi Usia 6-12 Bulan 2022-06-14T13:42:20+07:00 Yana Eka Mildiana yanaekamildiana@gmail.com Henny Sulistyawati henny.gadang@gmail.com <p><strong>Abstrak :</strong> Makanan terbaik bagi bayi adalah ASI tetapi seiring bertambahnya usia, bayi membutuhkan lebih banyak energi dan nutrisi sehingga mereka membutuhkan tambahan nutrisi yang tepat. Bayi usia 6-12 bulan merupakan waktu yang tepat untuk diberikan makanan pendamping ASI. Kurangnya nutrisi yang diberikan secara tepat mengakibatkan kurang optimalnya perkembangan motorik kasar pada bayi. Penelitian &nbsp;ini bertujuan untuk mengetahui hubungan ketepatan pemberian makanan pendamping ASI dengan perkembangan motorik kasar pada bayi usia 6-12 bulan. Penelitian ini merupakan penelitian analisis kuantitatif dengan desain cross sectional. Sampel berjumlah 38 orang yang merupakan bayi usia 6 sampai 12 bulan pada bulan November 2021 di Poskesdes Desa Plandi Jombang. Sampel diperoleh dengan teknik total sampling. Ketepatan pemberian MP-ASI sebagai variabel bebas dan variabel terikat adalah perkembangan motorik kasar. Instrumen penelitian ini adalah checklist dan DDST II. Analisis data menggunakan univariat dan bivariat dengan uji Fisher's Exact. Hasil penelitian menunjukkan bahwa sebagian besar responden yaitu 23 responden (60,5%) yang diberikan MP-ASI tidak sesuai umur mengalami perkembangan motorik kasar kategori tersangka dan hampir separuh responden yaitu 15 responden (39,5%) diberikan MP-ASI menurut umur, mengalami perkembangan motorik kasar dalam kategori normal. Uji hubungan yang dihitung dengan menggunakan rumus Fisher's exact menunjukkan nilai signifikansi 0,000 &lt; (0,05), sehingga H1 diterima. Kesimpulan penelitian ini adalah ada hubungan antara ketepatan pemberian makanan pendamping ASI dengan perkembangan motorik kasar bayi usia 6 tahun. -12 bulan.</p> <p>&nbsp;</p> <p><strong>Kata kunci :</strong> Makanan Pendamping ASI, Motorik Kasar, Bayi</p> <p><strong><em>Abstract </em></strong></p> <p><strong><em>Abstract :</em></strong><em> The best food for babies is breast milk but as they get older babies need more energy and nutrients so they need additional proper nutrition. Infants aged 6-12 months is the right time to be given complementary foods to breast milk. Lack of proper nutrition results in less than optimal gross motor development in infants. The purpose of this study was to determine the relationship between the accuracy of complementary feeding and gross motor development in infants aged 6-12 months. This research is a quantitative analysis research with a cross sectional design. The sample is 38 people who are babies aged 6 to 12 months in November 2021 at the Poskesdes, Plandi Village, Jombang. Samples were obtained by total sampling technique. The accuracy of giving MP-ASI as the independent variable and the dependent variable is gross motor development. The research instrument is a checklist and DDST II. Data analysis used univariate and bivariate with Fisher's Exact test. The results showed that most of the respondents, namely 23 respondents (60.5%) who were given MP-ASI not according to age experienced gross motor development in the suspect category and almost half of the respondents, namely 15 respondents (39.5%) were given MP-ASI according to age, experienced gross motor development in the normal category. The relationship test calculated using the Fisher's exact formula showed a significance value of 0.000 &lt; (0.05), so H1 was accepted. The conclusion of this study is that there is a relationship between the accuracy of breastfeeding complementary foods with gross motor development of infants aged 6 years. -12 months.</em></p> <p><strong><em>Keywords:</em></strong><em> Complementary Foods for Breastfeeding, Gross Motor, Infants</em></p> 2022-06-14T09:32:20+07:00 Copyright (c) 2022 J-HESTECH (Journal Of Health Educational Science And Technology) https://ejournal.unitomo.ac.id/index.php/jhest/article/view/4506 Pengaruh Aroma Terapi Papperint Terhadap Mual Muntah Pada Ibu Hamil Trimester I 2022-06-14T13:42:35+07:00 Fera Yuli Setiyaningsih fera.yuli@stikesicme-jbg.ac.id Any Isro’aini any.isroaini@stikesicme-jbg.ac.id <p><strong>Abstrak :</strong> Konsepsi atau pembuahan adalah penyatuan sel telur dengan sperma yang kemudian akan berkembang menjadi embrio dan terus berkembang menjadi janin, dan lahirlah bayi. Mual dan muntah pada kehamilan berlebihan atau hiperemesis gravidarum tidak hanya mengancam nyawa ibu hamil, tetapi juga dapat menimbulkan efek samping pada janin seperti abortus, berat badan lahir rendah, kelahiran prematur, dan malformasi pada bayi baru lahir. Tujuan dari penelitian ini adalah untuk mengetahui pengaruh aromaterapi peppermint pada ibu hamil trimester I. Jenis penelitian ini adalah pre-experimental design dengan Group Pre-test Post-test Designs. Teknik pengambilan sampel yang digunakan adalah purposive sampling, dengan penentuan jumlah sampel dalam penelitian ini adalah 20 ibu hamil trimester I. Instrumen yang dapat digunakan antara lain lembar observasi, pedoman observasi (pengamatan), atau lembar checklist. analisis menggunakan SPSS 18. Hasil penelitian menunjukkan bahwa sebelum responden mendapatkan aromaterapi peppermint, separuhnya mengalami mual dan muntah dengan tingkat mual dan muntah sedang. Setelah responden mendapatkan aromaterapi peppermint, sebagian besar mengalami mual dan muntah dengan tingkat mual dan muntah ringan. Dari analisis data di atas diketahui nilai signifikansi sebesar 0,000 artinya nilai signifikansi &lt;, sehingga dapat diketahui bahwa pemberian aromaterapi peppermint berpengaruh terhadap mual muntah pada ibu hamil pada trimester I. Pemberian aromaterapi peppermint berpengaruh terhadap mual dan muntah pada ibu hamil trimester 1. Diharapkan peneliti selanjutnya dapat melakukan penelitian lebih lanjut mengenai teknik nonfarmakologi yang efektif dalam menurunkan intensitas mual muntah pada ibu hamil.</p> <p><strong>Kata kunci :</strong> Aromaterapi Peppermint, Mual Muntah, Kehamilan</p> <p><strong><em>&nbsp;</em></strong></p> <p><strong><em>Abstrack :</em></strong> <em>Conception</em><em>&nbsp; i</em><em>or</em><em>&nbsp; i</em><em>fertilization</em><em>&nbsp; i</em><em>is</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>union</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>an</em><em>&nbsp; i</em><em>egg</em><em>&nbsp; i</em><em>cell</em><em>&nbsp; i</em><em>with</em><em>&nbsp; i</em><em>a</em><em>&nbsp; i</em><em>sperm</em><em>&nbsp; i</em><em>which</em><em>&nbsp; i</em><em>will</em><em>&nbsp; i</em><em>then</em><em>&nbsp; i</em><em>develop</em><em>&nbsp; i</em><em>into</em><em>&nbsp; i</em><em>an</em><em>&nbsp; i</em><em>embryo</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>continue</em><em>&nbsp; i</em><em>to</em><em>&nbsp; i</em><em>develop</em><em>&nbsp; i</em><em>into</em><em>&nbsp; i</em><em>a</em><em>&nbsp; i</em><em>fetus,</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>a</em><em>&nbsp; i</em><em>baby</em><em>&nbsp; i</em><em>is</em><em>&nbsp; i</em><em>born.</em><em>&nbsp; i</em><em>Nausea</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>vomiting</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>excessive</em><em>&nbsp; i</em><em>pregnancy</em><em>&nbsp; i</em><em>or</em><em>&nbsp; i</em><em>hyperemesis</em><em>&nbsp; i</em><em>gravidarum</em><em>&nbsp; i</em><em>not</em><em>&nbsp; i</em><em>only</em><em>&nbsp; i</em><em>threaten</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>life</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>pregnant</em><em>&nbsp; i</em><em>women,</em><em>&nbsp; i</em><em>but</em><em>&nbsp; i</em><em>can</em><em>&nbsp; i</em><em>also</em><em>&nbsp; i</em><em>cause</em><em>&nbsp; i</em><em>side</em><em>&nbsp; i</em><em>effects</em><em>&nbsp; i</em><em>on</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>fetus</em><em>&nbsp; i</em><em>such</em><em>&nbsp; i</em><em>as</em><em>&nbsp; i</em><em>abortion,</em><em>&nbsp; i</em><em>low</em><em>&nbsp; i</em><em>birth</em><em>&nbsp; i</em><em>weight,</em><em>&nbsp; i</em><em>premature</em><em>&nbsp; i</em><em>birth,</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>malformations</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>newborns.</em><em>&nbsp; i</em><em>The</em><em>&nbsp; i</em><em>purpose</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>this</em><em>&nbsp; i</em><em>study</em><em>&nbsp; i</em><em>was</em><em>&nbsp; i</em><em>to</em><em>&nbsp; i</em><em>determine</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>effect</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>peppermint</em><em>&nbsp; i</em><em>aromatherapy</em><em>&nbsp; i</em><em>on</em><em>&nbsp; i</em><em>pregnant</em><em>&nbsp; i</em><em>women</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>1st</em><em>&nbsp; i</em><em>trimester. This</em><em>&nbsp; i</em><em>type</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>research</em><em>&nbsp; i</em><em>is</em><em>&nbsp; i</em><em>a</em><em>&nbsp; i</em><em>pre-experimental</em><em>&nbsp; i</em><em>design</em><em>&nbsp; i</em><em>with</em><em>&nbsp; i</em><em>Group</em><em>&nbsp; i</em><em>Pre-test</em><em>&nbsp; i</em><em>Post-test</em><em>&nbsp; i</em><em>Designs.</em><em>&nbsp; i</em><em>The</em><em>&nbsp; i</em><em>sampling</em><em>&nbsp; i</em><em>technique</em><em>&nbsp; i</em><em>used</em><em>&nbsp; i</em><em>was</em><em>&nbsp; i</em><em>purposive</em><em>&nbsp; i</em><em>sampling,</em><em>&nbsp; i</em><em>with</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>determination</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>sample</em><em>&nbsp; i</em><em>size</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>study</em><em>&nbsp; i</em><em>being</em><em>&nbsp; i</em><em>20</em><em>&nbsp; i</em><em>first</em><em>&nbsp; i</em><em>trimester</em><em>&nbsp; i</em><em>pregnant</em><em>&nbsp; i</em><em>women.</em><em>&nbsp; i</em><em>Instruments</em><em>&nbsp; i</em><em>that</em><em>&nbsp; i</em><em>can</em><em>&nbsp; i</em><em>use</em><em>&nbsp; i</em><em>include</em><em>&nbsp; i</em><em>observation</em><em>&nbsp; i</em><em>sheets,</em><em>&nbsp; i</em><em>observation</em><em>&nbsp; i</em><em>guides</em><em>&nbsp; i</em><em>(observations),</em><em>&nbsp; i</em><em>or</em><em>&nbsp; i</em><em>checklist</em><em>&nbsp; i</em><em>sheets.</em><em>&nbsp; i</em><em>analyze</em><em>&nbsp; i</em><em>using</em><em>&nbsp; i</em><em>SPSS</em><em>&nbsp; i</em><em>18. The</em><em>&nbsp; i</em><em>results</em><em>&nbsp; i</em><em>showed</em><em>&nbsp; i</em><em>that</em><em>&nbsp; i</em><em>before</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>respondents</em><em>&nbsp; i</em><em>received</em><em>&nbsp; i</em><em>peppermint</em><em>&nbsp; i</em><em>aromatherapy,</em><em>&nbsp; i</em><em>half</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>them</em><em>&nbsp; i</em><em>experienced</em><em>&nbsp; i</em><em>nausea</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>vomiting</em><em>&nbsp; i</em><em>with</em><em>&nbsp; i</em><em>moderate</em><em>&nbsp; i</em><em>levels</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>nausea</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>vomiting.</em><em>&nbsp; i</em><em>After</em><em>&nbsp; i</em><em>respondents</em><em>&nbsp; i</em><em>received</em><em>&nbsp; i</em><em>peppermint</em><em>&nbsp; i</em><em>aromatherapy,</em><em>&nbsp; i</em><em>most</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>them</em><em>&nbsp; i</em><em>experienced</em><em>&nbsp; i</em><em>nausea</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>vomiting</em><em>&nbsp; i</em><em>with</em><em>&nbsp; i</em><em>mild</em><em>&nbsp; i</em><em>levels</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>nausea</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>vomiting.</em><em>&nbsp; i</em><em>From</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>analysis</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>data</em><em>&nbsp; i</em><em>above,</em><em>&nbsp; i</em><em>it's</em><em>&nbsp; i</em><em>known</em><em>&nbsp; i</em><em>that</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>significance</em><em>&nbsp; i</em><em>value</em><em>&nbsp; i</em><em>is</em><em>&nbsp; i</em><em>0.000,</em><em>&nbsp; i</em><em>meaning</em><em>&nbsp; i</em><em>that</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>significance</em><em>&nbsp; i</em><em>value</em><em>&nbsp; i</em><em>is,</em><em>&nbsp; i</em><em>so</em><em>&nbsp; i</em><em>it</em><em>&nbsp; i</em><em>can</em><em>&nbsp; i</em><em>see</em><em>&nbsp; i</em><em>that</em><em>&nbsp; i</em><em>giving</em><em>&nbsp; i</em><em>peppermint</em><em>&nbsp; i</em><em>aromatherapy</em><em>&nbsp; i</em><em>affects</em><em>&nbsp; i</em><em>nausea</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>vomiting</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>pregnant</em><em>&nbsp; i</em><em>women</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>1st</em><em>&nbsp; i</em><em>trimester. Giving</em><em>&nbsp; i</em><em>peppermint</em><em>&nbsp; i</em><em>aromatherapy</em><em>&nbsp; i</em><em>affects</em><em>&nbsp; i</em><em>nausea</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>vomiting</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>pregnant</em><em>&nbsp; i</em><em>women</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>1st</em><em>&nbsp; i</em><em>trimester.</em><em>&nbsp; i</em><em>It's</em><em>&nbsp; i</em><em>hoped</em><em>&nbsp; i</em><em>that</em><em>&nbsp; i</em><em>future</em><em>&nbsp; i</em><em>researchers</em><em>&nbsp; i</em><em>will</em><em>&nbsp; i</em><em>be</em><em>&nbsp; i</em><em>able</em><em>&nbsp; i</em><em>to</em><em>&nbsp; i</em><em>conduct</em><em>&nbsp; i</em><em>further</em><em>&nbsp; i</em><em>research</em><em>&nbsp; i</em><em>on</em><em>&nbsp; i</em><em>non-pharmacological</em><em>&nbsp; i</em><em>techniques</em><em>&nbsp; i</em><em>that</em><em>&nbsp; i</em><em>are</em><em>&nbsp; i</em><em>effective</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>reducing</em><em>&nbsp; i</em><em>the</em><em>&nbsp; i</em><em>intensity</em><em>&nbsp; i</em><em>of</em><em>&nbsp; i</em><em>nausea</em><em>&nbsp; i</em><em>and</em><em>&nbsp; i</em><em>vomiting</em><em>&nbsp; i</em><em>in</em><em>&nbsp; i</em><em>pregnant</em><em>&nbsp; i</em><em>women.</em></p> <p><strong><em>Keywords : </em></strong><strong><em>Pepp</em></strong><em>ermint Aromatherapy, Nausea Vomiting, Pregnancy</em></p> 2022-06-14T09:38:10+07:00 Copyright (c) 2022 J-HESTECH (Journal Of Health Educational Science And Technology) https://ejournal.unitomo.ac.id/index.php/jhest/article/view/4503 Pembuatan Peta Resiko Kejadian ISPA Pada Anak Akibat Kebakaran Lahan Gambut di Kecamatan Kubu 2022-06-14T13:43:00+07:00 Vitria Handayani vitriawuri@gmail.com <p>Background: Forest and peatland fires in Indonesia is considered national and global disaster,<br>almost every year forest and land fires occurred from 1997 to 2019. According to data<br>from the Forest and Land Fire Management Unit (UPKHL) of the West Kalimantan<br>Provincial Forestry Service, up to October 2013, the number of hotspots in Kubu Raya<br>Regency was 349 hotspots, including in the Kubu sub-district where researchers<br>conducted the research.<br>Objectives: the implementation of this research is to create a risk map for the incidence of ISPA<br>in children in the Kubu sub-district, find out the demographic characteristics of the<br>Inflammatory Acute Disease (ISPA) in children community, create a threat map for the<br>occurrence of ISPA in children, and make a vulnerability map for the occurrence of ISPA<br>in children in Kubu sub-district.<br>Methods: This research is qualitative research with a descriptive explanation of the results. The<br>research data was taken using a google map to the respondent's address which had been<br>obtained from the Public Health Services<br>Results: A map of the risk of pediatric ARI sufferers was obtained in the Kubu area along with<br>the risk of hotspots that might occur in the event of forest fires in the future.<br>Conclusion: From the risk map obtained, it can be a reference for the community and local<br>government as well as various cross-sectors to prepare for health needs in the event of<br>another forest fire so that it does not have too much impact on children and can cause<br>ISPA.</p> 2022-06-14T09:40:20+07:00 Copyright (c) 2022 J-HESTECH (Journal Of Health Educational Science And Technology) https://ejournal.unitomo.ac.id/index.php/jhest/article/view/4509 Hubungan Senam Nifas Otaria Dengan Involusi Uteri Di PMB Juwarti Amd Keb Desa Tanon Kecamatan Papar Kabupaten Kediri 2022-06-14T13:43:07+07:00 Ratna Sari Dewi bidanratnasaridewi@yahoo.co.id Siti Shofiyah dbidanratnasari@gmail.com <p><strong>Abstrak: </strong>Masa nifas dapat diartikan masa dimana dimulainya dari plasenta telah keluar dan selesai saat alat-alat kandungan kembali seperti keadaan semula atau seperti sebelum hamil, masa ini terjadi sekitar 6 minggu. Tujuan pada penelitian kali ini untuk mengetahui hubungan senam nifas otaria dengan involusi uteridi PMB Juwarti Amd. Keb Desa Tanon Kecamatan Papar Kabupaten Kediri. Jenis penelitian yang digunakan adalah penelitian kuantitatif analitik dengan metode <em>One group pre-post test design </em>yang dilakukan pada bulan Juni hingga Juli 2021 dengan total jumlah populasi sejumlah 27 orang. Sampel semua ibu nifas di PMB Juwarti Amd. Keb Desa Tanon Kecamatan Papar Kabupaten Kedirisejumlah 15 orang.&nbsp; Hasil uji analisa menunjukkan hubungan yang bermakna tentang frekuensi senam nifas otaria terhadap resiko mengalami involusi uteri selama masa nifas. diperoleh hasil nilai signifikan &lt; α yaitu 0.002, sehingga dapat disimpulkan bahwa frekuensi senam nifas otari yang lebih sering menurunkan faktor ibu nifas mengalami involusi uteri selama masa nifas.Kesimpulan pada penelitian ini adalah hasil nilai signifikan &lt; α yaitu 0.002, sehingga dapat disimpulkan bahwa frekuensi senam nifas otari yang lebih sering menurunkan faktor ibu nifas mengalami involusi uteri selama masa nifas. Bagi Bidan diharapkan agar mempertahankan pelayanan senam nifas otaria sehingga dapat mempercepat terjadi uterus ke bentuk normal serta kondisi ibu nifas cepat pulih seperti sebelum hamil.</p> <p><strong>Kata Kunci :</strong>Senam Nifas Otaria, Involusi Uteri</p> <p>&nbsp;</p> <p><strong>Abstract :</strong> The puerperium can interpreted as the period that begins after the placenta comes out and ends when the uterine organs return to their original state (before pregnancy), the puerperium periode lasts about 6 weeks. The purpose of this study was to determine the relationship between postpartum otaria exercise and uterine involution at PMB Juwarti Amd. Keb, Tanon Village, Papar District, Kediri Regency. This research is a quantitative research in analytical from using the One group pre-post test design method and was carried out from June to July 2021 with a population of 27 people. Based on a sample of all postpartum mothers at PMB Juwarti Amd. Keb, Tanon Village, Papar District, Kediri Regency. There are 15 people in the PMB Juwarti Amd. Keb, Tanon Village, Papar District, Kediri Regency. The results of the analysis test showed a significant relationship about the frequency of otarial puerperal exercise to the risk of experiencing uterine involution during the puerperium period. The results obtained a significant value &lt; α 0.002, so it can be concluded that the frequency of otaria puerperal exercise which is more frequent decreases the postpartum mother’s factor. Uterine involution during the puerperium. The conclusion in this study is the result of a significant value &lt; α which is 0.002, so it can be concluded that the frequency of otaria puerperal exercise which is more frequent reduces the factor that postpartum women experience uterine involution during the postpartum period. Midwives are expected to maintain otaria puerperal gymnastics services so that it can accelerate the occurrence of the uterus to a normal shape and the condition of the postpartum mother recovers quickly as before pregnancy.</p> <p><strong>Keywords :</strong> Otaria Postpartum Gymnastics, Uterine Involution</p> 2022-06-14T09:49:36+07:00 Copyright (c) 2022 J-HESTECH (Journal Of Health Educational Science And Technology) https://ejournal.unitomo.ac.id/index.php/jhest/article/view/4513 Kajian Kejadian CVS (Computer Vision Syndrome) Akibat Keterpaparan Tingkat Radiasi Alat Digital 2022-06-14T13:43:21+07:00 Nurmala Nurmala karchalestari02@gmail.com Rahmi Amir ammiandjala@gmail.com Usman Usman usmanfikes86@gmail.com <p><strong>Abstrak :</strong> Penggunaan ialati digitali saati inii sangati bermanfaat iuntuk ikebutuhan ihidup isetiap ihari.i penggunaanii alati elektronik ihampir isemuai orange membutuhkannya iserta&nbsp; imenggunakanya.i Namun itidaki semuai darii penggunaannyai sadari akani dampaki darii alati elektronik iterutamai pada igangguani kesehatani matai orange yangi menderita imasalahi pada imata iataui penglihatan ikarenai pekerjaan iyang imenggunakani computer.i Tujuani darii penelitiani inii adalah iuntuk imengetahuii kejadiani kasus iCVSi (<em>Compute</em><em>r</em><em>i </em><em>Vision</em><em>i </em><em>Syndrome</em>)I akibati keterpaparan itingkati radiasi ialati digitali padai Mahasiswa iFakultas iIlmu iKesehatan Universitas Muhammadiyah Parepare ditinjau dari usia, jenis kelamin, penggunaan kacamata, lamai penggunaan ikomputer,I lamai bekerja idengani komputeri dalami sehari, ilama ibekerjai dengani komputer isecarai terusi menerusi dalam isehari, ilama iistirahati setelahi penggunaan ikomputer, jaraki penglihatan idani keluhan iCVS.i Penelitian iinii menggunakani metode ipenelitiani kuantitatifi dengani pendekatani <em>cross</em><em>i </em><em>sectional</em>.i Tekniki pengambilan isampeli yang idigunakani adalahi purposivei sampling iyaitui pemilihani subjek iberdasarkan iatas iciri-ciri iatau isifati tertentui yang iberkaitani dengani karakteristik ipopulasi idiperoleh isampel ipenelitiani sebanyak i45 iresponden. Hasili penelitian, imenunjukkani bahwa iyang imengalamii CVSi sebanyak 29 iorang i(64.4%) dan yang tidak mengalami CVS isebanyak 16 orang i(35.6%).</p> <p><strong>Kata kunci :</strong> Usia, Jarak penglihatan, Lama Penggunaan, Penderita CVS</p> <p><em>&nbsp;</em></p> <p><strong><em>Abstrack :</em></strong><em>&nbsp; The</em><em>..</em><em>use</em><em>.. </em><em>of</em><em>.. </em><em>digital</em><em>.. </em><em>tools</em><em>..</em><em>today,</em><em>.. </em><em>it</em><em>..</em><em>is</em><em>..</em><em>undeniable</em><em>. .</em><em>that</em><em>..</em><em>in</em><em>..</em><em>everyday</em><em>.. </em><em>life</em><em>..</em><em>the</em><em>..</em><em>use</em><em>..</em><em>of</em><em>. .</em><em>electronic</em><em>..</em><em>devices</em><em>.. </em><em>almost</em><em>..</em><em>everyone</em><em>.. </em><em>needs</em><em>..</em><em>and</em><em>..</em><em>uses</em><em>..</em><em>them</em><em>… </em><em>However</em><em>,</em> <em>not</em><em>..</em><em>all</em><em>..</em><em>of</em><em>..</em><em>its</em><em>. .</em><em>users</em><em>..</em><em>are</em><em>..</em><em>aware</em><em>..</em><em>of</em><em>..</em><em>the</em><em>&nbsp;&nbsp; </em><em>impact of electronic devices, especially on eye health problems. Bausch and Lomb reported that nearly 60 people suffer from eye or vision problems due to work using computers. The purpose of this study was to determine the incidence of CVS (Computer Vision Syndrome) cases due to exposure to digital device radiation levels in students of the Faculty of Health Sciences, University of Muhammadiyah Pare-Pare in terms of age, gender, use of glasses, duration of computer use, length of working with computers in a day, long hours of working with computers continuously in a day, long breaks after using computers, visual acuity and CVS complaints. This study uses a quantitative research method with a cross sectional approach. The sampling technique used was purposive sampling, namely the selection of subjects based on certain characteristics or characteristics related to the characteristics of the population, the research sample was 45 respondents. The results showed that 29 people (64.4%) had CVS and 16 people (35.6%) did not experience CVS.</em></p> <p><strong><em>Keywords:</em></strong><em> Age, Visibility, Length of Use, CVS sufferers</em></p> 2022-06-14T09:50:49+07:00 Copyright (c) 2022 J-HESTECH (Journal Of Health Educational Science And Technology) https://ejournal.unitomo.ac.id/index.php/jhest/article/view/4514 Perbedaan Kadar Hemoglobin Darah Sukarela Sebelum Dan Sesudah Diolah Menjadi Packed Red Cell Di Unit Transfusi Darah PMI Kota Surabaya 2022-06-14T13:43:40+07:00 Ilham Ilham ilham.ku13@gmail.com Moh Rifai moh.rifai2212@gmail.com <p><strong>Abstrak :</strong> Komponen <em>Packed Red Cell</em> berasal dari darah lengkap menggunakan kantong doble yang disentrifugasi dengan kecepatan tinggi kemudian dipisahkan antara sel darah merah dan plasma darah menggunakan mesin otomatis untuk mengurangi leukosit pada <em>Packed Red Cell</em> yang dapat menyebabkan reaksi transfusi. Penelitian ini bertujuan mengetahui adakah penurunan dan kenaikan kadar hemoglobin dari <em>Whole Blood</em> menjadi <em>Packed Red Cell</em>. Penelitian menggunakan metode analitik observasional dengan <em>cross-sectiona</em><em> approach</em>. Populasi yaitu kadar hemoglobin darah pada pendonor, rata-rata ada 75 komponen darah <em>Whole Blood</em> perhari yang dihasilkan oleh Unit Transfusi Darah PMI Kota Surabaya. Sampel yang digunakan dalam penelitian adalah darah <em>Whole Blood</em> 350 mL yang memenuhi kriteria untuk diolah menjadi <em>Packed Red Cell.</em> Sampel dalam penelitian ini berjumlah 16 sampel tiap kelompok sebanyak 2 kelompok sehingga total seluruh subjek penelitian 32 sampel. Penentuan besar sampel menggunakan rumus Federer. Hasil penelitian ini adalah terdapat kenaikan kadar Hb rata-rata pada <em>Whole Blood</em> adalah 14.2 gl/dl dan setelah diolah menjadi <em>Packed Red Cell</em> adalah 24.7 gl/dl denagn nilai signifikan p= &lt;0.05. hal ini bermakna terdapat pengaruh kenaikan yang signifikan pada pemisahan komponen darah dari <em>Whole Blood</em> menjadi <em>Packed Red Cell</em> berdasarkan hasil penelitian ini dapat disimpulkan bahwa Terdapat pengaruh kenaikan yang signifikan pada pemisahan komponen darah <em>dari</em> <em>Whole Blood</em> menjadi <em>Packed Red Cell</em> dengan persentase kenaikan 42.04%.</p> <p><strong>Kata Kunci:</strong> Kadar hemoglobin, <em>Packed Red Cell</em>.</p> <p>&nbsp;</p> <p><strong><em>Abstrack :</em></strong><em> Packed Red Cell components are derived from blood using double bags, which are centrifuged at high speed then separated between red blood cells and plasma using an automatic machine to scale back leukocytes in Packed Red Cells which will cause transfusion reactions. This study aims to determine whether there's a decrease or increase in hemoglobin levels from blood to Packed Red Cells. The study used an observational analytic method with a cross-sectional approach. The population is blood hemoglobin levels in donors, on average there are 75 components of blood per day produced by the transfusion Unit of PMI Surabaya City. The sample utilized in the study was 350 mL blood which met the criteria to be processed into Packed Red Cells. The sample during this study amounted to 16 samples in each group of two groups, so all research subjects were 32 samples. Determination of the sample size using the Federer formula. This research shows a rise within the average Hb level in blood is 14.2 gl/dl and after being processed into Packed Red Cell is 24.7 gl/dl with a big value of p = &lt;0.05. this suggests that there's a significant increase in the separation of blood components from the blood into Packed Red Cells. supported the results of this study, it is concluded that there's a significant increase within the separation of blood components from the blood into Packed Red Cells with a percentage increase of 42.04%.</em></p> <p><strong><em>Keywords</em></strong><em>: Hemoglobin level, Packed Red Cell</em></p> 2022-06-14T13:09:24+07:00 Copyright (c) 2022 J-HESTECH (Journal Of Health Educational Science And Technology)