http://ijsrisjournal.com/index.php/ojsfiles/issue/feedInternational Journal of Scientific Research and Innovative Studies2024-11-13T10:32:43+00:00IJSRIS Journalijsrisjournal@gmail.comOpen Journal Systems<p><strong>IJSRIS is a Peer Reviewed International Journal publishing multidisciplinary research articles.</strong></p> <p>IJSRIS stands as a platform to bring out the research talent and the works of scientists, academia, engineers, practitioners, research scholars and students. </p> <p>All the submitted articles should report original, unpublished research arcitles, experimental or theoretical and it will undergo the double blind review process. Articles submitted to the journal should meet these criteria and must not be under consideration for publication elsewhere. Manuscripts submitted should follow the style of the journal and are subject to both review and editing.</p> <p>IJSRIS is a scholarly open access Online Journal which helps to academic person as well as student community. IJSRIS provides the academic community and industry for the submission of original research and applications. The journal also invites clearly written reviews, short communications and notes dealing with numerous disciplines covered by the fields. We also accept extended version of papers which are previously published in conferences and/or journals.</p> <p>All the papers selected for publication are also available freely as full-text in on-line.</p> <p><img 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" /></p>http://ijsrisjournal.com/index.php/ojsfiles/article/view/186Natural Honey and its Effect on the Activity of the Cells2024-10-14T20:15:18+00:00Dukali Almabruk Abujnah dukali00218@hotmail.com<p>Natural honey was assessed in cell culture system for its anticancer activity. Human leukemic cell line, HL 60 as treated with honey, cultured for 5 days and then cytotoxicity was calculated by MTT assay. Honey showed cytotoxicity with CC50 value of 174.20 µg/ml. Radical modulation activities was assessed by lipid peroxidation assay using egg lecithin. Honey showed antioxidant activity with EC50 value of 159.73 µg/ml. In addition, treatment with HL60 cells also resulted in nuclear DNA fragmentation, as seen in agarose gel electrophoresis. This is a hallmark of cells undergoing apoptosis. Confirmation of apoptosis was performed by staining the cells with Annexin V and FACS analysis. Apoptosis is an active, genetically regulated disassembly of the cell form within <u>(inside the cell)</u> Disassembly creates changes in the phospholipid content of the cytoplasmic membrane outer leaflet. Phosphatidylserine (PS) is translocated from the inner to the outer surface of the cell for phagocytic cell recognition. The human anticoagulant, annexin V, is a Ca<sup>2+</sup>-dependent phospholipid protein with a high affinity for PS. Annexin V labeled with fluorescein can identify apoptotic cells in the population It is a confirmatory test for apoptosis. Annexin V-positive cells were defined as apoptotic cells. Since honey shows both antioxidant activity and cytotoxicity at almost the same concentration, it can prevent the free radical induced cancer as prophylactic agent and kill the cancer cells by apoptotic process as a chemotherapeutic agent. Everyday intake of honey can prevent the cancer induction.</p> <p><strong>Keywords</strong>—Anticancer, cells, DNA, honey, Apoptosis.</p> <p> </p> <p><strong>Received Date:</strong> August 13, 2024 <strong>Accepted Date:</strong> September 10, 2024 </p> <p><strong>Published Date:</strong> October 14, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/186">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/186</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.13932025">https://doi.org/10.5281/zenodo.13932025</a></strong></p> <p> </p>2024-10-14T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/187Kinetic Study of Nano Alumina on Absorption of Lead Ions in Aqueous Solution2024-10-16T15:33:03+00:00Almahdi R. RabiaA.Rabia@uod.edu.lyMasoud Mostafa Zatoutmarwa.zatout@gmail.com<p>The levels of lead (Pb) continue to rise in rivers and seawater. In many parts of the world, heavy metals such as lead in drinking water are found to have severe effects on human health. Thus, identifying effective and reliable methods for reducing these levels is crucial. This research explored the potential of using activated alumina as an adsorbent to reduce lead (Pb) ions from water. Powder activated alumina was produced from aluminum, with the precursor further processed into activated alumina. A design of experiments (DOE) using response surface methodology was employed to study the influence of pH, NaOH, HCl, DI (H2O), and Al (powder) on the quality and yield of activated alumina. The trend indicated that a higher amount of aluminum resulted in better adsorption performance. The micro-pore volume and cumulative pore volumes for the activated alumina were 0.000756 cm³/g, 0.002050 cm³/g, and 0.001976 cm³/g, respectively. Kinetic studies were conducted to observe the reduction of heavy metal concentrations over time using activated alumina. The kinetics further confirmed that 95% of the lead was removed within the first 25 minutes of the experiment. The removal rate was rapid during the initial phase until equilibrium was reached at 25 minutes. Temperature, pH, and concentration were significant parameters, with lead ion removal increasing as the temperature rose to 60°C. The experimental results were in strong agreement with the Langmuir pseudo-second-order equation. This removal method using activated alumina is cost-effective, environmentally friendly, and holds significant potential for heavy metal removal from water. Therefore, this research demonstrated activated alumina as a promising adsorbent material for the removal of heavy metals from drinking water, contributing to the development of an economical product that can be applied to a wider community, aiding in national income and promoting access to clean drinking water.</p> <p> </p> <p><strong>Keywords: </strong>Nano Alumina; Lead Ions; Absorption; Kinetics; Aqueous Solution, Heavy Metal Removal.</p> <p> </p> <p><strong>Received Date:</strong> August 19, 2024 <strong>Accepted Date:</strong> September 11, 2024 </p> <p><strong>Published Date:</strong> October 14, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/187">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/187</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.13941446">https://doi.org/10.5281/zenodo.13941446</a></strong></p>2024-10-14T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/188Understanding the Phenomenon of Corona Discharge near Power Lines2024-10-16T16:36:40+00:00Adel M Almedhemadelmedhem@yahoo.co<p>The phenomenon of ionisation of air surrounding the conductor resulting in luminous glow with hissing noise is known as the corona effect. Electrical engineering finds it challenging to reduce this effect and control its undesired energy loss. In the literature there are plenty of papers on corona, in order to advance the research on this subject we needs up to date information on the current situation. As such is lacking at present, A current literature review of this phenomenon is reffered for more detail.</p> <p><strong>Keywords:</strong> Corona phenomena, discharge, luminous glow.</p> <p> </p> <p><strong>Received Date:</strong> August 19, 2024 <strong>Accepted Date:</strong> September 12, 2024 </p> <p><strong>Published Date:</strong> October 14, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/188">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/188</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.13941772">https://doi.org/10.5281/zenodo.13941772</a></strong></p>2024-10-14T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/191Public Property Between Legal Protection and Economic Development2024-11-07T19:31:46+00:00EL- KHALFAOUI EL-HASSANI MAJDAazizlifeaziz@gmail.comMAZOUAK ABDERRAZZAKazizlifeaziz@gmail.com<p>This paper explores the nuanced balance between legal protection and economic development of public property in Morocco, emphasizing how public assets play a central role in the national economy and the challenges involved in ensuring their sustainable management. Public property, encompassing natural resources, lands, and cultural heritage sites, holds significant economic potential yet requires robust legal oversight to prevent overuse and degradation. In Morocco, the legal framework for public property is intricate, encompassing both national legislation and local governance systems aimed at safeguarding these resources from exploitation while enabling their economic utilization. This article examines Moroccan legislative provisions, including the Dahir and specific decrees, along with case studies where legal protection has either facilitated sustainable development or hindered economic growth. Through an analysis of Morocco’s legal landscape and economic strategies, this paper offers policy recommendations to help harmonize legal protections with economic goals, aligning with Morocco’s Vision 2030 and the United Nations Sustainable Development Goals (SDGs). Suggestions for further research are also proposed to delve deeper into this intersection of law and economics within Morocco.</p> <p><strong>Keywords:</strong> Public Property Management, Legal Framework, Environmental Protection, Economic Development, Sustainable Development.</p> <p> </p> <p><strong>Received Date:</strong> August 19, 2024 <strong>Accepted Date:</strong> September 12, 2024 </p> <p><strong>Published Date:</strong> October 14, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/191">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/191</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14052638">https://doi.org/10.5281/zenodo.14052638</a></strong></p>2024-10-14T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/193Vitamin D Deficiency, Smoking, and Their Impact on Weight and Obesity: A Review2024-11-08T08:52:28+00:00Salha Eissa Mousa Qahtani et al.azizlifeaziz@gmail.com<p>Vitamin D deficiency and smoking are two factors increasingly linked to weight gain and obesity, both of which are major global health issues. Vitamin D is essential for numerous physiological processes, including bone health, immune function, and metabolic regulation. Smoking, while primarily associated with lung and cardiovascular disease, also has complex effects on body weight and fat distribution. This review explores the connections between vitamin D deficiency, smoking, weight, and obesity, summarizing findings from recent research on how these factors may influence each other and impact overall health.</p> <p><strong>Keywords:</strong> Vitamin D, Smoking, Health concern , Obesity.</p> <p> </p> <p><strong>Received Date:</strong> September 13, 2024 <strong>Accepted Date:</strong> October 11, 2024 </p> <p><strong>Published Date:</strong> November 08, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/193">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/193</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14056731">https://doi.org/10.5281/zenodo.14056731</a></strong></p>2024-11-08T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/194Nutritional Interventions in Patients with Mild and Severe Burns: A narrative Review 2024-11-09T12:55:19+00:00Mustafa Mahdi Alshamlan et al.azizlifeaziz@gmail.com<p>Burn injuries impose significant metabolic demands on the body, leading to hypermetabolism and catabolism, which can result in malnutrition and impaired healing if not properly managed. Nutritional support is essential for improving outcomes in burn patients, with the severity of the burn influencing the intensity and approach of nutritional intervention. This review discusses the various nutritional interventions and techniques used in managing mild and severe burn patients, emphasizing the role of macronutrients, micronutrients, and specialized feeding methods to optimize recovery.</p> <p><strong>Keywords:</strong> Nutritional Interventions, Patients, Mild, Severe Burns.</p> <p> </p> <p><strong>Received Date:</strong> September 13, 2024 <strong>Accepted Date:</strong> October 11, 2024 </p> <p><strong>Published Date:</strong> November 09, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/194">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/194</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14060006">https://doi.org/10.5281/zenodo.14060006</a></strong></p>2024-11-09T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/195Maternal Health and Its Impact on Maternal Morbidity and Mortality2024-11-09T13:34:29+00:00Mashael Mahdi Saleh Alshulah et al.azizlifeaziz@gmail.com<p><strong>Abstract</strong></p> <p>Maternal health is a critical component of public health, impacting not only the lives of mothers but also the well-being of families, communities, and future generations. Maternal morbidity and mortality are significant indicators of healthcare system quality, particularly in low- and middle-income countries, where limited access to healthcare services exacerbates these issues. This review discusses the key factors affecting maternal health, the main causes of maternal morbidity and mortality, and the impact of various interventions aimed at improving maternal health outcomes.</p> <p><strong>Keywords:</strong> Maternal Health, Maternal Morbidity, Maternal Mortality.</p> <p> </p> <p><strong>Received Date:</strong> September 13, 2024 <strong>Accepted Date:</strong> October 11, 2024 </p> <p><strong>Published Date:</strong> November 09, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/195">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/195</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14060054">https://doi.org/10.5281/zenodo.14060054</a></strong></p>2024-11-09T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/196Innovations in Nursing Interventions for Chronic Disease Management: A Comprehensive Review2024-11-10T12:10:35+00:00Khawlah Ahmed Alali et al.azizlifeaziz@gmail.com<p>The growing rate of chronic diseases is one of the most prominent threats in healthcare today; therefore, ensuring that successful methodological approaches are developed for the prevention, care, and management of chronic diseases remains a priority. Chronic illnesses constitute a significant aspect of day-to-day practice for nurses as the primary healthcare professionals for patients with such conditions through guardianship, teaching, coordination, and applying research findings. Primary sources include peer-reviewed articles and books published over the last five years to address recent advancements in nursing interventions within chronic illness management and areas of interest such as telehealth, digital health, artificial intelligence precision nursing, and genomic medicine. Based on the evaluated studies and academic findings, this review focuses on the ability of these interventions, when applied, to improve patient addresses and the overall quality of care. However, the review informs on the various issues surrounding incorporating advanced technologies in nursing, including the hurdles, ethical dilemmas, and disparities affecting the health system. In doing so, this review seeks to enhance a more profound appreciation of the contemporary dynamics of nursing practice regarding chronic diseases so that stakeholders at various levels of the healthcare delivery chain can continue not only to be equipped with the requisite knowledge, skills, and resourcefulness to effectively charger the rising tide of chronic diseases, but also to rise to the challenge that comes with this emerging healthcare trend.</p> <p><strong>Keywords:</strong> Long-term conditions, Enabling care, Remote consultancy, E-health, Artificial intelligence, Personalized care, Pharmacogenomics, Innovation, Technology, Patient Experience, System dynamics.</p> <p> </p> <p><strong>Received Date:</strong> September 13, 2024 <strong>Accepted Date:</strong> October 11, 2024 </p> <p><strong>Published Date:</strong> November 10, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/196">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/196</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14062599">https://doi.org/10.5281/zenodo.14062599</a></strong></p>2024-11-10T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/197Using Reproductive Life Plan-Based Information in Primary Health Care: A Review2024-11-10T12:13:08+00:00Sukaina Abdulghani Akhdar et al.azizlifeaziz@gmail.com<p>Reproductive life plans (RLPs) are tools designed to help individuals consider their reproductive goals and provide guidance for achieving them. Integrating RLP-based counseling into primary health care can enhance preconception health and promote informed decision-making regarding family planning. This review discusses the concept of RLP, its implementation in primary health care settings, and its potential impact on reproductive health outcomes. Evidence from various studies highlights the effectiveness of RLP-based interventions in promoting planned pregnancies, improving maternal and child health outcomes, and supporting patients' reproductive autonomy.</p> <p><strong>Keywords:</strong> Reproductive Life Plan, Primary Health Care, lifestyle choices.</p> <p> </p> <p><strong>Received Date:</strong> September 13, 2024 <strong>Accepted Date:</strong> October 11, 2024 </p> <p><strong>Published Date:</strong> November 10, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/197">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/197</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14062642">https://doi.org/10.5281/zenodo.14062642</a></strong></p>2024-11-10T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/198Impact of Adult Daycare Attendance on Hypertension: A Review2024-11-11T21:06:31+00:00Zainab Ahmed Alsalamen et al.azizlifeaziz@gmail.com<p>Hypertension is a significant public health concern affecting millions of older adults worldwide. Adult daycare services offer structured programs that provide social interaction, physical activity, and health monitoring, which may positively influence blood pressure (BP) management among older adults. This review examines the impact of adult daycare attendance on hypertension, focusing on factors such as stress reduction, physical activity, medication adherence, and social support. The findings suggest that adult daycare attendance can contribute to improved hypertension outcomes in older adults, potentially lowering BP levels and reducing the risk of hypertension-related complications.</p> <p><strong>Keywords:</strong> Hypertension, Adult Daycare Attendance, medications.</p> <p> </p> <p><strong>Received Date:</strong> September 13, 2024 <strong>Accepted Date:</strong> October 11, 2024 </p> <p><strong>Published Date:</strong> November 11, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/198">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/198</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14082114"> https://doi.org/10.5281/zenodo.14082114</a></strong></p>2024-11-11T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/199Post-Traumatic Stress Disorder: A Review of Current Causes and Treatment2024-11-11T21:16:25+00:00Amal tawfiq al arooj et al.Azizlifeaziz@gmail.com<p>Post-Traumatic Stress Disorder (PTSD) is a severe and often chronic mental health condition that arises following exposure to traumatic events. It affects millions worldwide, leading to significant emotional, physical, and social impairments. This review provides an overview of current understanding regarding the causes of PTSD, including risk factors, biological mechanisms, and psychological influences, as well as the treatments available, focusing on both established and emerging therapeutic approaches.</p> <p><strong>Keywords:</strong> Post-Traumatic Stress Disorder, psychotherapy, medication.</p> <p> </p> <p><strong>Received Date:</strong> September 13, 2024 <strong>Accepted Date:</strong> October 11, 2024 </p> <p><strong>Published Date:</strong> November 11, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/199">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/199</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14082271"> https://doi.org/10.5281/zenodo.14082271</a></strong></p>2024-11-11T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/200Caffeine Intake and Body Mass Index: A Review2024-11-12T22:19:49+00:00Mohammed Hassan Alabdulmohsen et al.azizlifeaziz@gmail.com<p>Caffeine is a widely consumed stimulant known for its effects on metabolism, appetite regulation, and energy expenditure. Recent research has explored its impact on body mass index (BMI) and body weight, with mixed results. This review examines the association between caffeine intake and BMI, focusing on the mechanisms through which caffeine might influence weight, such as increased metabolic rate, reduced appetite, and enhanced fat oxidation. The evidence from observational studies and clinical trials is discussed to provide a clearer understanding of the role caffeine may play in weight management.</p> <p><strong>Keywords:</strong> Caffeine, metabolism, body mass index.</p> <p> </p> <p><strong>Received Date:</strong> September 14, 2024 <strong>Accepted Date:</strong> October 12, 2024 </p> <p><strong>Published Date:</strong> November 13, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/200">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/200</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14114029"> https://doi.org/10.5281/zenodo.14114029</a></strong></p>2024-11-12T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/201Menarche and Spermarche in the Saudi Population: A Review2024-11-12T22:32:29+00:00Mona Ali Alkhalifa et al.azizlifeaziz@gmail.com<p>This review examines the onset of menarche and spermarche, the developmental milestones marking reproductive capability in girls and boys, within the Saudi population. Menarche and spermarche are influenced by genetic, environmental, and socio-economic factors, making them valuable indicators of broader health and lifestyle trends. In Saudi Arabia, the average age for menarche is approximately 12–13 years, while spermarche typically occurs around 13–14 years. Improved nutrition and socio-economic status, alongside urbanization, have contributed to a gradual decline in the age of onset for these milestones. However, early puberty has also been associated with various psychosocial and health challenges, including increased risk of obesity, cardiovascular disease, and mental health concerns, particularly in girls. This review synthesizes the literature on factors influencing menarche and spermarche in Saudi Arabia, such as nutritional status, socio-economic background, and regional differences. It also discusses public health implications, emphasizing the need for supportive educational and healthcare programs tailored to the cultural context. Ultimately, this review aims to enhance understanding of puberty trends in Saudi Arabia and inform public health policies and initiatives that address the physical and emotional needs of adolescents.</p> <p><strong>Keywords: </strong>Menarche, Spermarche, socio-economic and health changes.</p> <p> </p> <p><strong>Received Date:</strong> September 14, 2024 <strong>Accepted Date:</strong> October 12, 2024 </p> <p><strong>Published Date:</strong> November 13, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/201">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/201</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14114348">https://doi.org/10.5281/zenodo.14114348</a></strong></p>2024-11-12T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/202Adiponectin Polymorphisms and Obesity: A Comprehensive Review2024-11-13T08:54:17+00:00Zahra Abdulghani Akhdar et al.azizlifeaziz@gmail.com<p>This comprehensive review explores the role of adiponectin gene (ADIPOQ) polymorphisms in obesity and related metabolic disorders. Adiponectin, a hormone primarily secreted by adipocytes, plays a central role in glucose and lipid metabolism and has anti-inflammatory properties. Numerous single nucleotide polymorphisms (SNPs) in the ADIPOQ gene, such as rs266729, rs1501299, and rs2241766, have been associated with variations in adiponectin levels and obesity risk. We examine the impact of these polymorphisms on obesity susceptibility, their effects on metabolic health, and how gene-environment interactions, such as lifestyle and dietary habits, may influence these associations. Additionally, we address ethnic variability and discuss potential mechanisms that explain how ADIPOQ variants impact obesity and related metabolic pathways. This review aims to synthesize current knowledge on the relationship between adiponectin polymorphisms and obesity, emphasizing the potential for genetic insights to inform obesity prevention and treatment strategies.</p> <p><strong>Keywords:</strong> Adiponectin Polymorphisms, Obesity, adipocytes.</p> <p> </p> <p><strong>Received Date:</strong> September 14, 2024 <strong>Accepted Date:</strong> October 12, 2024 </p> <p><strong>Published Date:</strong> November 13, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/202">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/202</a></strong></p> <p><strong>DOI: <a href=" https://doi.org/10.5281/zenodo.14132258"> https://doi.org/10.5281/zenodo.14132258</a></strong></p>2024-11-13T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/203Role of neonatal intensive care unit: A Review of Neonatal Jaundice2024-11-13T09:35:31+00:00Sarah Mohmmed Albinsaleh et al.azizlifeaziz@gmail.com<p>Neonatal jaundice is a common condition, affecting a large percentage of newborns, particularly during their first week of life. While many cases are mild and resolve without intervention, severe hyperbilirubinemia can lead to serious complications such as acute bilirubin encephalopathy and kernicterus if not adequately treated. Neonatal Intensive Care Units (NICUs) play an essential role in managing high-risk cases through early detection, monitoring, and therapeutic interventions. This review highlights recent studies on the causes, diagnosis, and management of neonatal jaundice, with a focus on the critical role NICUs play in improving outcomes.</p> <p><strong>Keywords:</strong> Neonatal Intensive Care Unit, Neonatal Jaundice.</p> <p> </p> <p><strong>Received Date:</strong> September 14, 2024 <strong>Accepted Date:</strong> October 12, 2024 </p> <p><strong>Published Date:</strong> November 13, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/203">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/203</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14133540">https://doi.org/10.5281/zenodo.14133540</a></strong></p>2024-11-13T00:00:00+00:00Copyright (c) 2024 http://ijsrisjournal.com/index.php/ojsfiles/article/view/204Child Mental Health: A Review of Current Procedures2024-11-13T10:32:43+00:00Sukainah Naji Alessa et al.azizlifeaziz@gmail.com<p>Child mental health is a critical aspect of overall health, as early-life mental health issues can impact development, socialization, and long-term outcomes in adulthood. Current procedures for managing child mental health involve various approaches, including screening, diagnosis, therapeutic interventions, and preventative strategies. This review examines the latest procedures used in child mental health care, covering screening techniques, clinical assessment tools, therapy modalities, and prevention programs. The goal is to provide an overview of how these practices are applied to address mental health issues in children effectively.</p> <p><strong>Keywords:</strong> Child Mental Health, clinical assessment tools, Therapy modalities, Prevention programs.</p> <p> </p> <p><strong>Received Date:</strong> September 14, 2024 <strong>Accepted Date:</strong> October 12, 2024 </p> <p><strong>Published Date:</strong> November 13, 2024</p> <p><strong>Available Online at: <a href="https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/204">https://www.ijsrisjournal.com/index.php/ojsfiles/article/view/204</a></strong></p> <p><strong>DOI: <a href="https://doi.org/10.5281/zenodo.14135050">https://doi.org/10.5281/zenodo.14135050</a></strong></p>2024-11-13T00:00:00+00:00Copyright (c) 2024