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Review Article | Open Access
Published on: 31 Oct 2025
Article ID: wjccr.2025.j3101
Maintaining Body's Hormonal-Genetic Synergy Prolongs Human Life
With age, mutations and damage to DNA accumulate, disrupting the normal functioning of cells, the hormonal and genetic systems, and the body as a whole. The synergy between the hormonal and genetic systems and the body's energetic connection with nature are disrupted. This leads to accelerated aging. As the body ages, cells lose their ability to divide due to the fraying of chromosome ends, which shorten with each division. The lifespan of cells and the body itself is shortened. The future…
Review Article | Open Access
Published on: 31 Oct 2025
Article ID: wjvsah.2025.j3102
Comparing Barns to Enhance Cow Welfare and Agricultural Sustainability
The research problem is the lack of a comprehensive comparative analysis of dairy barn designs, making the selection of the optimal model that balances sustainability and animal welfare complex. The importance of the study lies in developing an evidence-based analytical framework to support the adoption of efficient and sustainable barns that contribute to improving productivity and reducing environmental impact. The study aims to identify the optimal barn design model by reviewing the…
Review Article | Open Access
Published on: 31 Oct 2025
Article ID: wjs.2025.j3103
Inertia in the Ear
The energy of the sound wave reaching the receptor via the Bekesy traveling wave theory was analyzed. In wave motion, the vibrations of a vibrating element that transmits sound waves and has mass are associated with the occurrence of the phenomenon of inertia. In the middle ear, such vibrations involve the middle ear ossicles that conduct sound waves to the oval window. According to Bekesy's theory, in the inner ear the vibrations of elements having mass concern the basilar membrane with the…
Review Article | Open Access
Published on: 29 Oct 2025
Article ID: wjt.2025.j2901
Update in the Management of Acute Aluminum Phosphide Poisoning: A Narrative Review
Background: Aluminum phosphide is frequently used as a rodenticide and to preserve grain. There is a significant risk of aluminum phosphide self-poisoning because of its simple accessibility and lack of control. The fatality rate from aluminum phosphide intoxication is significant, and there is currently no known counteragent. There aren't many studies on aluminum phosphide poisoning in Ethiopia, despite its high frequency and fatality rate. This narrative review's aim is to…
Mini Review | Open Access
Published on: 29 Oct 2025
Article ID: wjaq.2025.j2902
Building Sustainable Aquaculture in Tunisia: Where Do We Stand and What’s Next?
Tunisian aquaculture has experienced remarkable growth, increasing from 887 tonnes in 1990 to over 21,000 tonnes in 2023. This growth has been driven by mussel, oyster farming and freshwater fish aquaculture since the 1960s, as well as land-based research and development and offshore cage operations. The sector now encompasses marine hatcheries, cages for sea bass and sea bream, mussel, tilapia farms and inland fish aquaculture, as well as pilot projects for shrimp and seaweed. It…
Review Article | Open Access
Published on: 27 Oct 2025
Article ID: wjcacr.2025.j2701
Advantages and Disadvantages of Cow's Milk Consumption for Human Health Regarding Cancer, Cardiovascular, Asthma, Autism, and Another Disease - An Overview
Cow’s milk (CM) and its products are of great importance as food for human consumption. This study highlights the advantages and disadvantages of using CM for human health. The use of CM in nutrition has been known for a very long time and occupies a special place in nutrition. CM is a complete nutrient, provides us with energy in the form of lactose and fat, is rich in protein, the most important building block of all body cells, and contains numerous vitamins and minerals, especially…
Research Article | Open Access
Published on: 24 Oct 2025
Article ID: wjmse.2025.j2401
Functional Bio-based Starch Films for Potential Textile Applications
The integration of circular economy principles into industrial processes is essential for achieving more sustainable materials. This study aimed to develop functional starch-based films by exploring the bioactive properties of vine shoot trimmings (VST) and spent hops (SH). Aqueous extraction of VST and SH (dried and fresh) was performed at 3%, 5% and 10% biomass at 50°C. The resulting extract was mixed with cationized starch and glycerol to prepare the films formulations, followed by drying…
Case Report | Open Access
Published on: 22 Oct 2025
Article ID: wjn.2025.j2201
Bathing-Related Reflex Epilepsy in a Young Adult: First Reported Case from Palestine
Bathing-related reflex epilepsy (BRE) is an uncommon type of reflex epilepsy characterized by seizures that are reliably induced by contact with water during bathing or showering. In contrast to the more prevalent hot-water epilepsy (HWE), which is temperature-dependent, typically focal, and often benign, bathing-related epilepsy (BRE) can manifest with water of any temperature, display generalized features, and demonstrate resistance to pharmacological treatment. A 22-year old male is…
Review Article | Open Access
Published on: 22 Oct 2025
Article ID: wjccr.2025.j2202
Simultaneous Hearing of Polytones
The paper deals with a very difficult topic of hearing, which consists in simultaneous reception by the auditory receptor of an unlimited amount of information encoded in a sound wave. The received information is processed in the auditory cell and transmitted to the brain. The signal path must be as short and fast as possible, without the multiple energy transformations described in the traveling wave theory. The molecular mechanism of hearing, described in submolecular theory, refers to the…
Research Article | Open Access
Published on: 20 Oct 2025
Article ID: wjapc.2025.j2001
Removal of Zinc Ion (Zn2+) From Aqueous Solution Using Watermelon Rind (Citrillus Lanatus)
Metals such as Zinc (Zn) have been released into the atmosphere due to rapid industrial development. In this study, dry watermelon rind was used as a low-cost adsorbent to assess the removal of Zinc ions (Zn2+) from aqueous media. Watermelon rind was characterized using Scanning Electron Microscopy with Energy Dispersive X-ray Spectroscopy (SEM-EDX), X-Ray Diffraction (XRD), Thermogravimetric Analysis (TGA) and Fourier Transform Infrared Spectroscopy (FTIR). According to the qualitative…
DOI: 10.5281/zenodo.17636179 »