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Research Article | Open Access
Published on: 13 May 2026
Article ID: wjptr.2026.e1305
Smartphone-Associated Musculoskeletal Syndrome (SAMS): Characterization of a Novel Clinical Entity and Evidence-Based Physiotherapy Management Framework
Background: Prolonged smartphone use has emerged as a significant but under characterized etiology of musculoskeletal dysfunction. While individual conditions such as "text neck" have been documented, no unified clinical framework defining Smartphone-Associated Musculoskeletal Syndrome (SAMS) with integrated physiotherapy management pathways has been established.
Objective: To characterize SAMS as a distinct clinical syndrome encompassing…
Research Article | Open Access
Published on: 11 May 2026
Article ID: wjvsah.2026.e1101
Using RT-PCR Method for Accelerated Health Improvement of Herd of Cows from Leukemia
The spread of enzootic leukemia is a global problem of cattle breeding
The leukemia virus causes blood disease in 29 species of animals and 15 species of domestic and wild birds. Bovine enzootic leukemia (international designation of bovine leukemia) is included in the list of diseases of the World Organization for Animal Health, as a disease subject to mandatory notification (notification to the international community). The high prevalence of bovine leukemia virus in cattle…
Research Article | Open Access
Published on: 11 May 2026
Article ID: wjggr.2026.e1102
Genetic Resistance to Brucellosis in Cows of the Auliekolsky Breed
The fight against brucellosis is an important issue for global health and veterinary medicine. Brucellosis pathogens can affect not only dozens of animal species, but also humans [9, 16].
To combat brucellosis, it is important to study the immune status of animals [8, 13].
Currently, molecular genetic approaches are widely used in the world to study animal resistance to hereditary and infectious diseases. DNA markers of genetic resistance to common infectious diseases…
Research Article | Open Access
Published on: 11 May 2026
Article ID: wjacs.2026.e1103
The Effectiveness of Meadow Improvement by Mechanical Processing of Sod in Combination with Other Agricultural Practices in the North-West of the Russian Federation
For the Northwestern region of Russia, specializing in the production of dairy livestock products, the creation of highly productive meadow agrophytocenoses is of exceptional importance, since the natural conditions here are most consistent with the cultivation of perennial grasses for harvesting herbaceous fodder in a system of green and raw conveyor belts. The decisive role in this issue is played by perennial legumes, which surpass many fodder crops in terms of yield and protein…
Research Article | Open Access
Published on: 09 May 2026
Article ID: wjav.2026.e0901
Model-Based Fault Diagnosis for Aerospace Systems
This review of model-construct blame determination centers in light of those strategies that are relevant to aviation frameworks. To feature the qualities of aviation models, nonexclusive nonlinear dynamical displaying from flight mechanics is reviewed and a binding together portrayal of sensor and actuator shortcomings is displayed. A broad bibliographical audit underpins a portrayal of the key purposes of blame identification strategies that depend on explanatory repetition. The approaches…
Research Article | Open Access
Published on: 09 May 2026
Article ID: wjav.2026.e0902
Intelligent Image and Graphics Processing by DBSCAN Method
DBSCAN is a popular method for clustering multi-dimensional objects. Just as notable as the method’s vast success is the research community’s quest for its efficient computation. The original KDD’96 paper claimed an algorithm with O(n log n) running time, where n is the number of objects. Unfortunately, this is a miss claim; and that algorithm actually requires O(n2) time. There has been a fix in 2D space, where a genuine O(n log n)-time algorithm has been found. Looking for a fix for…
Research Article | Open Access
Published on: 09 May 2026
Article ID: wjbc.2026.e0903
Prolonged Incubation with Glucose Induces Oligomerization and Aggregation of Hemoglobin: Role of Advanced Glycation End Product on Protein Structure
Non-enzymatic glycation is a post-translational modification of proteins that leads to protein crosslinking, aggregation, conformational changes, etc. Chemical reaction of sugars with proteins (Maillard reaction) leads to formation of glycated adducts, known as Advanced Glycation End Products (AGE). HbA1c, the major glycated hemoglobin, increases proportionately with blood glucose concentration in diabetes mellitus. Glycation-induced modification of hemoglobin is a major cause of oxidative…
Research Article | Open Access
Published on: 09 May 2026
Article ID: wjets.2026.e0904
Agrochemical Composition of a New Organo-Humic Fertilizer and the Response of Cucumber Plants to Various Application Rates on Sandy Soils
A new organo-humic fertilizer, produced by accelerated fermentation of poultry manure using the "PEATGEL+" preparation, has a near-neutral reaction, is rich in macro- and microelements, and is free from heavy metals, toxic compounds, and radionuclides. The application of this new organo-humic fertilizer to sandy soil at a rate of 30–45 t/ha has a positive effect on the growth and development of cucumber plants of the "Izyashchny" variety.
Keywords: Poultry Manure;…
Review Article | Open Access
Published on: 09 May 2026
Article ID: wjap.2026.e0906
Bubble Theory: A Relational Framework for Localized Dynamics
Bubble Theory is introduced as a boundary-centric relational framework in which physical systems are modeled as localized, self-maintaining regions (“bubbles”) whose boundaries encode interaction, information flow, and dynamical constraints. A boundary operator B is defined to capture deformation, coupling, and stability, leading to a general dynamical law for bubble evolution and exchange flux between interacting systems. Worked examples—including spherical and toroidal geometries and a…
Case Blog | Open Access
Published on: 02 May 2026
Article ID: wjav.2026.e0201
Evaluation of Intelligent Flight Control Systems for Loss of-Control Recovery and Prevention
Recent advancements in the field of loss-of-control recovery and prevention include fault-tolerant control, improved pilot training, and cockpit automation. The benefits of fault-tolerant "intelligent," flight control systems were demonstrated by the Flight Mechanics Action Group on Fault-Tolerant Control of the Group for Aeronautical Research and Technology in Europe. By assessing one of these systems in actual operational scenarios, the research allowed for an improvement in the systems'…