Methicillin-resistant Staphylococcus aureus (MRSA) is connected to high rates of morbidity and challenging-to-treat infections. S. aureus bacteremia, which has high rates of morbidity, mortality and can lead to severe infections such as infective endocarditis or sepsis, as well as metastatic infections. The majority of S. aureus bacteremia cases worldwide are caused by MRSA, which has worse clinical outcomes than methicillin-sensitive S. aureus. Infections caused by the nosocomial pathogen Methicillin Resistant S. aureus (MRSA) at the hospital as well as in the community are considered a serious global threat. Despite having a wide range of genetic variations, the epidemiology of MRSA is principally characterized by the recurrent appearance of epidemic strains. MRSA continues to be a serious clinical hazard despite recent decreases in occurrence in some areas, and its morbidity and death rates are consistently high. The evaluation of both novel antibiotics and ancillary parts of care, such as infectious disease consultation, echocardiography, and source control, is necessary for successful therapy, which is still difficult to achieve. Leukocyte lysis and tissue necrosis are caused by the virulence factor Panton-Valentine leukocidin (PVL), which is secreted by some strains. Skin and soft tissue infections (SSTIs) are the most common illnesses caused by PVL-associated S. aureus (PVL-SA), although it can also cause invasive infections such as necrotizing pneumonia. Community-associated methicillin-susceptible S. aureus (CA-MSSA) and methicillinresistant S. aureus both carry it (CA-MRSA). MRSA strains are endemic in many parts of Saudi Arabia and it accounts for 23-54% of all clinical isolates. Significantly, 54.2% of Panton-Valentine leukocidin (PVL) genes were found in MRSA strains inside the kingdom. Vancomycin is a drug of choice to treat MRSA infections. The patients admitted to Prince, Mutib, hospital from March 2019 to May 2020 were screened for the prevalence of MRSA. Compact Vitek -2 (biomeriux Leon, France) was used for the identification and antimicrobial sensitivity (AST) test. A total of 64/978 (6.5%) MRSA and 25/978 (2.5%) CoNS were isolated from urine, blood, sputum, nasal swab, throat swab, tracheal swabs, and pleural fluid. Cephamycins were found 100% resistant to vancomycin-resistant MRSA were found in our study..

This study presents a comprehensive two-dimensional model to simulate plant transpiration processes and their effects on local microclimates. The model integrates biological and environmental factors influencing transpiration rates across different plant species. By employing finite element analysis, we assessed the interactions between leaf surface properties, atmospheric conditions, and soil moisture levels. The results highlight the significance of transpiration in regulating temperature and humidity in plant surroundings, offering insights into optimizing agricultural practices and enhancing plant growth in varying climatic conditions.

Biodiversity assessment is crucial for understanding ecosystem health and ensuring environmental sustainability. Traditional methods of biodiversity monitoring are often labor-intensive and limited in spatial and temporal coverage. In this study, we develop an innovative framework that integrates remote sensing data with machine learning algorithms to enhance the accuracy and efficiency of biodiversity assessments. By utilizing satellite imagery and ground truth data, we implement a system that can identify and monitor diverse species across large landscapes. Our results demonstrate significant improvements in detecting species richness and distribution patterns, providing valuable insights for conservation efforts.

Urban green spaces play a critical role in maintaining biodiversity within city environments. This study investigates the impact of various types of vegetation in urban parks on local flora and fauna. By analyzing species diversity in multiple parks across different climatic zones, the research highlights the importance of native plant species in supporting urban biodiversity. The findings suggest that strategic planning and management of green spaces can significantly contribute to ecological conservation and enhance urban resilience. Recommendations are provided for urban planners and environmental policymakers to foster biodiversity in metropolitan areas.

This study investigates the ecological consequences of invasive plant species on the native biodiversity of the Amazon rainforest. Through comprehensive field surveys and remote sensing data analysis, we identify key invasive species and assess their impact on native plant communities. Our findings highlight that invasive species contribute to significant alterations in ecosystem structure and function, leading to a decrease in native plant diversity. Strategies for managing invasive species and conserving the Amazon's unique biodiversity are proposed.

SO2 emissions from different industrial activities including production of electricity from power plants as well as, metallurgical and cement factories, to name a few, are undesired due to this chemical’s harmful effects. Many processes to reduce sulfur dioxide emissions have been developed. Amongst these processes, direct dry sorbent injection is a relatively simple and low-cost process. In the current study, a two dimensional CFD investigation of the Direct Sulfation Process is presented. This model accounted for the process taking place in a fixed bed reactor. Effects of important operating parameters including the temperature, concentration and pressure were studied in this work. It was shown that these variables significantly affected this process. In other words, direct sulfation was shown to be controlled by both the chemical reaction as well as, diffusion phenomena. The diffusivity in the product layer demonstrated to be highly depended upon temperature while no such dependence on the sulfation degree was determined.

Urban green spaces play a crucial role in maintaining biodiversity and providing ecosystem services in rapidly urbanizing areas. This study investigates the diversity of plant species in various urban parks across three continents, assessing the influence of urbanization on these ecosystems. By analyzing plant species richness, we propose conservation strategies aimed at enhancing biodiversity within urban settings. Our findings suggest that integrating native species and creating ecological corridors can significantly boost biodiversity, leading to more resilient urban environments.