In order to forecast the effects of the fungi on humans, this study was conducted to isolate and identify the fungi in three distinct samples in the college of science cafeteria. In order to obtain well-isolated colonies, the power plate method with Potato Dextrose Agar (PDA) was used to isolate and identify various fungal species. The results show the identity and the total colony forming units (CFU) for fungi. The most frequently isolated fungi were Cladosporium, Rhizopus sp., Aspergillus Sp, Alternaria, Yeast, Penicillium, . While the less frequently detected fungi species were Trichocladium, Drecheslera sp.and Botrytis sp. According to the fungi the higher numbers of fungi were isolated on menu and containers.

The research was carried on “Incidence of the seed borne infection and management of Alternaria species in wheat cultivars” at Laboratory of Bright Mid-West Agriculture and Forestry Campus, Birendranagar, Surkhet, Nepal from December 2019 to March 2020. The experiment was laid out in Completely Randomize Design (CRD). In the present investigation, seed samples of seven different varieties of wheat (Triticum aestivum L.) seeds viz. Gautam, Virkuti, Aaaditya, Wk1204, NL1172, NL1177 and NL297 were collected from National Wheat Research Program (NWRP) Bhairahawa, Rupandehi, Nepal and Nepal Agriculture Research Council (NARC), Botany division, Khumaltar, Lalitpur, Nepal. Seed samples were categorized by different varieties and treatment in different day’s interval. Seed treatment with, Dhanuka M-45, Acmes tin, Trichoderma viridae and control (without treatment) was done to see their effect on seed borne infection of Alternaria in wheat. The recorded parameters among the sampled plants were germination percentage, disease incidence percentage and incidence of Alternaria on the seeds. The variety ‘Aditya’ germinated maximum (97.00%) and variety NL-297 germinated minimum (0.25%) without treatments. However, Variety ‘Virkuti’ germinated maximum (95.5%) after treatment. Whereas, Variety NL-297 showed no seed-borne infection (0.00%) and variety ‘NL-1177’ showed the maximum disease severity (12.75% at 5DAI, 24.75% at 7DAI and 32.25% at 9DAI respectively) without treatment. Similarly, in treated seeds variety NL-1177 showed the maximum disease incidence percentage (6.75%) at 5DAI, variety Gautam (9.37%) at 7DAI and variety NL-1177 (9.87%) at 9DAI. whereas variety Gautam showed the minimum disease incidence (3.50%) after 9DAI, Variety ‘Virkuti’ (6.62%) at 7DAI and Variety ‘Gautam’ (8.0%) at 9DAI respectively. With the treatment variety Gautam could reduce the disease incidence by 60% at 5DAT, 50.02% at 7DAT and 68.93% at 9DAT.Similarly, variety Virkuti reduce in disease incidence by 13.53% at 5DAT, 15.12% at 7DAT and 10.41% at 9DAT. The Variety NL-1177 reduced disease incidence by 47.05% at 5DAT, 70.22% at 7DAT and 69.39% at 9DAT respectively. The results also showed that the control measure of Trichoderma viridae found significant performance (99.84%) in controlling seed borne pathogens and increasing germination of wheat seeds and the Variety Aditya was found as best in germination (97%) with lower seed borne Alternaria and the variety NL-297 was found non-disease severity (0.00%).

Transportation is not only a significant force in promoting economic and social development but also one of the primary industries that consume energy and emit greenhouse gas emissions. In order to achieve China’s overall goal of reaching the carbon peak by 2030, this paper selects six influencing factors, such as population, GDP and urbanization rate, and proposes a combined prediction model based on ARIMA-LSTM-BP, which predicts transportation carbon emissions in China from 2022 to 2050 under three scenarios of low carbon, benchmark and high carbon. The results show that the peak emissions of transportation in low-carbon, benchmark and high-carbon scenarios are 1624.7732 million tons, 1478.1694 million tons and 1367.5417 million tons, respectively, reaching the peak in 2031, 2034 and 2039. It can be seen that in China, the transportation industry alone cannot achieve the goal of reaching the peak by 2030, and more measures need to be taken to achieve the carbon peak of the transportation industry as soon as possible.

Structural characterization of proteins is fundamental for understanding their functions and interactions within cellular environments. Protein footprinting has emerged as a powerful and versatile technique in structural biology, providing valuable insights into protein structure, dynamics, and conformational changes. This study comprehensively explores the principles, methodologies, and applications of protein footprinting as an indispensable tool in structural biology. Protein footprinting encompasses a range of innovative techniques, including hydroxyl radical footprinting, mass spectrometry-based footprinting, and chemical footprinting, each offering unique advantages for probing different aspects of protein structure. The study elucidates the underlying principles of these methods, discussing the mechanisms by which protein-footprinting agents interact with amino acid residues and elucidate structural details. The application of protein footprinting in studying protein-protein interactions, ligand binding, and conformational changes is highlighted through a detailed examination of key studies and experimental approaches. The review emphasizes the versatility of protein footprinting in investigating diverse protein systems, from small globular proteins to large multi-subunit complexes. Furthermore, the integration of protein footprinting with other structural biology techniques, such as X-ray crystallography, NMR spectroscopy, and cryo-electron microscopy, is explored to showcase the complementary nature of these approaches in achieving a comprehensive understanding of protein structure and function. The study addresses recent advancements and technological innovations in protein footprinting methodologies, including advancements in mass spectrometry instrumentation and data analysis strategies. Additionally, it discusses challenges associated with the technique, such as data interpretation and accessibility, and proposes future directions for overcoming these hurdles. Protein footprinting stands as a valuable tool in the structural biologist’s arsenal, providing unique perspectives on protein structure and dynamics. As the field continues to evolve, with ongoing refinements in methodologies and expanded applications, protein footprinting is poised to play a pivotal role in unraveling the complexities of biological macromolecules. This study serves as a comprehensive resource for researchers and practitioners seeking an in-depth understanding of protein footprinting and its contributions to advancing structural biology.

Oenanthe javanica or water dropwort, is a medicinal plant that exhibits a great potential for antioxidant activity and is capable of scavenging free radical ions associated with various diseases. Although O. javanica extracts have shown antioxidant properties, there is a gap in research concerning the selection of suitable solvents for extracting antioxidant compounds from this plant. Therefore, this review aims to identify the most effective solvent for the preparation of antioxidant-rich O. javanica extracts. Based on the data obtained from online articles and journals through several academic databases, our findings indicate that various solvents give notable outcomes on the O. javanica extracts in terms of extract yield, total phenolic content and antioxidant activity. Ethanol, methanol and water are among the frequently solvents utilised for O. javanica extraction. Hot water extract exhibited the highest extraction yield from O. javanica. Meanwhile, 50% methanol extract demonstrate the highest TPC with 621 ± 63 mg GAE/100 g using the Folin-Ciocalteu method. On the other hand, methanol extracts of O. javanica produced the highest antioxidant potential with 97.09% of DPPH scavenging activity with the IC50 of 30μg/ml. It can be noted that phenolic compounds including phenolic acids and flavonoids as well as carotenoids are among the compounds that contributed to the antioxidant activity of O. javanica extracts This review hopes to serve as a valuable resource for researchers engaged in solvent-based extraction and phenolic content analysis from Oenanthe javanica, as well as offering insights that can guide future investigations in optimizing the extraction of valuable antioxidant compounds from this plant.

Groundwater pollution is a significant environmental issue globally, particularly in large cities, and trace heavy metals are the most significant groundwater pollutants. Pakistan is particularly affected by groundwater contamination, which poses a major threat to public health. Many industrial facilities in Pakistan discharge untreated wastewater into nearby drains, which has a direct impact on the quality of surface water, soil, and groundwater. Bahawalpur, the 11th most populous city in Pakistan, is the focus of this research, which examines how residential areas in the city affect groundwater. The research area was carefully studied, and groundwater sampling locations were collected from 45 distinct locations throughout Bahawalpur’s residential area. Groundwater samples were then analyzed for various parameters, including pH, turbidity, electrical conductivity, total dissolved solids, calcium, magnesium, iron, total hardness, total alkalinity, and chloride content. The results of these tests were compared to World Health Organization (WHO) recommendations, and the outcomes of the elements were displayed using ArcView GIS v10.7.1 and raster interpolation with IDW. The study found that the concentration of pollutants in groundwater exceeded the permitted level, and the water quality index for drinking water was determined to be only 65 percent in terms of pH, turbidity, electrical conductivity, iron, calcium, magnesium, total dissolved solids, total alkalinity, and total hardness. The characteristics of the groundwater did not comply with WHO standards. These findings suggest that there is a pressing need to address water pollution in Bahawalpur. The data collected and analyzed in this study could be used to design and construct a filtration plant facility to reduce water pollution in the area.

Fewer water resources and Wastewater is the main problem these days. There are many methods to treat water, one of them is coagulation and flocculation, used to remove impurities, turbidity, and absorbed metals in water. Aluminum, iron coagulant, charcoal, alum, and many other chemical methods are used for this purpose in industries. But these coagulants have bad effects on human health. So this study is to focus on alternatives of these coagulants by finding efficient natural coagulants. Good natural coagulants are those that contain protein soluble properties and basicity. Some of the Alternative coagulants are chosen; Moringa seed, neem leaves, eggshells, orange peels, and banana peels. Different coagulants are used to reduce TDS and other dissolved impurities from an industrial outlet water sample, to check the characteristics and efficiency of natural coagulants. These natural coagulants were then compared with commercially used coagulants. Each coagulant was studied in the spectrometer at a different wavelength and dilution, the sample was tested at different times after 5,10,15,20 minutes and by changing coagulant concentration. Moringa seed is most efficient, it shows up to 97% turbidity removal and 73% TDS removal. The controlled amount of banana peel absorbs up to 97% methyl orange dye. These Natural coagulants are easily available, cheap rates and have no side effects. Natural coagulants are a good alternative to commercially available natural coagulants. These can be prepared locally to treat sewage water and rainwater before discharge into groundwater or for use in agriculture purpose.

This comprehensive review elucidates the intertwined relationship between safety, quality control, and sustainability within the construction sector, highlighting the critical need for integrating these elements to promote optimal project outcomes and long-term industry advancement. The study commences with an in-depth exploration of existing literature, focusing on diverse methodologies, strategies, and frameworks employed to enhance safety and enforce stringent quality control, thus contributing to the overall sustainability of construction projects. Safety is identified as a paramount concern in construction, significantly influencing both quality and sustainability. The lack of safety not only jeopardizes human lives but also results in cost overruns and project delays, undermining the overall quality and sustainability. Quality control, herein, is discussed in relation to its pivotal role in minimizing errors and rework, ensuring adherence to standards, and facilitating the attainment of sustainability goals through resource efficiency and waste reduction. Sustainability in construction is dissected through its three foundational pillars: economic viability, social equity, and environmental integrity. This review details how the integration of safety and quality control significantly impacts these pillars, highlighting the synergy between construction practices, resource optimization, stakeholder well-being, and ecological preservation. Empirical studies, theoretical frameworks, and case studies form the basis of this review, providing a multifaceted understanding of the interdependence between safety, quality control, and sustainability in construction. The assessment reveals that the construction industry is progressively acknowledging the inherent connection between these components, with contemporary practices and policies increasingly reflecting an integrated approach. The article concludes by underscoring the imperative for continuous research and development, innovations, and policy interventions to strengthen the nexus between safety, quality control, and sustainability in construction. It also advocates for a holistic approach that unifies these elements to drive industry resilience, promote sustainable development, and ensure the well-being and prosperity of communities and the environment.

The modern taxonomical consideration is used for seven coarse-grained agglutinated benthic foraminiferal species which are belonging to six genera from four countries in the Tethys around the Atlantic Ocean USA and Europe (Spain, France and Poland). These species are believed here to be new: Bathysiphon alegretae, Gaudryina pozaryskai, G. stasseni, Dorothia sztrákosae, Siphogaudryina ortizae, Pseudoclavulina thomasae and Clavulina sztrákosae. Tubular taxa (e.g. Bathysiphon) are rare in neritic settings but common in bathyal facies, while elongated serial taxa (e.g. Gaudryina, Siphogaudryina, Dorothia, Pseudoclavulina, Clavulina) are most common in the upper to middle bathyal assemblages.

Animal biotechnology represents a cutting-edge field that has revolutionized our interactions with the animal kingdom. Recent advancements encompass various domains, including genetic editing techniques like CRISPR-Cas9, which allow precise genetic modifications for improved animal health and product quality. Cloning and reproductive technologies offer opportunities to preserve rare genetic traits and enhance livestock production, albeit accompanied by ethical and genetic diversity challenges. Transgenic animals, engineered with foreign genes, serve purposes from increased productivity to disease modeling, raising ethical and regulatory concerns. Disease resistance strategies involve selective breeding and gene editing to bolster animals’ immunity, promoting sustainable farming practices. Biopharming utilizes genetically modified animals for large-scale pharmaceutical production, balancing potential benefits with containment and safety issues. Conservation efforts employ advanced genetic and reproductive techniques to protect endangered species, necessitating careful ethical and ecological considerations. Animal biotechnology promises transformative possibilities but underscores the importance of responsible progress and ethical frameworks.