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Wounds are classified as neglected tropical diseases. Herbal medicines are widely used and play a significant role in the alternative management of infectious diseases, including chronic wounds, ulcers and injuries. The overall aim of this study is to evaluate the antioxidant activity and major compounds of the hydroethanolic extract of the leafy stems of Ageratum conizoides, following in vitro testing for cytotoxic activity. Phytochemical analysis was carried out using the standard differential reaction method.

Contexte: L'intégration de l'intelligence artificielle (IA) en Afrique constitue à la fois une opportunité de développement socio-économique et un défi structurel majeur, marqué par une fracture numérique, une dépendance technologique et une sous-représentation des perspectives africaines dans la gouvernance mondiale de l'IA.

The Birimian basement of Côte d’Ivoire is characterized by a complex tectono-metamorphic history, yet the structural evolution of the Kan granito-gneissic complex (KGC) and the Comoé metasediments (CMS) remains insufficiently documented. This study combines teleanalytic mapping with field-based structural measurements to reconstruct the tectonic evolution of these formations. Lineament analysis highlights four principal orientations (E-W, N-S, NE-SW, NW-SE), which correspond to successive ductile and brittle deformation phases.

Water erosion is a serious threat in the Hamdara watershed. It mainly manifests itself in the form of gully erosion, which directly results in the silting up of low-lying areas and basins. The objective of this study is to characterise the spatio-temporal dynamics of gully erosion at the scale of the Hamdara watershed and to quantify the sediment flow deposited at the alluvial cone. The methodological approach adopted is based on remote sensing and topography, in particular the use of DGPS for intra-annual monitoring of two representative gullies (R1 and R2).

Raising the level of knowledge regarding ACLS among nursing students. Promotion of STP include various determinants regarding ACLS. In the present study a pre-experimental design and pre-test and post-test design was used to find out the effectiveness of Structured Teaching Programmed. Total 100 subjects were selected by convenience sampling technique. Structured Teaching Programme developed by the investigator was implemented after 7 days post-test was conducted. Descriptive and inferential statistics was used for data analysis.

Within the framework of sustainable development and the circular economy, it is essential to utilize natural materials derived from agricultural waste as adsorbents. The objective of this study is to investigate the removal capacities of nitrates and phosphates using biosorbents derived from cocoa shells and rubber tree residues, in order to identify the most suitable biosorbent for each type of pollutant.The optimal conditions for biosorbent preparation were determined using experimental design methodology.

Aevaluation of earthquake resistance behavior of reinforced concrete moment-resisting structures structures having G+10 and G+20 structural arrangementswas carried out through STAAD Pro V8i software V8i software analytical software under various earthquake-prone zones defined according to IS 1893:2016 provisions. The study examined the influence of structural geometry and bay arrangement on horizontal displacement response, inter-storey drift, floor-wise shear force, and stiffness characteristics.

The need for adequate resistance against seismic forces is particularly highlighted as a consequence of the rapid urbanization and the demand for high rise structures. Although Reinforced Cement Concrete (RCC) moment-resisting frame (MRF) buildings are very popular in the construction industry due to their strength, durability and architectural flexibility, they are generally too flexible in respect of lateral stiffness for seismic safety in tall buildings. Various systems of bracing are used in RCC frames for improving structural stability and control of the lateral displacements.

The investigation of green chemistry approaches in medicinal chemistry has been prompted by the growing need for efficient and ecologically friendly chemical synthesis methods. These articles emphasize environmentally friendly pyrazole derivative synthesis techniques, which are good substitutes for synthetic techniques that uphold green principles. They also focus on Schiff bases, formed by condensing carbonyl compounds and primary amines, which have diverse industrial and biomedical applications, and their synthesis is being made more sustainable through green chemistry.

Accidental intraoral injection of formalin instead of local anaesthetic represents a rare but significant iatrogenic emergency in dental practice. Although formalin is an essential fixative for histopathology, its highly caustic nature makes it dangerous in the operatory environment when stored improperly. The incident typically occurs when colorless solutions are kept in unlabeled or repurposed local anaesthetic vials, a practice still prevalent in some clinical settings in India.