The relationship between electromagnetic fields (EMFs), most especially Oscillating magnetic field (OSMF) and living things has received a lot of attention lately. There has been little research on the potential effects of EMFs on kidney parameters in the setting of malaria parasite infection, despite the fact that the effects of EMFs on numerous physiological systems have been thoroughly studied. This study looked into how kidney parameters in mice infected with malaria parasites were affected by EMF (OSMF) exposure. Plasmodium berghei-infected mice were randomly divided into five EMF-exposed groups (10mT, 15mT, 20mT, 30mT and 40mT) and four control groups (Treatment control, Negative control, Positive control and Normal control). The Treatment control group was not infected but exposed to 40mT EMF, Negative control group was infected and not treated, while Positive control group was treated with antimalaria drug (arthemether lumenfantrine). The Normal control group was not infected and did not receive any treatment. The EMF-exposed groups were subjected to a daily, six-hour/5day exposure to a 50 Hz electromagnetic field of varying magnitudes as assigned. The EMF-exposed and control groups were sacrificed and their kidney tissues were taken for examination after five days of EMF exposure. Serum creatinine and blood urea nitrogen levels, which are the conventional biomarkers for kidney function were measured. Additionally, parasite density were assessed. EMF exposure significantly altered kidney parameters in mice infected with the malaria parasite. When compared to the control group, the EMF-exposed group had higher levels of blood urea nitrogen and serum creatinine, which suggested compromised renal function.

Chemical spills into water have recently raised concerns. The goal of this study was to examine the long-term toxicity of Tilapia guineensis, a widely used aquacultured fish, to sodium bromide, a frequently used disinfection agent. 96-hour lethal concentration (96h.LC50), median lethal time (MLT50), operculum beating rate (OBF), tail beating rate (TBF), and behavioral reactions to each. 150 T. guineensis were examined at various sodium bromide concentrations (0.00 mg/L control, 5.00, 10.00, 15, 00, and 20.00 mg/L). Their average length and weight were 15.99 and 145.77 cm, respectively. The findings demonstrated that T. guineensis exhibited early signs of stress, including increased opercula ventilation, erratic swimming, and gasping for air. Pattern of TBF response to time and concentrations. The cumulative fatality scores increased as exposure time and concentrations increased. These behavioral responses in aquatic creatures have been found to be sensitive markers of pollution levels. When utilizing sodium bromide-based herbicides near aquatic areas, caution should be exercised.

Immobilization and survival rates at different life stages in Tilapia guineensis exposed to mustard seed powder as anaesthetics agent was evaluated. A total of 450 T.guineemsis comprised of 150 each of  fingerlings (average length 3.87 ± 1.44 cm, average weight 30.03 ± 2.88 g), juveniles (average length 6.45 ± 1.23 cm, average weight 66.44 ± 2.02 g) and adult (average length 13.77(± 2.66 cm, average weight 150.99 ± 9.77 g) were collected from the pond at low down ebb of the creek. The fish were conveyed to the laboratory in six exposed 50 L synthetic basins and allowed to acclimate for 7 days. Fish were exposed to a 0.00 control; 10.00; 20:00; 200 mg/l 30.00 mg/l and 40.00 mg/l anaesthetic arranged from a standard solution of mustard seeds. Three replicates of 10 fish per tank were used for each life stage. Time to reach and recover from various stages of anaesthesia was recorded after exposures. In addition, mortality was also recorded at each stage of life. Several physical and chemical characteristics of water in the investigational containers were assessed. The crush substances of mustard seed was noted to have induced sedation depending on the concentration and size of the treated fish. The time to attain profound sedation reduced with rising concentration at the entire life phases of the fish,  but was prolonged in adults than in fingerlings and juveniles. The faster you reach deep anaesthesia, the longer it takes to fully recover from the effects of the anaesthetics. The association between the time needed to achieve deep sedation and to complete recovery is greatly reliant on on mustard seed powder concentration (P<0.05), with over-all recovery time being contrariwise relational to recovery time. Survival rates of 90.00, 95.00 and 100.00% have been measured in fingerlings, juveniles and adult fish under heavy anaesthetics influence. This study found that mustard seeds can be effectively used as an anaesthetic for T. guineensis at an ideal dosage of 30.00 mg/L.

Transdermal management offers an avenue for delivering medications profoundly throughout the circulatory system and directly over the top layer of skin. It appeals to an array of experts because to its various biological advantages. The protective function within the stratum corneum poses an obstruction to medication distribution. Recent study data has shown that using microneedles to make the skin more permeable greatly improves transdermal distribution, particularly with regard to macromolecules. The microelectronics industry has produced microneedles in a range of dimensions, shapes, and polymers. The bulk of studies on drug delivery have concentrated on rigid microneedles, that have been shown in vitro to increase the skin's susceptibility to a range of substances including nanoparticles. Transdermal medication delivery can be improved by the use of microneedles. The present article discusses a wide range about microneedle variations and the ways they are manufactured. Microneedles that produce polymer provide an alternative. While soaking interstitial fluid instead of drugs, such innovative microneedles provide uninterrupted pathways among cutaneous microcirculation along with a connected patch-type reservoir. A few microneedles which have been officially approved for use in healthcare facilities by government bodies are also looked at. Additionally, it concentrates on the effective delivery of multiple medical chemicals via a variety of transporters, putting a special focus on the possible application employing microneedles within the transdermal approach.

The necessary for the importance of the pharmacognostic analysis of roots extracts of Homonia retusa are discussed in the current research. Homonia retusa roots various extracts like petroleum ether, chloroform, alcohol and aqueous was analysed for organoleptic characteristics, macroscopic, powder microscopic, physicochemical, phytochemical and fluorescence analysis. The physicochemical evaluation shows, loss on drying 1.5 % w/w, total ash value 2.5% w/w, acid insoluble ash value 1.25%w/w and extractive value of petroleum ether extract shows 3.2% w/w, chloroform extract was 0.8% w/w, ethanol extract was 8.2%w/w, aqueous extracts was found to be 12.2%w/w. Phytochemical analysis confirms carbohydrates, phenols, flavonoids, and tannins. These are just a few of the parameters that need to be evaluated for a pharmacognostic study of Homonia retusa roots.