Antibiotics have played a crucial role in the treatment of bacterial infections. Past few decades are marked with advancement of multidrug resistant (MDR) pathogens, which have endangered antibiotic’s therapeutic efficacy. Scientific world is now struggling with the crisis of MDR pathogens. This supreme matter demands careful attention or otherwise it would jeopardize clinical management of infectious diseases. Implication of alternative approaches can pave a new way in the treatment of these troublesome bacteria. Tea leaves are known to pose antibacterial activity against many pathogenic microorganisms. This review has summarized the antibacterial potential of tea leave’s extracts against resistant bacterial pathogens such as Staphylococcus aureus, Pseudomonas aeruginosa, Helicobacter pylori, Escherichia coli, Klebsiella pneumonia, Salmonella typhi, Acenitobacter spp, Campylobacter spp. Consumption of natural products such as tea may very well replace, minimize or obliterate this complicated situation. Keywords: Anti-bacterial, Tea, Camellia sinensis, Drug resistant bacteria, Antibiotic resistant bacteria, Synergism, Polyphenols.

Urinary tract infection (UTI) can be a standard sickness allopathic treatment with numerous antibiotics might additionally purpose facet effects. The microorganism causing contamination can broaden resistance to, the prevailing antibiotics that are prescribed if the drugs are hired for an extended time. Those issues have caused countless exploration of varied modes of remedy and exchange treatment plans. Herbs have a symbolic record and proven to be very powerful in stopping and treating tract infections.

This study describes anti-hyperglycemic effect of Momordicacharantia extract commonly known as bitter melon. Random blood glucose levels were observed before and after plant extract administration. Powdered form of plant extract was used as an oral treatment. Diabetes was induced in animal (mice) models by using streptozotcin which is an artificial diabetes inducer. Maximum anti-hyperglycemic effect and blood glucose level reduction was observed in individual treatment of Momordicacharantiaextract (500mg/kg) which was 75% ± 1.3. This treatment was more effective as compared to Amaryl (3mg/kg) which shows effectiveness of 52% ± 2.4 and Glucophage (500mg/kg) which shows effectiveness of 29% ± 2.1. Results indicate that bitter melon contain anti-hyperglycemic proteins which are helpful in diabetes treatment without any toxic side effects. Still more research, experiments and testing needs to be perform. Keywords: Amaryl; Anti-hyperglycemic effect; Blood glucose levels; Body weight; Diabetes mellitus