Bacterial Foodborne Illness in Malaysia: Terminalia spp. as a Potential Resource for Treating Infections and Countering Antibiotic Resistance

Abstract

Acute diarrhoea is becoming a major public health problem in Malaysia, with more than 13.5 million cases reported annually. Foodborne bacterial pathogens are a predominant cause of diarrhoea, with infections causing prolonged illness durations and higher patient mortality rates, placing a tremendous burden on the Malaysian economy. Due to increasing incidences of diarrhoea in Malaysia caused by foodborne pathogens and the increasing levels of resistance towards antibiotics from many different classes, new drugs and/or therapies are urgently required. The evidence for plants as new sources of antibiotics has increased dramatically in recent years and there has been a substantial increase in interest in traditional and herbal medicines. Several Terminalia spp. are native to Malaysia, with previous research demonstrating that Terminalia spp. are rich in therapeutic phytochemicals and possess antibacterial properties. However, limited research has been conducted on the native Malaysian Terminalia spp. for their potential as new antibacterial therapies. The current review discusses the types of bacteria, including antibiotic resistant strains, that cause food poisoning in Malaysia, and reports the phytochemical content and antibacterial properties of eight of these useful plant species. Future directions pertaining to drug discovery pathways are also suggested.

Terminalia spp.: A Potential Material and Its Limitations in Medicine

“…I have read the review article entitled ‘Bacterial foodborne illness in Malaysia: Terminalia spp. as a potential resource for treating infections and countering antibiotic resistance’ with great interest ( 1 ). The authors highlight the therapeutic phytochemicals and antibacterial properties possessed by these species.…”

“…Studies investigating the antibacterial properties of other Terminalia spp. are limited, particularly in relation to the MIC method ( 1 ). However, some Terminalia spp.…”