Published October 3, 2022 | Version v1
Journal article Open

Faecal microbiota transplant - a summary of contemporary research and therapy possibilities

  • 1. University of Life Sciences in Lublin
  • 2. Wrocław Medical University

Description

The animals’ gastrointestinal tract is a microenvironment colonized by multiple bacterial
species. Those organisms perform many important functions, inter alia the digestion aiding,
enabling maturation of the colonic epithelium, participating in many metabolic changes.
Keeping their stable, appropriate composition aims to protect from an excessive outgrowth
of pathogenic bacteria and the development of many diseases. The gut microbiome differs
significantly among species and individuals. The most common reasons for its adverse
change include improper diet, disease, and certain drugs, especially antibiotics. The method
‘’faecal microbiota transplant’’ - FMT refers to a procedure of transmitting bacterial content
of intestines from a healthy donor to a diseased recipient in order to help in the re-colonization of his intestines by the optimal bacteria for this environment. This results in the resolution of the disease caused by non-viable microorganisms. There are many diseases directly
connected with the gut microbiota, including Clostridium difficile infection, however many
studies show remarkable results in treating also many autoimmune and metabolic diseases,
behavioural alterations, and neurological problems. Recent years showed directly that dysbiosis is a dangerous condition not only in conjunction with a gastrointestinal problem, but
the discoveries of many years in this field may serve as proof of a great connection of all
body systems and their interactions with each other and a need of implementation the holistic medical processes in treating many systemic problems.
In this review, the authors summarised the available information regarding the development of a Fecal Microbiota Transplant method, evidence-based efficient methods of its application, and the newest research in this field in both human and animal medicine.
 

Files

VII (1).pdf

Files (740.9 kB)

Name Size Download all
md5:8b0d33a6728e0abd9a32b6b7c3b151b7
740.9 kB Preview Download