Health problems related to pelvic floor muscles, as faecal incontinence (FI), urinary incontinence (UI) and constipation have a significant negative impact on a person’s life. The disease is accompanied by a serious symptoms, which exclude the patient from the local community. It is noteworthy that FI and UI involve increased financial outlays for the treatment of these disorders. Definition of the faecal incontinence is an uncontrolled passage of faecal materials that has occurred at least two to four times within four weeks of the last six months. Anatomy of pelvic fundus is strictly corelated with those diseases, because ability to contract and relax the muscles of the pelvic floor helps with the body’s daily basic functions. Risk factors of FI/UI include age, gender, comorbidities such as diabetes and irritable bowel syndrome, and obstetric factors. It could be treated with physiotherapy, pharmacotherapy or invasive treatment. A review of the literature indicates that the problem of FI/UI is a significant clinical issue of concern to clinicians due to very limited treatment techniques. There is a lack of primary research covering this issue in the world literature. The authors of this paper therefore believe that a holistic view of the subject based on the latest scientific data is necessary.

This review examines how physical activity can modulate the gut microbiota, taking into account the training intensity used, the value of the load and the age group studied. The aim of the study is to show the significant interaction between exercise and its effects on the gut microbiota. Many of the studies we analysed showed an interesting correlation between the physical activity undertaken and the change in biodiversity and taxon representation, so we concluded that exercise can significantly modulate the composition of the gut microbiome. This also works the other way around, as doing too much intense and taxing exercise can lead to so-called intestinal dysbiosis, which promotes inflammatory reactions and other unfavourable metabolic consequences. Therefore, in this review, we have analysed the latest and most interesting body of literature oscillating around the complex relationship between the movement undertaken and its impact on the microbiome.