Mycoplasma and other microorganisms

Mycoplasma and other microorganisms

As possible causes of chronic prostatitis nebakterialnogo were also given, and other microbial substances, in particular the family Mycoplasmataceae, which includes the genus Mycoplasma and Ureaplasma. High level of provision U. Urealyticum in the control patients questioned the assertion that the organism is the cause of chronic prostatitis nebakterialnogo, this view was refuted by the scientists who conducted a large study of patients and control patients using a case-control

Escherichia (genus Escherichia)

Escherichia - rod-shaped bacteria belonging to the family Enterobacteriaceae, the genus Escherichia, which consists of 5 species: E. coli, E. fergusoni, E. hermannii, E. vulneris, E. blattae. Type species - E. coli, has the greatest value in medicine. Diseases caused by E. coli, called esherihiozami. According antigenic and toxigenic properties of the agents are divided into opportunistic and pathogenic E. coli. Opportunistic coliform bacteria - commensals (representatives of the normal gut microflora), causative agents of opportunistic infections (parenteral esherihiozov) in the form of sepsis, peritonitis, cystitis, etc. Pathogenic, or diareegennye, Escherichia coli, causing enteral esherihiozy (gastroenteritis, colitis, etc.). Escherichia direct Gram-negative rods with rounded ends (0,6-1 x2 ,0-6, 0 m), many have a capsule or microcapsule, peritrihialnye flagella and drink.

Coliform bacterium (Escherichia coli) - one of the representatives of the normal intestinal flora, saprophyte colon.
Opportunistic and pathogenic serotypes of E. coli cause different forms of infectious process. When urinary tract infections are more common serotypes 02, 06, 09, with inflammation of the gall bladder - 01, 08, 011.
Coliform bacterium (Escherichia coli).
Chlamydia
C. Trachomatis - pathogenic Gram-negative bacteria, opened in 1903, and S. L. Gelbershtedterom Provachekom, included in the order Chlamydiales, family Chlamidiaceae, born Chlamidia. Through specific receptors ET attach to epithelial cells, penetrating inside their phagosomes. Here in the cytoplasmic vacuoles (endosomes) ERs are transformed through a stage of transitional cells (PT) in the RT, while the latter are subjected to binary fission. After a period of growth and division of RT are the inverse transformation through a stage in ET Fri. Eventually, the whole vacuole is filled with ERs and turns into "inclusion" in the cytoplasm of the host cell.
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