37:
248:. The gliding machinery, consisting of a large structure of surface proteins, forms at the protrusion. The legs, which are approximately 50-nm long, are protein molecules on the cell surface that aid the cell's motility. This process enables
189:
survival is dependent upon surface proteins which allow it to bind and infect host cells, vary its own surface proteins in order to escape the host immune system, and transport nutrients and
672:
205:
cell is divided into three parts: the head, neck, and body. The proteins involved in gliding and adhesion, named Gli123, Gli349, and Gli521, are found at the neck. On the surface of
240:
moves in a gliding manner along a curved path in the direction of the cell protrusion, otherwise known as the cell pole. The protrusion of the cell, which extends from the
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lies variable surface proteins (Mvsps) made up of 11 genes including mvspA and mvspP. These proteins are considered to be involved in the parasitism of
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cells are covered with membrane- anchored proteins, including surface proteins responsible for adhesion, or attachment to objects and surfaces, and
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began in 1997, and new research is continually occurring. Many studies involving the individual proteins on the surface of
225:, enabling the bacterium to form a protrusion and glide in a smooth manner. As a result of this cell wall structure,
36:
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455:"Whole Surface Image of Mycoplasma mobile, Suggested by Protein Identification and Immunofluorescence Microscopy"
264:
then pull the sialylated oligosaccharides on the foreign cell surface through the use of energy obtained from
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345:"Molecular Structure of Isolated MvspI, a Variable Surface Protein of the Fish Pathogen Mycoplasma mobile"
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have been conducted, however, a detailed image of the complete cell surface has yet to be produced.
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260:) onto the surface of the object in which the cell attaches to. The proteins on the surface of
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is recorded to move 2.0 to 4.5 Ξm per second on solid surfaces. At this speed, the
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is a species of parasitic bacteria that binds to the gills of freshwater fish causing
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and consists of hundreds of miniature legs which attach to distant cells, pulls the
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343:
Adan-Kubo, Jun; Yoshii, Shu-hei; Kono, Hidetoshi; Miyata, Makoto (15 June 2012).
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Morio, Hanako; Kasai, Taishi; Miyata, Makoto; Metcalf, W. W. (15 January 2016).
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405:"Prospects for the gliding mechanism of Mycoplasma mobile"
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is moving 3 to 7 times the length of the cell per second.
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403:Miyata, Makoto; Hamaguchi, Tasuku (February 2016).
229:is the fastest moving mycoplasma species recorded.
453:Wu, Heng Ning; Miyata, Makoto (24 August 2012).
8:
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157:which includes bacteria featuring reduced
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511:"Gliding Direction of Mycoplasma mobile"
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256:(carbohydrates that have reacted with
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268:. Through the use of this action
252:to move and releases sialylated
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409:Current Opinion in Microbiology
1:
153:. It belongs to the class of
173:, however its cells lack a
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737:Bacteria described in 1987
727:Bacterial diseases of fish
422:10.1016/j.mib.2015.08.010
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32:Scientific classification
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23:
515:Journal of Bacteriology
459:Journal of Bacteriology
349:Journal of Bacteriology
171:gram positive bacterium
137:Kirchhoff et al. 1987
16:Species of bacterium
527:10.1128/JB.00499-15
471:10.1128/JB.00976-12
361:10.1128/JB.00208-12
221:creates a flexible
183:antigenic variation
161:sizes that may be
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699:Open Tree of Life
678:mycoplasma-mobile
599:Mycoplasma mobile
569:Mycoplasma mobile
561:Taxon identifiers
465:(21): 5848â5855.
355:(12): 3050â3057.
238:Mycoplasma mobile
233:Gliding direction
146:Mycoplasma mobile
142:
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131:Mycoplasma mobile
25:Mycoplasma mobile
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254:oligosaccharides
213:. The lack of a
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89:Mycoplasmataceae
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79:Mycoplasmatales
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521:(2): 283â290.
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266:ATP hydrolysis
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113:M. mobile
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59:Mycoplasmatota
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242:cell membrane
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217:layer within
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215:peptidoglycan
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175:peptidoglycan
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122:Binomial name
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321:. Retrieved
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593:Wikispecies
323:20 February
284:Studies of
258:sialic acid
732:Mycoplasma
721:Categories
312:Mycoplasma
296:References
169:. It is a
155:Mollicutes
100:Mycoplasma
69:Mollicutes
415:: 15â21.
369:0021-9193
290:M. mobile
286:M. mobile
274:M. mobile
270:M. mobile
262:M. mobile
250:M. mobile
246:M. mobile
227:M. mobile
223:cell wall
219:M. mobile
211:M. mobile
207:M. mobile
203:M. mobile
197:Structure
187:M. mobile
179:M. mobile
167:commensal
163:parasitic
107:Species:
652:10033735
584:Q3869034
578:Wikidata
545:26503848
489:22923591
431:26500189
387:22447898
151:necrosis
85:Family:
55:Phylum:
49:Bacteria
45:Domain:
639:3225968
536:4751794
480:3486091
378:3370835
310:"Genus
280:Studies
177:layer.
95:Genus:
75:Order:
65:Class:
704:249168
665:963871
626:975216
543:
533:
487:
477:
429:
385:
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159:genome
647:IRMNG
613:44XGN
691:2118
686:NCBI
673:LPSN
660:ITIS
634:GBIF
541:PMID
485:PMID
427:PMID
383:PMID
365:ISSN
325:2018
318:LPSN
201:The
191:ions
621:EoL
608:CoL
531:PMC
523:doi
519:198
475:PMC
467:doi
463:194
417:doi
373:PMC
357:doi
353:194
165:or
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314:"
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