3.4.21.90: Togavirin
This is an abbreviated version!
For detailed information about Togavirin, go to the full flat file.
Word Map on EC 3.4.21.90
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3.4.21.90
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viruses
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proteoglycans
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virion
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vaccine
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epitope
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infectious
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virus-like
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glycosaminoglycans
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chondroitin
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heparan
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papillomavirus
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serotype
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cartilage
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icosahedral
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bacteriophage
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nucleocapsids
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self-assembly
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serological
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baculovirus
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polyprotein
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parvovirus
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encapsidation
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aggrecan
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chondroitinase
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immunodominant
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enterovirus
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decorin
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norovirus
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nonstructural
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polyomavirus
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poliovirus
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rna-dependent
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foot-and-mouth
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gastroenteritis
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rotavirus
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reovirus
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keratan
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hbeag
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mottle
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pentamers
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uncoating
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subgenomic
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anti-hcv
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coxsackievirus
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virus-specific
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hcv-infected
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cryo-electron
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drug development
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reassortant
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ns5a
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syndecan-1
- 3.4.21.90
- viruses
- proteoglycans
- virion
- vaccine
- epitope
- infectious
-
virus-like
- glycosaminoglycans
- chondroitin
- heparan
- papillomavirus
-
serotype
- cartilage
-
icosahedral
- bacteriophage
- nucleocapsids
-
self-assembly
-
serological
- baculovirus
- polyprotein
- parvovirus
-
encapsidation
- aggrecan
- chondroitinase
-
immunodominant
- enterovirus
- decorin
- norovirus
-
nonstructural
- polyomavirus
- poliovirus
-
rna-dependent
- foot-and-mouth
- gastroenteritis
- rotavirus
- reovirus
- keratan
-
hbeag
-
mottle
-
pentamers
-
uncoating
-
subgenomic
-
anti-hcv
- coxsackievirus
-
virus-specific
-
hcv-infected
-
cryo-electron
- drug development
-
reassortant
- ns5a
- syndecan-1
Reaction
Autocatalytic release of the core protein from the N-terminus of the togavirus structural polyprotein by hydrolysis of a -Trp-/-Ser- bond =
Synonyms
capsid protein, core protein, NsP2 proteinase, Sindbis virus core protein, Sindbis virus protease
ECTree
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Activating Compound
Activating Compound on EC 3.4.21.90 - Togavirin
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the disassembly of cores is stimulated by increasing the concentration of NaCl, but neither octylglucoside nor low pH stimulates the reaction
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additional information
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cores, which are resistant to trypsin at physiological salt concentrations, whereas become trypsin sensitive at elevated salt concentrations and under these conditions, the carboxy-terminal domain, beginning with position M(106) is released as a soluble protein. Use of endoproteinase LysC instead of trypsin allows a somewhat larger soluble carboxy-terminal domain beginning with Q(94). The disassembly of cores is stimulated by increasing the concentration of NaCl in the reaction, by the presence of octylglycoside, and by lowering the pH of the reaction to 6.0 and is not stimulated by the presence of NP 40
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