Reviewed
Callospermophilus Lateralis (Golden-mantled Ground Squirrel) (Spermophilus Lateralis) [TaxID: 76772]; Dermacentor Andersoni (Rocky Mountain Wood Tick) [TaxID: 34620]; Erethizon Dorsatum (North American Porcupine) [TaxID: 34844]; Homo Sapiens (Human) [TaxID: 9606]; Neotoma Cinerea (Bushy-tailed Woodrat) [TaxID: 105147]; Peromyscus Maniculatus (North American Deer Mouse) [TaxID: 10042]
Not Available
RNA-directed RNA polymerase VP1 (EC 2.7.7.48)
Colorado Tick Fever Virus (strain USA/Florio N-7180) (CTFV)
Viruses> DsRNA Viruses> Reoviridae> Spinareovirinae> Coltivirus> Colorado Tick Fever Virus (CTFV)> Colorado Tick Fever Virus (strain USA/Florio N-7180) (CTFV)
NC_004180.1 ; U53227.1 ; AF000720.1 ; NC_004181.1 ; U53227.1 ; AF133428.1 ; NC_004182.1 ;
U53227.1 ; AF139758.1 ; NC_004183.1 ; U53227.1 ; AF139759.1 ; NC_004184.1 ; U53227.1 ;
AF139760.1 ; NC_004185.1 ; U53227.1 ; AF139761.1 ; NC_004186.1 ; U53227.1 ; AF139762.1 ;
7:NC_004187.1 ; U53227.1 ; AF139763.1 ; NC_004188.1 ; U53227.1 ; AF139764.1 ; NC_004189.1 ;
U53227.1 ; AF139765.1 ; NC_004191.1 ; U53227.1 ; NC_004190.1 ; U53227.1 ; U72694.1
U53227.1 ; AF139758.1 ; NC_004183.1 ; U53227.1 ; AF139759.1 ; NC_004184.1 ; U53227.1 ;
AF139760.1 ; NC_004185.1 ; U53227.1 ; AF139761.1 ; NC_004186.1 ; U53227.1 ; AF139762.1 ;
7:NC_004187.1 ; U53227.1 ; AF139763.1 ; NC_004188.1 ; U53227.1 ; AF139764.1 ; NC_004189.1 ;
U53227.1 ; AF139765.1 ; NC_004191.1 ; U53227.1 ; NC_004190.1 ; U53227.1 ; U72694.1
Various pathway(s) in which protein is involved
Not Available
MARRPSKEWRERFNALSLKCKQLIHSSITNDFTTTDKAQQSTFYSSSGLMDVRKRLSISESLEVFGSLIDNWDLVQLVGTRAEPFVLNNPASYLLVNQLL
ALAGQAHSAASMVFLNSLMYDDALDHVNLWPYEVERPIPQITREVLSPPPFSVNSYYLQRDIDVIKAKTKAAVYIENYRAGDVFAKKRSISKGATFEERV
YHGAVTMLQRMVKLRGSTIQECFVIAISSYRCSDCVRRMMASESGTGAIHEMDHICIMRSNALRWLQAAFSDFPEFPFLMTRDGVKFASNCGAVSTQVPL
LFFQTLEMMVLTMDGTLSSTWEGWVCCEWYDRARVGLFSEMFDRRGVVAHLREAILRQSRLLRYQSRGLHLASVSNFPKRSVSADGLDDRIIEGLQKFNS
KVCSFIQSWIFQIDLVDEPARWLAVMIKTFASALLYVMGATSLSLEQSAQGTLGIGDPISFPRQEILLEGEWIAVDWYYPDPDLADMREMGMALVDNASP
EYTDWEYGFFNVQTTNSAGNVKEVIEERRKQLVAEFGDQGKLLAKVENTRILDAVQKITSTFQNPQDFCDSADNVRKAGERHQVGRRPRVIQMVGTEGQL
SAFVLHNVLRPAYKATRFTTSGKNSGDIRDMNIVLEISGELGYKSSLDVKGMDSSTKPFQTNLSLSCVFHRLRGEVLGYPAFFLGSTSSSKDNYVVTRTR
YRDEHGGILVEEEYKLTYPQYVLLLGAIHWTSPTRFTDGYFQEFVMTSRTVFRSGLLNTADQHTFLGVIMYALLEKRLRQRWYGKHGKEMREKIGQRREA
LEEYEEHVKLLGSVLGDDQVAGAFCQGIVDEEVILRITRDLCDETKFLMERLGYECEPEISEYSAEFLKQKGVLGAPELFPERLLLFSSERGDMAGSLPL
DRVKIMLSMTDEKIGRARCPLPYASLMLFTSWVSGTASFSIGEEGRLLYRTGRNWKKVFASKRAASVAWKDQFTSDGVFDVRWNGFGMFYKEWASANTKT
ILLGCGLLWACSDALGVPFPPLVQKDEILCPGTSVYTIPSNAMTHYLLWATRRDRADAERMWRAVRDDLLRGDNDPLESYIEYVDKMFAEVGVIDIPFSA
LHIYGVGMGFVAGVMPVPMEVWYDFGLFGKVGGFGTWIAELVFKDIRIDREKYDLPRLSMWKNAANHSLPSEVRRASLYARDTLHEKYGMVVPSAVLVAE
RPGCKIDQALFEVRRVGMEDVRELEKVLDELTRLNHLERKFTKRLAMGLFIVEKLTERRTGYGPAIASNGWGHIAAPYSFQARLLECLAFPMYNGFNYEA
VRERVFVDGKLPGDPKLYLKIGRQALSYSEEAYNLVSASMGLSSRQAADMRDMILEGINGLEEARFALNPRKTFLFDVSRRKGAGFFQTPHRRKTNQAYC
EMMGMALLLMEPWKFSSGDWRMSFSHRLRAILGRR
ALAGQAHSAASMVFLNSLMYDDALDHVNLWPYEVERPIPQITREVLSPPPFSVNSYYLQRDIDVIKAKTKAAVYIENYRAGDVFAKKRSISKGATFEERV
YHGAVTMLQRMVKLRGSTIQECFVIAISSYRCSDCVRRMMASESGTGAIHEMDHICIMRSNALRWLQAAFSDFPEFPFLMTRDGVKFASNCGAVSTQVPL
LFFQTLEMMVLTMDGTLSSTWEGWVCCEWYDRARVGLFSEMFDRRGVVAHLREAILRQSRLLRYQSRGLHLASVSNFPKRSVSADGLDDRIIEGLQKFNS
KVCSFIQSWIFQIDLVDEPARWLAVMIKTFASALLYVMGATSLSLEQSAQGTLGIGDPISFPRQEILLEGEWIAVDWYYPDPDLADMREMGMALVDNASP
EYTDWEYGFFNVQTTNSAGNVKEVIEERRKQLVAEFGDQGKLLAKVENTRILDAVQKITSTFQNPQDFCDSADNVRKAGERHQVGRRPRVIQMVGTEGQL
SAFVLHNVLRPAYKATRFTTSGKNSGDIRDMNIVLEISGELGYKSSLDVKGMDSSTKPFQTNLSLSCVFHRLRGEVLGYPAFFLGSTSSSKDNYVVTRTR
YRDEHGGILVEEEYKLTYPQYVLLLGAIHWTSPTRFTDGYFQEFVMTSRTVFRSGLLNTADQHTFLGVIMYALLEKRLRQRWYGKHGKEMREKIGQRREA
LEEYEEHVKLLGSVLGDDQVAGAFCQGIVDEEVILRITRDLCDETKFLMERLGYECEPEISEYSAEFLKQKGVLGAPELFPERLLLFSSERGDMAGSLPL
DRVKIMLSMTDEKIGRARCPLPYASLMLFTSWVSGTASFSIGEEGRLLYRTGRNWKKVFASKRAASVAWKDQFTSDGVFDVRWNGFGMFYKEWASANTKT
ILLGCGLLWACSDALGVPFPPLVQKDEILCPGTSVYTIPSNAMTHYLLWATRRDRADAERMWRAVRDDLLRGDNDPLESYIEYVDKMFAEVGVIDIPFSA
LHIYGVGMGFVAGVMPVPMEVWYDFGLFGKVGGFGTWIAELVFKDIRIDREKYDLPRLSMWKNAANHSLPSEVRRASLYARDTLHEKYGMVVPSAVLVAE
RPGCKIDQALFEVRRVGMEDVRELEKVLDELTRLNHLERKFTKRLAMGLFIVEKLTERRTGYGPAIASNGWGHIAAPYSFQARLLECLAFPMYNGFNYEA
VRERVFVDGKLPGDPKLYLKIGRQALSYSEEAYNLVSASMGLSSRQAADMRDMILEGINGLEEARFALNPRKTFLFDVSRRKGAGFFQTPHRRKTNQAYC
EMMGMALLLMEPWKFSSGDWRMSFSHRLRAILGRR
1435
Not Available
Not Available
01-03-2001
Inferred from homology
| Amino Acid | Count | % Frequency | Amino Acid | Count | % Frequency |
|---|---|---|---|---|---|
| Alanine (A) | Leucine (L) | ||||
| Arginine (R) | Lysine (K) | ||||
| Asparagine (N) | Methionine (M) | ||||
| Aspartic Acid (D) | Phenylalanine (F) | ||||
| Cysteine (C) | Proline (P) | ||||
| Glutamine (Q) | Serine (S) | ||||
| Glutamic Acid (E) | Threonine (T) | ||||
| Glycine (G) | Tryptophan (W) | ||||
| Histidine (H) | Tyrosine (Y) | ||||
| Isoleucine (I) | Valine (V) |
| % Number of Residues in Helices | % Number of Residues in Strands | % Number of Residues in Coils |
|---|---|---|
RNA-directed RNA polymerase involved in transcription and genome replication. Following infection, catalyzes the synthesis of fully conservative plus strands. After core assembly, which consists in recruitment of one capped plus-strand for each genomic segments and polymerase complexes, the polymerase switches mode and catalyzes the synthesis of complementary minus-strands (By similarity).
2.7.7.48
Not Available
DOMAIN 604 880 RdRp catalytic.
Not Available
Predicted/Modelled
Not Available
Not Available
Protein couldn't be modeled using I-Tasser and Raptor X because of length constraints of the software.
Not Available
- Million Molecules
Best 20 Hit molecules
Not Available