Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_34019 LG10 4745612 4747366 hypothetical protein
Map

Annotations  
category   relationship type   keyword
SNP Position Effect Amino acid change
G/C 4745689 synonymous_variant p.Val26Val
G/T 4745696 missense_variant p.Gly29Trp
T/C 4745706 missense_variant p.Leu32Ser
G/A 4745812 synonymous_variant p.Glu67Glu
A/C 4745899 synonymous_variant p.Pro96Pro
G/T 4745905 missense_variant p.Glu98Asp
C/T 4745908 synonymous_variant p.Leu99Leu
G/C 4745957 missense_variant p.Asp116His
A/G 4745958 missense_variant p.Asp116Gly
G/A 4745984 missense_variant p.Glu125Lys
A/G,C 4745991 missense_variant p.Tyr127Ser
C/T 4745995 synonymous_variant p.Leu128Leu
A/C 4745996 missense_variant p.Ser129Arg
A/T 4746009 missense_variant p.Lys133Ile
T/A 4746017 missense_variant p.Tyr136Asn
T/C 4746019 synonymous_variant p.Tyr136Tyr
T/G 4746020 missense_variant p.Phe137Val
A/C 4746025 synonymous_variant p.Pro138Pro
G/A 4746034 synonymous_variant p.Glu141Glu
T/C 4746037 synonymous_variant p.Asp142Asp
G/A 4746052 synonymous_variant p.Leu147Leu
G/A 4746053 missense_variant p.Ala148Thr
C/T 4746059 synonymous_variant p.Leu150Leu
G/C 4746071 missense_variant p.Asp154His
C/G 4746083 missense_variant p.Gln158Glu
C/G 4746125 missense_variant p.Gln172Glu
T/A 4746212 missense_variant p.Tyr201Asn
T/C 4746222 missense_variant p.Leu204Ser
G/C 4746231 missense_variant p.Ser207Thr
A/G 4746240 missense_variant p.Asn210Ser
C/A,G 4746264 missense_variant p.Thr218Lys
C/A 4746268 missense_variant p.Asn219Lys
G/C 4746279 missense_variant p.Cys223Ser
G/C 4746285 missense_variant p.Cys225Ser
T/A 4746289 missense_variant p.Phe226Leu
A/G 4746291 missense_variant p.Lys227Arg
T/C 4746293 synonymous_variant p.Leu228Leu
A/G 4746335 missense_variant p.Thr242Ala
T/C 4746372 missense_variant p.Leu254Pro
A/C 4746422 missense_variant p.Lys271Gln
G/T 4746429 missense_variant p.Arg273Met
C/T 4746436 synonymous_variant p.Leu275Leu
C/T 4746445 synonymous_variant p.Leu278Leu
T/A 4746452 missense_variant p.Ser281Thr
A/G 4746469 synonymous_variant p.Lys286Lys
G/C 4746493 synonymous_variant p.Ser294Ser
G/T 4746523 synonymous_variant p.Thr304Thr
A/T 4746533 missense_variant p.Ser308Cys
C/G 4746536 missense_variant p.Leu309Val
G/A 4746564 missense_variant p.Ser318Asn
T/A 4746614 missense_variant p.Leu335Met
A/T 4746618 missense_variant p.Lys336Ile
C/T 4746621 missense_variant p.Ser337Leu
A/G 4746622 synonymous_variant p.Ser337Ser
T/C 4746634 synonymous_variant p.Ser341Ser
G/T 4746635 missense_variant p.Asp342Tyr
T/A 4746644 missense_variant p.Tyr345Asn
G/A 4746756 missense_variant p.Gly382Asp
A/T 4746765 missense_variant p.Lys385Ile
C/G 4746775 missense_variant p.Phe388Leu
C/T 4746798 missense_variant p.Ser396Leu
A/C 4746950 missense_variant p.Ser447Arg
G/A 4746966 missense_variant p.Gly452Asp
T/A 4746979 synonymous_variant p.Gly456Gly
T/G 4747000 missense_variant p.Phe463Leu
A/G 4747028 missense_variant p.Ser473Gly
C/T 4747030 synonymous_variant p.Ser473Ser
A/G 4747037 missense_variant p.Ser476Gly
T/G,* 4747047 missense_variant p.Val479Gly
C/T 4747054 synonymous_variant p.Ser481Ser
C/A 4747059 missense_variant p.Thr483Lys
G/C 4747068 missense_variant p.Cys486Ser
C/T 4747277 missense_variant p.Pro556Ser
A/G 4747334 missense_variant p.Ser575Gly
G/C 4747337 missense_variant p.Glu576Gln
A/G 4747338 missense_variant p.Glu576Gly
T/C 4747348 synonymous_variant p.Val579Val
A/G 4747354 synonymous_variant p.Glu581Glu
C/G 4747359 stop_gained p.Ser583*
A/T 4747361 missense_variant p.Arg584Trp

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_34019.1
MFSTSQTPISYSPPSSSLIGPIFPHVKLGRQLQRGHSIEAHSATSENPSRSYYSRIFSITYWEADEEKEVTNNNIYLYDEMSEQLFEGESLNFRSPKELCFLDLSNCSSLTIFPFDLSEMKFLKELYLSGCSKLEYFPEIEDTMENLAVLILDDTAIQALPSSLWRLVGLQQLSLRDCRNLEIIPSSIGSLTRLCKLDLTYCELLQSFPNTIFKLKLTNLDLCGCFKLRTFPEITEPTQTFTHINLTETAIKYLPSSFDNLVNLRSLQLNKCRDLESLPNSIVNLKHLCKLDCSGCAKLTEIPTHIGSLWSLMELSLSESGIVNLPESIAHLSSLKSLDLSDCKYLECIPKIPPFLKQLVALDCPSIKQVMSNRNLSDSKEGVFKFHFTNAQQLDSGARANIEEDARLRMTHDAYTSVFFCFPASAIPHWFPFRSEGPSVTINEDLSFCSDGRLIGFALCVVFGVLDTNDINSRYSSFVYSLTFECDDDGTQIIPNSNVLDNYFPGRYSHRVLDKDHIFMWKFNLESLRGSSMNLRLCDARSFTFEIDYNFEFEWPDYVSFVTIKECGMCPLYSSESNVAESSR*


CDS Sequence:
>Vu_34019.1
ATGTTTTCAACCAGTCAAACCCCAATATCTTATTCTCCACCATCGTCATCATTAATTGGTCCAATATTCCCTCATGTGAAACTGGGGCGTCAATTGCAACGTGGGCATTCCATAGAGGCGCACTCGGCTACAAGTGAAAATCCCTCAAGATCGTATTACAGTAGAATTTTCTCCATTACTTATTGGGAAGCGGATGAAGAGAAAGAAGTGACTAATAATAATATATACCTATATGATGAAATGTCGGAACAACTCTTTGAAGGTGAGTCCTTAAATTTTCGAAGTCCAAAGGAGCTCTGTTTCTTAGATCTCTCGAACTGTTCTTCCCTTACAATATTTCCATTTGACCTTTCTGAGATGAAATTCCTAAAGGAACTTTATCTCAGTGGTTGCTCAAAATTGGAATATTTCCCAGAGATTGAGGATACGATGGAAAATTTGGCGGTTCTAATCTTAGACGACACAGCCATACAGGCACTACCTTCATCCTTGTGGCGTTTGGTAGGGCTTCAACAACTGAGTTTGCGGGATTGCAGGAATCTTGAGATTATTCCATCTTCCATTGGAAGCCTCACCAGACTATGCAAGTTAGACCTTACCTACTGTGAATTACTTCAAAGTTTTCCAAACACCATTTTCAAATTGAAGTTGACGAACCTTGATTTGTGTGGTTGCTTTAAGTTGAGGACCTTCCCAGAGATCACGGAGCCGACACAAACTTTTACTCATATAAATTTAACAGAAACGGCTATCAAATATCTGCCTTCCTCATTTGACAATTTGGTTAATCTTCGATCCCTGCAGCTCAACAAATGCAGGGATCTCGAATCACTCCCAAACTCCATTGTTAATCTAAAACATCTCTGTAAACTTGATTGTTCGGGGTGTGCCAAATTAACAGAAATCCCAACGCACATTGGTAGCCTCTGGTCATTAATGGAACTGTCACTGAGTGAGAGCGGAATCGTGAACCTTCCTGAAAGCATTGCTCATCTTTCAAGCTTGAAATCACTTGATTTAAGTGACTGCAAATATCTTGAATGCATCCCAAAGATTCCACCGTTTCTAAAACAACTGGTGGCATTGGATTGCCCATCCATTAAACAAGTGATGTCAAATCGAAACCTCTCAGATTCAAAGGAGGGTGTCTTCAAATTTCATTTCACCAATGCCCAACAACTGGATTCAGGTGCTCGTGCTAACATTGAGGAGGATGCAAGGCTCAGGATGACCCACGATGCATATACGTCTGTGTTCTTCTGTTTTCCAGCGAGTGCAATTCCTCATTGGTTTCCTTTTCGCAGCGAAGGACCTTCAGTGACTATAAATGAAGATTTAAGTTTCTGCAGCGATGGCAGGCTCATTGGTTTCGCTTTGTGTGTGGTTTTTGGAGTGTTAGATACGAATGATATTAATAGCAGATACAGTTCTTTTGTTTACAGCCTAACATTTGAATGTGATGATGATGGCACACAGATAATTCCAAATAGTAATGTGTTAGATAACTATTTCCCAGGGCGTTATAGTCACAGAGTCCTTGATAAAGATCACATATTTATGTGGAAATTTAACTTGGAGAGCCTAAGGGGGAGCAGCATGAACCTTAGGCTCTGTGATGCTCGCAGCTTCACTTTTGAGATCGATTATAACTTTGAGTTTGAGTGGCCAGATTACGTCTCCTTTGTGACAATAAAAGAATGCGGAATGTGCCCTCTTTATAGCAGCGAAAGCAATGTTGCAGAATCTTCAAGGTAA


Promoter Sequence:
>Vu_34019::LG10:4743612-4745612(+)
TAGAATTTAATCACAAATACTCTTGATACTCTTCCTCAATGAACTTGGAATTGGTAGAGACAGTTGCAGCCTTAGAGATTTTAGTTGTTTTTGAGAAAAAACAATGCAAGGAGTAACAGTTTTCTTGGGTATGACCCATCCTTTTACTGTATATGCACTGCAGACGCCTCCGACCTCCACGTCCTCCTCTTCCACGTGGCAACCATGAATAATGGTTCAATTGGTTCATGAGCTTCCTGTGATTAAGGCACCGAGACACGAAAAAGACGTGTGGTCAGGGTTTCCATGGATGGGAACTCATGACTGATCAGAAGTTTATCTTTGATATGATCAAAGTTTGCTTGTAAAGCACAGAGGATCATCACCATGTAATATTTGTTAAGCTTCTTCTTGATGTCTTATAAATATTTGACTTCCAAGAACATTCTCAGCTCTTCCACAGCTGCTTGAGCTTCAATCATGAAGGAAACCATCATGGTCTACCATTTTGAGACATGCAAGCTTGTTTGTCATATCATAGAGACATTGAATATCATTAGCATAAATATTTTGAACTTTCTTCCATAAAGAGTGACAAGTTTTGAAAGCTCTAAGAGATATCAGAAGTTTGGCTTCCATTGATTGTCATAGCAAAGCACACAATTGAAAATATGCTTGTCACCAGGTACATGGTTGCCATCTTGCTCAAGGTGATCGTAATGACCTTGACCAGGAAGTGATGGAGGGGCTTTTGAAAAATGAAAGGGCACTTCCATACGCCATTTCTGATCAAGGGTTAAAGAAGCAAAAGAAGAAGCCACAAAACCCTAGGTAACTATCGCAAGGGTTGCTTCTGGATGCTAACAGAATGAGGTTCTGAGGGGCACACTGGAGAGAAGAGAGATTGGCAACAACTATGGAGGTGGCTCGGTGGTGTTCCGGCAAGCAAATGGCGGCGCGTGAGCAACACACGCTTGTTCGCGACGAAAGATGTTGCTCATGGCGGGTGGAGGAGAACAGGACTCTGGCACCGGCAGGGTTTGCCGTCGTGTGGAGAGGCGAACCAGATCTAATGGTCGCTGGACGAAACTGTGACGACAAACGGCAACCGACAGTGGCAAACAACGAGAAAACAGTGGAGAACAGTGGCCAACAGTGTTGAAGAGCTTCAAACTGCAATTGACAACTGCAAATAGGGACTGGACAACCCCAGACAATGAAAAATGTCACCGGACAGATACGGACAACGACAAGCGACATCGGACAAATGCAACAAGACAGAAACCAGAGCGGGATCAACTTGCTCTGATTGAAAGATCCCTCTCACTCTCGTTCTATCTATAAAAAAATCTAATACAAAAGTACATGAAAGATTATAAGTTTGCCCTTAGACACTTAGGTGCATACCTAGGTATTATTATTATAAATACTAGACACACTACCTTAAGTAGCTTTAATGATGATACACAGGGTAATTATTCTAACACATGCATGATATAAAGTATTTCCACATTGTCATCTATTATAAATTACTTTAATCAGGTTGAAATAATTAGGATGTAATTTTAGATAGGAAAGAAAACATGTTGAATTTTGTGAATTTTTATAATAAATGTCAAATTTATAGCCACTATAATTTTATTTGTTCAACGTAAACTCAACACATAATGTAAGTAGGAGTTTATAATTGAAGAAAAATAGATAAGCTTCATTTTAGTTTTTCTTTATTACCTGATTCATTTTCTTTTTGTGGCAGAGTTTACCGAAGTTGAAAAGGCTCGACCTGACTTATTCTGAGAAACTTACTAGAATACCAGACCTTTCCCAGTCACCAAATATTGAAGAAATAATTCTCAGTCATTGTCCAAAGTTGATTAAAGTTCACTCTTCCATATTACTCACCAAGCTCACTTCTTTACGTTTAGATAGATGTTATAATCTCAATAGTGTAACTGTTCCCAGCAATATTCTATCTAGATCACCAGGATCCATTAATCTTTCATGTTGTTCGAATCTTGAAA


Gene Sequence:
>Vu_34019(+)
ATGTTTTCAACCAGTCAAACCCCAATATCTTATTCTCCACCATCGTCATCATTAATTGGTCCAATATTCCCTCATGTGAAACTGGGGCGTCAATTGCAACGTGGGCATTCCATAGAGGCGCACTCGGCTACAAGTGAAAATCCCTCAAGATCGTATTACAGTAGAATTTTCTCCATTACTTATTGGGAAGCGGATGAAGAGAAAGAAGTGACTAATAATAATATATACCTATATGATGAAATGTCGGAACAACTCTTTGAAGGTGAGTCCTTAAATTTTCGAAGTCCAAAGGAGCTCTGTTTCTTAGATCTCTCGAACTGTTCTTCCCTTACAATATTTCCATTTGACCTTTCTGAGATGAAATTCCTAAAGGAACTTTATCTCAGTGGTTGCTCAAAATTGGAATATTTCCCAGAGATTGAGGATACGATGGAAAATTTGGCGGTTCTAATCTTAGACGACACAGCCATACAGGCACTACCTTCATCCTTGTGGCGTTTGGTAGGGCTTCAACAACTGAGTTTGCGGGATTGCAGGAATCTTGAGATTATTCCATCTTCCATTGGAAGCCTCACCAGACTATGCAAGTTAGACCTTACCTACTGTGAATTACTTCAAAGTTTTCCAAACACCATTTTCAAATTGAAGTTGACGAACCTTGATTTGTGTGGTTGCTTTAAGTTGAGGACCTTCCCAGAGATCACGGAGCCGACACAAACTTTTACTCATATAAATTTAACAGAAACGGCTATCAAATATCTGCCTTCCTCATTTGACAATTTGGTTAATCTTCGATCCCTGCAGCTCAACAAATGCAGGGATCTCGAATCACTCCCAAACTCCATTGTTAATCTAAAACATCTCTGTAAACTTGATTGTTCGGGGTGTGCCAAATTAACAGAAATCCCAACGCACATTGGTAGCCTCTGGTCATTAATGGAACTGTCACTGAGTGAGAGCGGAATCGTGAACCTTCCTGAAAGCATTGCTCATCTTTCAAGCTTGAAATCACTTGATTTAAGTGACTGCAAATATCTTGAATGCATCCCAAAGATTCCACCGTTTCTAAAACAACTGGTGGCATTGGATTGCCCATCCATTAAACAAGTGATGTCAAATCGAAACCTCTCAGATTCAAAGGAGGGTGTCTTCAAATTTCATTTCACCAATGCCCAACAACTGGATTCAGGTGCTCGTGCTAACATTGAGGAGGATGCAAGGCTCAGGATGACCCACGATGCATATACGTCTGTGTTCTTCTGTTTTCCAGCGAGTGCAATTCCTCATTGGTTTCCTTTTCGCAGCGAAGGACCTTCAGTGACTATAAATGAAGATTTAAGTTTCTGCAGCGATGGCAGGCTCATTGGTTTCGCTTTGTGTGTGGTTTTTGGAGTGTTAGATACGAATGATATTAATAGCAGATACAGTTCTTTTGTTTACAGCCTAACATTTGAATGTGATGATGATGGCACACAGATAATTCCAAATAGTAATGTGTTAGATAACTATTTCCCAGGGCGTTATAGTCACAGAGTCCTTGATAAAGATCACATATTTATGTGGAAATTTAACTTGGAGAGCCTAAGGGGGAGCAGCATGAACCTTAGGCTCTGTGATGCTCGCAGCTTCACTTTTGAGATCGATTATAACTTTGAGTTTGAGTGGCCAGATTACGTCTCCTTTGTGACAATAAAAGAATGCGGAATGTGCCCTCTTTATAGCAGCGAAAGCAATGTTGCAGAATCTTCAAGGTAA