Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Vimu5g01775 ATGGAAGACGAGATCTGGGAGAAGAGCGTGGCTAAATCGAGCTTACTTGGAATAGAGGCGATAGGTTTCTCTAAAGATTATGAGATTTGCGACGAAGAGAATGACGAACCAGCTCTATCTTTGTTCTGGTGCGGCGCAGCGCAGCTTCACGCATGCACAGTCACCATGTCCACTTCAATCCTCTCTGGTCTCAAACCCATTTCCGTTAACACCCTCCTCAACCAAGGAGCCCTCAAACCCGCTTTTGAATCCTTAACCCTCCTTTCTTCTCACCCACTCACGCCCCCCTCTCGTCTCGAACACGCGCATTCTCTCCTCCTTGACTTCTGCACCACTGAGAAAGCCCTCCCACAAGGCCAACAGTTGCATGCCCGTTTGTTAAAATCTCACGTTTCGGCGTTTCTAGCCACCAAGCTTGTCCACATGTACGGGAAATGTGGCTCTTTGACCGATGCACTCAAAGTGTTCGGCGAAATAACTGAAAGAACTAATTTTACCTGGAATGCCATGATGGGTGCGTTTGTGTCAAGCGGTAAATACCTCGAAGCAATTGAGTTGTACAGAGAGATGAGAGTCGATGGAGTGGCGCTTGACGCTTGTACTTTTCCCTCCGTGCTTAAAGCGTGTGGTGCTCTTGGAGCAACTCGCTCTGGGGCTGAAATCCATGGTGTGGCTGTTAAGTGTGGATATGGTGAATTTGTGTTTGTCTGCAATGCGCTTATAAGTATGTATGCCAAGTGCGGTAATCTTGATGGGGCCAGGATGCTCTTTGATGGGATTATGATGGAGAAAGAGGACGCTGTTTCTTGGAATTCTATTATTTCGGCACATGTAGCAGAAGGGAAATACTTGGAGGCATTGTCGCTTTTTAGAAGAATGCAGGAGGTTGGTGTCGAGAGTAATACATATACTTTTGTTGCAGCTCTTCAAGGTTGTGAGGATCCCTCGTTTGTTAAACTGGGTATGGAGATTCATGGTGCCGTGTTGAAATCTAACCATTTTGTTGATGTCTATGTTGCCAATGCTTTGATTTCCATGTATGCAAAGTGTGGTCGTATGGAGGATGCTGTAAGAGTTTTTGAAAGTATGCTTTGCAGGGATTGTGTATCTTGGAATACATTGCTCTCCAGTTTGGTTCAAAATGAGCTCTATAGTGATGCTGTAAATTACTTTCGGGATATGCAGGGTTCTGGCCTGAAGTTTGATCAGGTGTCAGTGTTAAACTTGATTGCTGCGTTTGGCCGATTGGGAAATATATTGAAAGGGAAGGAAGTTCATGCCTATGTAATAAGAAATGGAATGGATTCTAATATGCAGATTGGGAACACCATGATAGATATGTATGCCAAGTGTTGCTGTGTGAAATATATGGGTCATGCTTTTGAATGTATACCTAAAAAGGATTTGATTTCTTGGACAACTGTTATTGCCGGTTATGCACAGAATGAATGCCATGTGGAAGCAATGAACTTGTTCCGGATGGTTCAGGTGGAGGGGATGCCTGTTGATCCCATGATGGTTGGAAGTGTTTTGCAGGCTTGTAGCGAGTTGAAATCTAAAAACTTTGTCAGAGAGATTCATGGTTATGTTTTGAAAAGAGATTTAGCTGATACAGTGCTACAAAATGCCATTGTCAATGTATACGGAGAGGTTGGGCATATAGATTATGCAAGACGTGTATTTGAATCAATTAAATCCAAAGATATTGTGTCTTGGACAGGTATGATTACCTGCTGTGTTCGTAATGGACTTCCAGTTGAGGCTCTTGAACTTTTCTACACTCTAAACCAATTTAAAATTCATCCCGACTCTATAGCTCTCATTAGTGCACTATCTGCCACTGCTAGTTTATCTTCATTGAAGAAAGGGAAGGAGATTCACGGGTTTCTGATTAGGAAAGGTTTTTTCTTGGAGGGACCAATTGCTAGCTCCCTGGTGGATACGTATGCTCACTGTGGGAATGTGGAGAACTCAAGAAAGATATTTAATTCTGTAAAAAAGAGAGATCTAATTTTATGGACTTCCATGATTAAGGCAAATGGAATGCATGGATGTGGAAGTAGGGCCATTGCTTTATTCGAGGAAATGACTGATGAAAATGTTATTCCTGATCATATAACATTTTTGGCTTTATTATATGCATGCAGCCATTCAGGGTTGATGGATGAAGGTAAGAGGGTTTTCGATATTATGAAATATGAATATAAACTGGAACCCTGGCCAGAGCATTATGCCTGTATGGTTGATCTCCTCAGCCGTTCCAATTCCCTTGAGGAGGCTCATCGTTTTGTGAGAAACATGCCTATCAAACCTACTTCTGAAGTCTGGTGTGCTCTTCTCAGTGCTTCTCGCATTCATTCTAATAAAGAACTAGGAGAGCTTGCAGCAAAGAAGCTCTTACAATCGGATACAGAGAATTCAGGAAAATATGTATTGATATCAAACATCTTCGCAGAAGATGGTAGATGGAACGATGTTGAAGAAGTGAGGTTGAGAATGAAGGGAAATGGAACGAAGAAGACACCAGGATGCAGTTGGATTGAGGTTGAGAATAAGATTCACACCTTCATGGCAAGGGACAAGTCTCATCCAAAGTCTGATGATATTTGTCTAAAACTAGCTCAGTTTACAAAACGTCTGGAAAAAGAAGGTTATAGGGCTCAAACGAAGTTTGTGTTCCATAATGTCAGTGAAGAAGAGAAAATGCAGATATTACATAGACACAGTGAAAGGTTGGCACTTGGTTTCGGTCTGCTTGTTACGCCAAACGGTACTACTATTCGGATCACAAAAAACCTTCGAATTTGTGATGATTGTCATACATTCTTTAAGATAGCATCAAAAGTCTCCCAACGGACCCTGGTTGTAAGGGATGCCAATAGGTTCCATCATTTTGAAAGAGGAATTTGTTCATCAGTTTTTCCCAAACTCTCACAACCTTCATTCAAAAGCGCCAACGCCAAAACCTTCGATCTCGTTGGGGCAACGATGAGCGGCGATGGTCGACGACGTGACCGGAGAGATAACAGAGCACCGAAAAAGCGGAAGCTGAACCGCAACCCCGAGGATGAACTCGAAGCTAAATTAGGGTTCGATCTGTTTTCAGAGGGTGAAAAGCGGCTCGGATGGCTACTCACTCTCGCATCCTCATCTGTTCAGGATGAAAACAGTTACAAAGAATACAGTTGTGTCGATCTTTACTTTGTTACACAGGATGGCTCTTCATTCAAGTCAAAATTCAGATTTCGGCCTTACTTCTATGTAGCTACAAAGGTAGGCGAGAACATTCATGATGAAATGGAGATGGATGTTGAAGCATACCTGAGAAGACGTTACGAAGGTCAGATTGCTGATATTGAAATTATAGAGAAAGAAGACCTGGATCTTAAAAATCATTTATCAGGATTAAGAAAATCTTATTTAAAGCTTTCATTTGATACTGTACAACAATTGATGGATGTGAAGAGAGATCTGATGCCTACTGTTGAAAGAAATAAGGCTAAGTCTGATACTGCAGAAGCCTTTGTATCCATGTCAACAGAAAGAAGAGAACATAGACCTCAGGACTTTCTAGATTGCTTGACTGATCTTCGAGAATATGATGTTCCTTATCATGTTCGCTTTGCCATTGACAATGATATACGGTGTGGCCAGTGGTATGATGTTGGAGTGTCCAATAACGGGGTTACACTTGATAAGAGGACAGATCTTCTGCAGCGTGCTGAAGTTCGAGTTTGTGCATTTGACATTGAGACCACAAAACTTCCATTAAAGTTTCCTGATGCTGACTACGATTTAGTTATGATGATTTCATACATGGTAGATGGTCAGGGGTATTTAATCATAAATAGGGAGTGTGTCGGGGATGATATAGAGGATATAGAGTACACTCCAAAACCAGAGTTTGAAGGGTGTTTTAAAGTGACAAATGTTCAAAATGAGATTGAGCTTCTTAGACTGTGGTTCTCTCATATGCAAGAGGTGAAACCTGGTATCTACGTGACGTATAATGGTGATTTTTTTGATTGGCCATTCCTAGAACGAAGGGCAACCCATCTTGGGTTCAAAATGAGTGATGAATTGGGGTTCAAATGCGACACAAACCAAGGGGAATGTCGTGCCAGATATGCTTGCCATTTGGATTGTTTTGCTTGGGTTAAACGTGATAGTTATCTCCCTCAGGGGAGCCAAGGCTTGAAGGCATCAGGTAAGTTGATAGGATATAAGGTGATAGGTTATAATGGGTTTAAGAAAGGAGGGCAGGGGGAGGATTCATTGTATTCTTTGTGTAGAGACAGGACTTTTGCCTGTGGAGGGAGGTTAGGCTCTCGTGGGTTGTCTAAGTTAGGTTCCATATCCAGGAACCTAACAAATTGGTCCGACCTGCCGGATCGAGGTGGGGGTGCCGGATTTGAGAAGCTACCGTTTCAAGAAGCTATCGGATTTTCAAGAAAACTGCAGGATCTCCTTAGGAGAGGGCTTCCAGATCAAGAAGTGATCAAGAAAATCAATACTTTGGAGAGGTGGGCCAGCGAACATAAAAGGGAGCTAGCAGAATGGAGAAGAAATATTCAAGAAATAAAAGAAATGCTGCAGAAATCCAAGAATCACATAAACGGCTCAGAAAAAAGTAAGAAAACTGTCAGGAAAGGAAAGAAAGAGGGAGAAACAGATAGGGGTGATGTGCAAGATAGTCTGCTAGACATCAAGAAAGCCAAGAAACTTTCAGATGAAGAGGAGATGGAGGAAGACAGGGGTGCACAAAATTGGAGGCAGCAAGTAGAATTGGCCAGGTTTGAGGGGCTGGACCCATTGGGATGGATCTCTCAGGTAGAGAAGTTGTTTGACACCCAAAATGTCACAGAGAAGGAGAGGCTCAGGTTGGCTTACAGCTGCATGGAGGGAGGCACAATCTATTGGTTCAGGGCCTGGAAAAATAAAACCAAGAACCTTTCTTGGAAAGGGATGAAAGAGGCATTAATAATGGGGTTTGCAGGAAGAGATAGAGGCTCTGTTTTGGAGAAGAAAAGAGAGACGGAAGTTGCAGTTTTGAGTGTTGATGGTTTTGCAAGAATTAAAGGGCAAGATAGGAGAGAAGAAAATATATGTGGAGAGGAAGGCAATGATGAAAACTGTGATGGAGACATGGGTGTGACTGCTGCTGGAAAAGTTGAAAAAGCTGTTGTTTTTACTGCTGCAAATAAAGTTGCAAAAGTTGTTGTTTTTACTGCTGCTGAGAAAGTTGCAAAAGCTGCTATTTTTACGGCTGCCCAGGAAGTGGCAAAAAATATTGTTTCTAGGGGAGATAGTGGGGTAGGTGGTGATGTGTATGTCAAAACAGTGGAGAAGGGTGAAGACAGAGTAAAGAAAGCAGAACATGGTGGGAACATGGTGGCTATTATGGCTGGAAATAAAGTAGAAGATGCAGCTGACTTGAGTGGGGAAAAAATATGGTTGTCACAAACATACAAAACACCCGAAGACCAATGGCAGGGATATTTCTTTGCAGGACTACACTATAACATTCAGAGGAAACAATTAGCTCAACATGATGATGATGAAGGAATTGGATGGTCAGATCAACAAGTTCTTTCCTTTTTAGCTTCTAGGATGAACAAATCTGGGCAACGTGAGGGCTTCACTAGGACTGCTGCTATAAAAATACAAAAAAGGTTTTGGGGGTGGAAGAAGAGAAAAGAATTCTTGATCATTCATCAGAAAAGGGTTAAAATTCAGGCCCATGTAAGTGGTCACCAGGTCAGAAGGCAGTATAGAACAATCATATGGTCCATGGAAATTCTGGAAAAGAAGCAACTCTTAAAGGAGTCAACAATTCTTTCATATAGACCACCACCCAAGCCTCCAGACCTGAATTGGAGGGCAGCAGCTAGTGGGTTTGGGTTCCCTCCTATGATGAGGATGAGCCATGGGAACAAGCATTACTGTACCAACCTTGAGGACAAGGTTGTTTTACAGCAGGAGGTAATGATAGGATATAAGGTGATAGGTTATAATGGGTTTAAGAAAGGAGGGCAGGAGGAGGATTCATTGTATTCTTTGTGTAGAGACAGGACTTTTGCCTGTGGAGGGAGGTTAGGCTCTCGGTTACTGATTGCTGTTACAAAAGCAAAGTTGGGATATGATCCAGTGGAGGTGCATCCTGAAGACATGGTTCGATTTGCAAAGGAAAAGCCTCAGATGATGGCCTCCTATTCTGTTTCTGATGCAGTGGCAACTTATTACTTATATAAAACTTATGTTCATCCCTTTATATTCTCTCTTGCAACCATTATACCTATGCCACCCGACGAGGTTTTGCGCAAAGGTAGTGGAACCCTATGTGAAATGTTGCTTATAGTGCAGGCATACAAGGCCAATGTTATATGCCCTAACAAACACCAGTCTGATCCAGAGAAGTTTTATAATAATCATCTTCTTGAGAGTGAGACGTACATTGGTGGTCATGTGGAATGTCTTGAAAGTGGTGTATTCAGATCTGACATCCCATCTAGTTTTACATTAGAGCCATCTGCTTTTCAGCAACTAATCAACAACCTTGATCGAGATCTACAGTATGCTATAACAGTGGAGGGCAAGATGGATTTGGAATCTGTTTCTAATTATGATGAAGTACGAAATGCAATCATGGAAAAGCTTGTAAACTTACGAGATGTGCCAACACGTGAAGAATGTCCCCTCATTTATCACCTGGATGTAGCTGCTATGTATCCAAACATAATTTTAACAAACCGACTTCAGCCACCATCAATTGTTACCGATGAAGTCTGCACTGCATGTGATTTTAATCGTCCTGGAAAGACTTGCCTACGTAAGCTTGAGTGGGTTTGGCGTGGAGAAACATTCATTGCAAAGAAAAGTGACTACTATGCTTTAAAGACACAAATAGAATCAGAGTTTGTTGATGATTCTGAGAACAACAAATCCTTACCCCGCTATTCTGAGAAGAGGTCATCAAAATCCTTTCTTGACCTTCCCAAGTCAGAGCAAAAATCAAGACTGAAAGATCGTTTAAAGAAATACTGCCAGAAGGCATATAAGCGGGTACTTGACAAACCTGTTACTGAAATTCGTGAAGCAGGAATCTGCATGCGGGAAAATCCATTTTATGTTGACACTGTTCGCAGTTTCCGGGATAGAAGATACGAATATAAAGGTCTCAATAAGGTTTGGAAGGGGAAATTGTCAGAGGCCAAGGCTAGTGGAAATTCTATGAAGATCCAAGAAGCACAGGATATGGTTGTGCTTTATGATTCATTGCAACTTGCTCACAAGTGTATACTTAATTCCTTTTATGGATATGTCATGCGCAAGGGTGCAAGATGGTATTCTATGGAAATGGCTGGAGTAGTGACATATACTGGTGCAAAAATAATTCAAAATGCCCGCTTGCTAACACTCACAGATCCAATCAGGAAAACTTATACAACTCATAGTGAATGCTCTATTGAATTTGAGGTGGATGGGCCATACAAGGCAATGATCCTTCCTGCTTCCAAGGAAGAAGGAATTTTGATTAAGAAGCGATATGCTGTTTTTAATGATGATGGAACCCTTGCAGAGCTTAAAGGTTTTGAGATCAAGCGCAGAGGTGAACTGAAGCTAATCAAAGTTTTCCAGGCTGAACTTTTTGACAAGTTTCTCCATGGTTCATCATTAGAAGAATGCTATTCAGCTGTTGCTTCGGTGGCAAACCGTTGGCTTGATCTTCTTGATAACCAGGGAAAGGATATCGCAGACAGTGAGTTGCTTGATTATATATCAGAATCAAGTACCATGAGCAAATCTTTAGCTGATTATGGTGAGCAGAAGTCTTGTGCTGTTACCACTGCTAAGCGTCTAGCTGACTTTCTTGGAGATACAATGGTCAAAGATAAAGGTCTTCGATGTCAGTACATAGTTGCAAGTGAACCAAAGGGCACACCAGTTAGTGAGCGTGCTATTCCTGTGGCAATATTTGAAACTGATGCTGAGGTAATGAAGTTCTATGTTCGAAAATGGTGCAAAGTTTCATTGGAAGTTGCCATTCGTTCGATAATTGATTGGTCCTATTACAAGCAGCGGCTTAGTTCTGCAATTCAAAAGATTGTCACTATTCCTGCTGCAATGCAAAAGGTTTCAAACCCTGTCCCTAGGGTAGCTCATCCTGATTGGTTGCACAAAAAGGTTCGCGAGAAGGAGGACAAGTTTCGCCAACGGAAAATAGTCGATGCCTTTAAATCAATGAACAAGAACAAGCACTCAGAAAAGCATAATGACTCAAATTGTGTCTCTCTTGTGATGGATGATGAGATTCTTAATGAGTTAGAGGACTTTGGAAACAAGGGTAGGAGTTCTACATACGGACCTAGACCAATTATAAGGCATTATGAAGCTAATAATGAACAAAATTCAAGGCAGCTCAGTGATCAACAAGATTTGGAGCAAGAGCAAAGTAAAGATAATAGCAGCAAGAAAAATCTACCTTCACCATTACAAGATGAAGCGAATGAAAATGTAGACAGGAATGTAGATTATCAGGGATGGCTTCAAGTAAAGAAGCAAATGTGGAAAAATATTCTGGAAAGAAGAAAGAAGCAAAGGTAA 8604 0.4172 MEDEIWEKSVAKSSLLGIEAIGFSKDYEICDEENDEPALSLFWCGAAQLHACTVTMSTSILSGLKPISVNTLLNQGALKPAFESLTLLSSHPLTPPSRLEHAHSLLLDFCTTEKALPQGQQLHARLLKSHVSAFLATKLVHMYGKCGSLTDALKVFGEITERTNFTWNAMMGAFVSSGKYLEAIELYREMRVDGVALDACTFPSVLKACGALGATRSGAEIHGVAVKCGYGEFVFVCNALISMYAKCGNLDGARMLFDGIMMEKEDAVSWNSIISAHVAEGKYLEALSLFRRMQEVGVESNTYTFVAALQGCEDPSFVKLGMEIHGAVLKSNHFVDVYVANALISMYAKCGRMEDAVRVFESMLCRDCVSWNTLLSSLVQNELYSDAVNYFRDMQGSGLKFDQVSVLNLIAAFGRLGNILKGKEVHAYVIRNGMDSNMQIGNTMIDMYAKCCCVKYMGHAFECIPKKDLISWTTVIAGYAQNECHVEAMNLFRMVQVEGMPVDPMMVGSVLQACSELKSKNFVREIHGYVLKRDLADTVLQNAIVNVYGEVGHIDYARRVFESIKSKDIVSWTGMITCCVRNGLPVEALELFYTLNQFKIHPDSIALISALSATASLSSLKKGKEIHGFLIRKGFFLEGPIASSLVDTYAHCGNVENSRKIFNSVKKRDLILWTSMIKANGMHGCGSRAIALFEEMTDENVIPDHITFLALLYACSHSGLMDEGKRVFDIMKYEYKLEPWPEHYACMVDLLSRSNSLEEAHRFVRNMPIKPTSEVWCALLSASRIHSNKELGELAAKKLLQSDTENSGKYVLISNIFAEDGRWNDVEEVRLRMKGNGTKKTPGCSWIEVENKIHTFMARDKSHPKSDDICLKLAQFTKRLEKEGYRAQTKFVFHNVSEEEKMQILHRHSERLALGFGLLVTPNGTTIRITKNLRICDDCHTFFKIASKVSQRTLVVRDANRFHHFERGICSSVFPKLSQPSFKSANAKTFDLVGATMSGDGRRRDRRDNRAPKKRKLNRNPEDELEAKLGFDLFSEGEKRLGWLLTLASSSVQDENSYKEYSCVDLYFVTQDGSSFKSKFRFRPYFYVATKVGENIHDEMEMDVEAYLRRRYEGQIADIEIIEKEDLDLKNHLSGLRKSYLKLSFDTVQQLMDVKRDLMPTVERNKAKSDTAEAFVSMSTERREHRPQDFLDCLTDLREYDVPYHVRFAIDNDIRCGQWYDVGVSNNGVTLDKRTDLLQRAEVRVCAFDIETTKLPLKFPDADYDLVMMISYMVDGQGYLIINRECVGDDIEDIEYTPKPEFEGCFKVTNVQNEIELLRLWFSHMQEVKPGIYVTYNGDFFDWPFLERRATHLGFKMSDELGFKCDTNQGECRARYACHLDCFAWVKRDSYLPQGSQGLKASGKLIGYKVIGYNGFKKGGQGEDSLYSLCRDRTFACGGRLGSRGLSKLGSISRNLTNWSDLPDRGGGAGFEKLPFQEAIGFSRKLQDLLRRGLPDQEVIKKINTLERWASEHKRELAEWRRNIQEIKEMLQKSKNHINGSEKSKKTVRKGKKEGETDRGDVQDSLLDIKKAKKLSDEEEMEEDRGAQNWRQQVELARFEGLDPLGWISQVEKLFDTQNVTEKERLRLAYSCMEGGTIYWFRAWKNKTKNLSWKGMKEALIMGFAGRDRGSVLEKKRETEVAVLSVDGFARIKGQDRREENICGEEGNDENCDGDMGVTAAGKVEKAVVFTAANKVAKVVVFTAAEKVAKAAIFTAAQEVAKNIVSRGDSGVGGDVYVKTVEKGEDRVKKAEHGGNMVAIMAGNKVEDAADLSGEKIWLSQTYKTPEDQWQGYFFAGLHYNIQRKQLAQHDDDEGIGWSDQQVLSFLASRMNKSGQREGFTRTAAIKIQKRFWGWKKRKEFLIIHQKRVKIQAHVSGHQVRRQYRTIIWSMEILEKKQLLKESTILSYRPPPKPPDLNWRAAASGFGFPPMMRMSHGNKHYCTNLEDKVVLQQEVMIGYKVIGYNGFKKGGQEEDSLYSLCRDRTFACGGRLGSRLLIAVTKAKLGYDPVEVHPEDMVRFAKEKPQMMASYSVSDAVATYYLYKTYVHPFIFSLATIIPMPPDEVLRKGSGTLCEMLLIVQAYKANVICPNKHQSDPEKFYNNHLLESETYIGGHVECLESGVFRSDIPSSFTLEPSAFQQLINNLDRDLQYAITVEGKMDLESVSNYDEVRNAIMEKLVNLRDVPTREECPLIYHLDVAAMYPNIILTNRLQPPSIVTDEVCTACDFNRPGKTCLRKLEWVWRGETFIAKKSDYYALKTQIESEFVDDSENNKSLPRYSEKRSSKSFLDLPKSEQKSRLKDRLKKYCQKAYKRVLDKPVTEIREAGICMRENPFYVDTVRSFRDRRYEYKGLNKVWKGKLSEAKASGNSMKIQEAQDMVVLYDSLQLAHKCILNSFYGYVMRKGARWYSMEMAGVVTYTGAKIIQNARLLTLTDPIRKTYTTHSECSIEFEVDGPYKAMILPASKEEGILIKKRYAVFNDDGTLAELKGFEIKRRGELKLIKVFQAELFDKFLHGSSLEECYSAVASVANRWLDLLDNQGKDIADSELLDYISESSTMSKSLADYGEQKSCAVTTAKRLADFLGDTMVKDKGLRCQYIVASEPKGTPVSERAIPVAIFETDAEVMKFYVRKWCKVSLEVAIRSIIDWSYYKQRLSSAIQKIVTIPAAMQKVSNPVPRVAHPDWLHKKVREKEDKFRQRKIVDAFKSMNKNKHSEKHNDSNCVSLVMDDEILNELEDFGNKGRSSTYGPRPIIRHYEANNEQNSRQLSDQQDLEQEQSKDNSSKKNLPSPLQDEANENVDRNVDYQGWLQVKKQMWKNILERRKKQR 2867
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Vimu5g01775 2867 ProSiteProfiles IQ motif profile. 1904 1932 IPR000048 GO:0005515
Vimu5g01775 2867 Gene3D Tetratricopeptide repeat domain 641 870 IPR011990 GO:0005515
Vimu5g01775 2867 Gene3D Tetratricopeptide repeat domain 317 427 IPR011990 GO:0005515
Vimu5g01775 2867 Gene3D Tetratricopeptide repeat domain 69 226 IPR011990 GO:0005515
Vimu5g01775 2867 FunFam DNA polymerase epsilon catalytic subunit 2530 2714 - -
Vimu5g01775 2867 Gene3D DNA Polymerase, chain B, domain 1 1046 1229 - -
Vimu5g01775 2867 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 468 502 IPR002885 -
Vimu5g01775 2867 FunFam Pentatricopeptide repeat-containing protein chloroplastic 321 419 - -
Vimu5g01775 2867 Gene3D Tetratricopeptide repeat domain 430 526 IPR011990 GO:0005515
Vimu5g01775 2867 Pfam DNA polymerase family B, exonuclease domain 1070 1401 IPR006133 -
Vimu5g01775 2867 SUPERFAMILY DNA/RNA polymerases 2109 2737 IPR043502 -
Vimu5g01775 2867 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 336 370 IPR002885 -
Vimu5g01775 2867 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 669 703 IPR002885 -
Vimu5g01775 2867 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 568 602 IPR002885 -
Vimu5g01775 2867 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 266 300 IPR002885 -
Vimu5g01775 2867 Pfam PPR repeat 570 593 IPR002885 -
Vimu5g01775 2867 Pfam PPR repeat 369 399 IPR002885 -
Vimu5g01775 2867 Pfam PPR repeat 470 499 IPR002885 -
Vimu5g01775 2867 Pfam PPR repeat 672 700 IPR002885 -
Vimu5g01775 2867 Pfam PPR repeat 236 258 IPR002885 -
Vimu5g01775 2867 Pfam PPR repeat 341 368 IPR002885 -
Vimu5g01775 2867 Pfam PPR repeat 706 732 IPR002885 -
Vimu5g01775 2867 Pfam PPR repeat family 165 209 IPR002885 -
Vimu5g01775 2867 Pfam PPR repeat family 266 312 IPR002885 -
Vimu5g01775 2867 FunFam Pentatricopeptide repeat-containing protein mitochondrial 621 732 - -
Vimu5g01775 2867 Pfam DNA polymerase family B 2404 2469 IPR006134 GO:0000166|GO:0003677
Vimu5g01775 2867 Gene3D - 2018 2145 IPR036397 GO:0003676
Vimu5g01775 2867 MobiDBLite consensus disorder prediction 1532 1563 - -
Vimu5g01775 2867 FunFam DNA polymerase epsilon catalytic subunit 1052 1229 - -
Vimu5g01775 2867 FunFam Pentatricopeptide repeat-containing protein chloroplastic 420 521 - -
Vimu5g01775 2867 Gene3D Tetratricopeptide repeat domain 527 627 IPR011990 GO:0005515
Vimu5g01775 2867 Gene3D Tetratricopeptide repeat domain 227 316 IPR011990 GO:0005515
Vimu5g01775 2867 CDD POLBc_epsilon 2143 2711 - -
Vimu5g01775 2867 Pfam E motif 786 848 IPR046848 -
Vimu5g01775 2867 ProSiteProfiles IQ motif profile. 1881 1910 IPR000048 GO:0005515
Vimu5g01775 2867 Gene3D - 1881 1928 - -
Vimu5g01775 2867 SUPERFAMILY Ribonuclease H-like 1062 1401 IPR012337 -
Vimu5g01775 2867 MobiDBLite consensus disorder prediction 996 1019 - -
Vimu5g01775 2867 Coils Coil 1503 1537 - -
Vimu5g01775 2867 Pfam DYW family of nucleic acid deaminases 884 971 IPR032867 GO:0008270
Vimu5g01775 2867 NCBIfam pentatricopeptide repeat 369 402 IPR002885 -
Vimu5g01775 2867 NCBIfam pentatricopeptide repeat 268 301 IPR002885 -
Vimu5g01775 2867 NCBIfam pentatricopeptide repeat 165 198 IPR002885 -
Vimu5g01775 2867 NCBIfam pentatricopeptide repeat 570 603 IPR002885 -
Vimu5g01775 2867 NCBIfam pentatricopeptide repeat 341 369 IPR002885 -
Vimu5g01775 2867 Gene3D Palm domain of DNA polymerase 2229 2484 IPR023211 -
Vimu5g01775 2867 FunFam Pentatricopeptide repeat-containing protein 174 320 - -
Vimu5g01775 2867 MobiDBLite consensus disorder prediction 2801 2839 - -
Vimu5g01775 2867 SUPERFAMILY Ribonuclease H-like 2031 2130 IPR012337 -
Vimu5g01775 2867 FunFam Pentatricopeptide (PPR) repeat-containing protein 733 895 - -
Vimu5g01775 2867 Pfam E+ motif 853 880 IPR046849 -
Vimu5g01775 2867 PANTHER DNA POLYMERASE EPSILON CATALYTIC SUBUNIT A 2033 2471 IPR029703 GO:0003677|GO:0003887|GO:0006260|GO:0006281|GO:0008622
Vimu5g01775 2867 SMART polmehr3 1241 2489 IPR006172 GO:0000166|GO:0003676|GO:0003887
Vimu5g01775 2867 MobiDBLite consensus disorder prediction 2822 2836 - -
Vimu5g01775 2867 ProSiteProfiles Pentatricopeptide (PPR) repeat profile. 163 197 IPR002885 -
Vimu5g01775 2867 Gene3D - 1244 1417 IPR036397 GO:0003676
Vimu5g01775 2867 Gene3D - 2510 2636 IPR042087 -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Vimu5g01775 Vimu-Chr5 29489720 29512176 Dispersed/Wgd
       

Functional genes information

Select Gene Gene_start Gene_end Function Ath_gene Identity(%) E-value Score
Vimu5g01775 2033 2867 Core DNA Replication Machinery Family AT2G27120 69.162 0.0 1215
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Vimu5g01775 - K02324 gmx:100777780 1530