ENST00000538966.5 PLXNB3

Information
Transcript ID
ENST00000538966.5
Genome
hg38
Position
chrX:153,764,196-153,779,346
Strand
+
CDS length
5,799
Amino acid length
1,933
Gene symbol
PLXNB3
Gene type
protein-coding
Gene description
plexin B3
Gene Entrez Gene ID
5365
Variants

Display target variant


Search Word
Target data :
MGeND data only
Category :
Search word :
Filtering :
Variant name Gene AA change CDS Japanese
frequency		 TogoVar MGeND Genome ClinVar CIViC evidence DisGeNET entry COSMIC
occurrence		 Prediction
Entry Origin Type Annotation Entry Origin Annotation
Search Word
Target data :
MGeND data only
Category :
Search word :
Filtering :
Name MGeND Type Genome Size Chromosome Start Stop Ref Alt ClinVar Origin Entry CIViC evidence DisGeNET entry
Entry Origin Type Annotation
Search Word
Target data :
MGeND data only
Category :
Search word :
Filtering :
Name MGeND Type Genome Gene symbol Chromosome Genomic start Genomic stop Strand Ref Alt ClinVar Origin Entry CIViC evidence DisGeNET entry
Entry Origin Type Annotation
Exon
Exon number Start Stop
1 153,764,196 153,764,304
2 153,765,471 153,765,580
3 153,766,159 153,766,324
4 153,766,873 153,767,913
5 153,768,249 153,768,428
6 153,768,948 153,769,076
7 153,769,162 153,769,262
8 153,769,807 153,769,939
9 153,770,092 153,770,248
10 153,770,338 153,770,446
11 153,770,528 153,770,642
12 153,770,758 153,770,883
13 153,770,965 153,771,081
14 153,771,310 153,771,403
15 153,771,486 153,771,655
16 153,771,864 153,772,015
17 153,772,182 153,772,287
18 153,772,886 153,773,016
19 153,773,230 153,773,406
20 153,773,518 153,773,713
21 153,773,859 153,774,098
22 153,774,186 153,774,344
23 153,774,420 153,774,571
24 153,774,706 153,774,806
25 153,774,880 153,775,103
26 153,775,225 153,775,403
27 153,775,594 153,775,660
28 153,775,887 153,776,214
29 153,776,356 153,776,459
30 153,776,887 153,776,980
31 153,777,208 153,777,380
32 153,777,528 153,777,688
33 153,777,948 153,778,095
34 153,778,261 153,778,325
35 153,778,396 153,778,471
36 153,778,600 153,778,674
37 153,778,935 153,779,346
CDS
Exon number Type Start Stop
3 CDS 153,766,211 153,766,324
4 CDS 153,766,873 153,767,913
5 CDS 153,768,249 153,768,428
6 CDS 153,768,948 153,769,076
7 CDS 153,769,162 153,769,262
8 CDS 153,769,807 153,769,939
9 CDS 153,770,092 153,770,248
10 CDS 153,770,338 153,770,446
11 CDS 153,770,528 153,770,642
12 CDS 153,770,758 153,770,883
13 CDS 153,770,965 153,771,081
14 CDS 153,771,310 153,771,403
15 CDS 153,771,486 153,771,655
16 CDS 153,771,864 153,772,015
17 CDS 153,772,182 153,772,287
18 CDS 153,772,886 153,773,016
19 CDS 153,773,230 153,773,406
20 CDS 153,773,518 153,773,713
21 CDS 153,773,859 153,774,098
22 CDS 153,774,186 153,774,344
23 CDS 153,774,420 153,774,571
24 CDS 153,774,706 153,774,806
25 CDS 153,774,880 153,775,103
26 CDS 153,775,225 153,775,403
27 CDS 153,775,594 153,775,660
28 CDS 153,775,887 153,776,214
29 CDS 153,776,356 153,776,459
30 CDS 153,776,887 153,776,980
31 CDS 153,777,208 153,777,380
32 CDS 153,777,528 153,777,688
33 CDS 153,777,948 153,778,095
34 CDS 153,778,261 153,778,325
35 CDS 153,778,396 153,778,471
36 CDS 153,778,600 153,778,674
37 CDS 153,778,935 153,779,039
Other genome
Genome Chromosome Start End Links
hg19 chrX 153,029,651 153,044,801 Link
CDS sequence
ATGGAGCTCACCCCTGCCTCTTCGCTGACTTGCTCCTTGCTCAGCCCGCGGCTGCCTGGCTCTTTCCCCCAGCTGCGGAGGGTTCCTCCTTGCAGCCGGCCCTGGCTGCCCAAGGCCCCCGTGATGGCTCGCTGGCCTCCCTTCGGCCTCTGCCTCCTCCTGCTGCTGCTGTCCCCACCGCCACTGCCCTTGACAGGGGCCCATCGCTTCTCCGCACCTAATACCACTCTCAACCACTTGGCACTGGCACCTGGCCGAGGCACACTCTATGTCGGCGCAGTGAACCGCCTCTTCCAGCTCAGCCCCGAGCTGCAGCTCGAGGCCGTGGCTGTCACTGGCCCTGTAATCGACAGCCCTGACTGCGTGCCCTTCCGTGACCCAGCCGAGTGCCCACAGGCCCAGCTCACTGACAATGCCAACCAGCTGCTGCTGGTGAGCAGCCGCGCCCAGGAGCTGGTGGCCTGCGGGCAGGTGCGGCAGGGCGTGTGTGAGACACGGCGCCTTGGGGATGTGGCCGAGGTGCTGTACCAGGCTGAGGACCCTGGTGACGGGCAGTTTGTGGCTGCCAATACCCCGGGAGTGGCAACGGTGGGGCTGGTGGTGCCCTTGCCCGGCCGGGACCTCCTGCTTGTGGCCAGAGGCCTGGCGGGCAAGCTGTCGGCAGGGGTGCCACCCCTGGCCATCCGCCAGCTGGCCGGGTCTCAGCCCTTCTCCAGCGAGGGCCTGGGCCGCCTGGTGGTGGGCGACTTCTCCGACTACAACAACAGCTACGTCGGGGCCTTTGCCGACGCCCGCTCCGCCTACTTCGTGTTCCGCCGCCGCGGGGCCCGGGCCCAGGCTGAGTACCGCTCCTACGTGGCCCGCGTCTGCCTGGGGGACACCAACCTGTACTCCTACGTGGAGGTCCCCCTCGCCTGCCAGGGCCAGGGCCTCATCCAGGCCGCCTTCCTTGCCCCGGGCACCTTGCTAGGGGTGTTTGCCGCGGGCCCAAGGGGCACCCAGGCGGCGCTCTGTGCCTTCCCCATGGTGGAGCTGGGTGCCAGCATGGAGCAGGCCCGGAGACTCTGCTACACGGCGGGCGGCCGGGGCCCCAGCGGCGCAGAGGAAGCCACCGTGGAGTACGGCGTCACGTCGCGCTGCGTCACCCTGCCCCTTGATTCCCCCGAGTCGTACCCCTGTGGCGACGAGCACACCCCCAGCCCCATTGCTGGCCGCCAGCCCCTGGAGGTCCAGCCTCTGCTGAAGCTCGGGCAGCCGGTCAGCGCCGTGGCAGCTCTCCAGGCAGATGGGCACATGATAGCCTTCCTGGGGGACACCCAGGGCCAGCTGTACAAGGTCTTTCTCCACGGCTCCCAGGGCCAGGTTTACCACTCCCAGCAAGTGGGGCCTCCAGGCTCAGCCATCAGCCCAGACCTGCTGCTGGACAGCAGTGGCAGTCACCTCTATGTCCTGACTGCCCACCAGGTGGACCGGATACCTGTGGCAGCCTGCCCCCAGTTCCCTGACTGTGCCAGCTGCCTCCAGGCCCAGGACCCGCTGTGTGGCTGGTGTGTCCTCCAGGGCAGGTGTACCCGGAAGGGCCAGTGCGGGCGGGCAGGCCAGCTGAACCAGTGGCTGTGGAGTTATGAGGAGGACAGCCACTGCCTGCACATCCAGAGCCTGCTGCCGGGCCACCACCCCCGCCAGGAGCAGGGCCAGGTCACTTTGTCTGTCCCCCGGCTGCCCATCCTGGATGCAGATGAATACTTCCATTGTGCGTTCGGGGACTATGACAGCTTGGCTCATGTGGAAGGGCCCCACGTGGCCTGTGTCACCCCTCCCCAAGACCAGGTGCCACTTAACCCTCCAGGCACAGACCACGTCACTGTGCCCCTGGCCCTGATGTTCGAGGACGTGACTGTGGCTGCCACCAACTTCTCCTTTTATGACTGCAGTGCCGTCCAGGCCTTGGAGGCGGCTGCCCCGTGTCGCGCTTGCGTGGGCAGCATCTGGCGGTGTCACTGGTGCCCGCAGAGTAGCCACTGCGTGTACGGAGAGCACTGCCCAGAGGGCGAGAGGACCATCTACAGCGCCCAGGAGGTGGACATCCAGGTGCGTGGCCCAGGGGCTTGCCCACAGGTCGAAGGCCTGGCAGGTCCCCACCTGGTGCCTGTGGGCTGGGAGAGCCATTTGGCCCTACGCGTGCGGAACCTTCAACATTTCCGAGGCCTGCCTGCCTCCTTCCACTGCTGGCTGGAGCTGCCTGGAGAACTTCGGGGACTGCCGGCCACCCTGGAGGAGACAGCAGGGGATTCAGGCCTCATCCACTGCCAGGCCCACCAGTTTTATCCCTCCATGTCCCAGCGGGAGCTCCCAGTGCCCATCTACGTCACCCAGGGTGAAGCCCAGAGGCTGGACAACACCCATGCTCTTTATGTGATCCTGTACGACTGCGCCATGGGCCACCCGGACTGCAGCCACTGCCAAGCGGCCAACAGGAGCCTGGGCTGCCTGTGGTGTGCTGACGGCCAGCCTGCCTGTCGCTATGGGCCCTTGTGCCCGCCGGGGGCTGTGGAGCTGCTGTGTCCTGCGCCCAGCATTGATGCAGTCGAGCCCCTGACCGGTCCCCCTGAGGGAGGCTTGGCCCTCACCATCCTGGGCTCCAACCTGGGCCGGGCCTTCGCCGATGTGCAGTACGCCGTGAGCGTGGCCAGCCGGCCCTGCAACCCTGAGCCCTCTCTCTACCGCACGTCGGCCCGGATTGTGTGTGTGACATCTCCTGCCCCCAATGGCACCACTGGGCCCGTCCGGGTGGCCATTAAGAGCCAGCCACCAGGCATCTCAAGCCAGCACTTCACCTACCAGGACCCTGTCCTGCTGAGCCTGAGTCCTCGCTGGGGCCCCCAGGCAGGGGGCACCCAGCTCACCATCCGAGGTCAGCACCTCCAGACAGGTGGCAACACCAGTGCCTTCGTGGGTGGCCAACCCTGTCCCATCCTGGAGCCAGTGTGTCCGGAGGCCATCGTGTGCCGTACCAGGCCCCAGGCTGCCCCAGGAGAAGCAGCGGTCCTTGTGGTCTTTGGCCATGCCCAGCGCACACTGCTCGCCAGCCCCTTCCGCTACACCGCCAACCCCCAGCTTGTAGCGGCGGAGCCCAGTGCCAGCTTCCGGGGGGGTGGGCGACTGATCCGTGTCAGGGGCACCGGCCTAGACGTGGTGCAGCGGCCCCTACTGTCTGTGTGGCTGGAGGCTGACGCAGAGGTGCAGGCTTCCAGGGCCCAGCCCCAGGACCCACAGCCAAGGAGGAGCTGTGGAGCCCCTGCTGCGGACCCCCAGGCTTGTATCCAGCTCGGTGGGGGGCTGCTGCAGTGCTCCACCGTCTGCTCCGTCAACTCGTCCAGCCTCCTCCTGTGCCGGAGCCCTGCTGTACCAGACAGAGCCCACCCGCAGCGGGTCTTCTTCACCCTAGACAACGTGCAAGTGGACTTCGCCAGTGCCAGTGGGGGCCAGGGCTTCCTGTACCAGCCCAACCCCCGCCTGGCACCCCTCAGCCGCGAGGGGCCTGCCCGCCCCTACCGCCTCAAGCCAGGCCATGTCCTGGATGTGGAGGGCGAGGGCCTCAACCTGGGCATCAGCAAGGAGGAGGTGCGCGTGCACATCGGCCGCGGCGAGTGCCTGGTGAAGACGCTCACGCGCACCCACCTGTACTGCGAGCCGCCTGCGCACGCCCCGCAGCCTGCCAATGGCTCCGGCCTGCCACAGTTCGTGGTGCAGATGGGCAATGTGCAGCTGGCCCTGGGCCCTGTGCAGTACGAGGCTGAACCCCCGCTGTCTGCCTTTCCCGTGGAGGCCCAGGCAGGCGTGGGCATGGGTGCTGCAGTGCTGATTGCCGCCGTGCTCCTCCTCACCCTCATGTACAGGCACAAGAGCAAGCAGGCCCTGCGGGACTACCAGAAGGTGCTAGTGCAGCTGGAGAGCCTGGAGACCGGCGTGGGAGACCAGTGCCGCAAGGAGTTCACAGACCTCATGACGGAGATGACCGACCTCAGCAGCGACCTGGAGGGCAGCGGGATCCCCTTCCTGGACTACCGCACCTACGCCGAGCGCGCCTTCTTCCCTGGCCATGGCGGTTGCCCGCTGCAGCCCAAGCCTGAGGGGCCAGGGGAGGACGGCCACTGTGCCACTGTGCGCCAGGGCCTCACGCAGCTCTCCAACCTGCTCAACAGCAAGCTCTTCCTCCTCACGCTCATCCACACCCTGGAGGAGCAGCCCAGCTTTTCCCAGAGGGATCGCTGCCATGTGGCTTCGCTGCTGTCGCTAGCGCTACACGGCAAGCTGGAGTACCTGACGGACATCATGAGGACCCTGCTGGGTGACCTGGCGGCCCATTACGTGCACAGGAACCCCAAGCTCATGCTACGCAGGACAGAGACCATGGTGGAGAAACTGCTCACCAACTGGCTGTCCATCTGCCTGTACGCCTTCCTGAGGGAGGTGGCTGGTGAACCACTGTACATGCTCTTCCGGGCCATCCAGTACCAGGTGGACAAAGGCCCCGTGGACGCCGTGACAGGCAAGGCCAAACGGACCCTGAATGATAGCCGCTTGCTGCGGGAGGACGTGGAGTTCCAGCCCCTGACGCTGATGGTGCTGGTGGGGCCCGGGGCTGGCGGGGCCGCAGGCAGCAGCGAGATGCAGCGCGTGCCAGCCCGGGTGCTCGACACGGACACCATCACCCAGGTCAAGGAGAAGGTGTTGGACCAAGTCTACAAGGGCACCCCCTTCTCCCAGAGGCCCTCAGTGCATGCCCTAGACCTTGAGTGGCGCTCAGGCCTGGCTGGTCACCTGACCCTATCGGACGAAGACTTGACCTCCGTGACCCAAAACCACTGGAAGAGACTCAACACCTTGCAACACTACAAGGTCCCAGATGGAGCAACAGTGGGGCTCGTCCCTCAGCTGCACCGTGGCAGCACCATCTCCCAGAGCCTGGCCCAGAGGTGCCCCTTGGGAGAGAACATACCCACGCTGGAGGATGGCGAGGAGGGGGGGGTGTGCCTCTGGCACCTGGTGAAAGCCACCGAGGAGCCAGAAGGGGCCAAGGTGCGGTGCAGCAGCCTGCGGGAGCGCGAGCCAGCAAGGGCCAAGGCCATTCCGGAAATCTACCTCACCCGTCTGCTGTCCATGAAGGGCACGCTGCAGAAGTTTGTGGACGACACCTTCCAGGCCATTCTCAGCGTGAACCGGCCCATCCCCATCGCCGTCAAGTACCTGTTTGACCTTCTGGATGAGCTAGCAGAGAAGCACGGCATCGAGGACCCAGGGACCCTGCACATCTGGAAGACCAACAGTCTGCTGCTGCGGTTCTGGGTGAATGCCTTGAAGAACCCACAGCTCATCTTTGATGTACGGGTGTCGGACAATGTGGACGCCATCCTTGCTGTCATCGCCCAGACCTTCATTGACTCCTGTACCACCTCGGAGCATAAAGTGGGCCGGGATTCCCCAGTGAACAAACTGCTCTACGCCCGGGAGATCCCACGCTACAAGCAGATGGTGGAGAGGTACTATGCGGACATTCGCCAGAGCTCTCCGGCGAGCTACCAGGAGATGAACTCTGCTTTGGCTGAGCTCTCCGGGAACTACACTTCTGCTCCCCACTGTCTGGAGGCTCTGCAAGAACTCTACAACCACATCCACAGGTACTATGATCAGATTATCAGTGCCCTGGAGGAGGACCCTGTGGGCCAGAAGCTGCAGCTGGCCTGCCGCCTGCAGCAGGTCGCCGCCCTGGTGGAAAACAAAGTGACTGACCTGTGA
Amino sequence
MELTPASSLTCSLLSPRLPGSFPQLRRVPPCSRPWLPKAPVMARWPPFGLCLLLLLLSPPPLPLTGAHRFSAPNTTLNHLALAPGRGTLYVGAVNRLFQLSPELQLEAVAVTGPVIDSPDCVPFRDPAECPQAQLTDNANQLLLVSSRAQELVACGQVRQGVCETRRLGDVAEVLYQAEDPGDGQFVAANTPGVATVGLVVPLPGRDLLLVARGLAGKLSAGVPPLAIRQLAGSQPFSSEGLGRLVVGDFSDYNNSYVGAFADARSAYFVFRRRGARAQAEYRSYVARVCLGDTNLYSYVEVPLACQGQGLIQAAFLAPGTLLGVFAAGPRGTQAALCAFPMVELGASMEQARRLCYTAGGRGPSGAEEATVEYGVTSRCVTLPLDSPESYPCGDEHTPSPIAGRQPLEVQPLLKLGQPVSAVAALQADGHMIAFLGDTQGQLYKVFLHGSQGQVYHSQQVGPPGSAISPDLLLDSSGSHLYVLTAHQVDRIPVAACPQFPDCASCLQAQDPLCGWCVLQGRCTRKGQCGRAGQLNQWLWSYEEDSHCLHIQSLLPGHHPRQEQGQVTLSVPRLPILDADEYFHCAFGDYDSLAHVEGPHVACVTPPQDQVPLNPPGTDHVTVPLALMFEDVTVAATNFSFYDCSAVQALEAAAPCRACVGSIWRCHWCPQSSHCVYGEHCPEGERTIYSAQEVDIQVRGPGACPQVEGLAGPHLVPVGWESHLALRVRNLQHFRGLPASFHCWLELPGELRGLPATLEETAGDSGLIHCQAHQFYPSMSQRELPVPIYVTQGEAQRLDNTHALYVILYDCAMGHPDCSHCQAANRSLGCLWCADGQPACRYGPLCPPGAVELLCPAPSIDAVEPLTGPPEGGLALTILGSNLGRAFADVQYAVSVASRPCNPEPSLYRTSARIVCVTSPAPNGTTGPVRVAIKSQPPGISSQHFTYQDPVLLSLSPRWGPQAGGTQLTIRGQHLQTGGNTSAFVGGQPCPILEPVCPEAIVCRTRPQAAPGEAAVLVVFGHAQRTLLASPFRYTANPQLVAAEPSASFRGGGRLIRVRGTGLDVVQRPLLSVWLEADAEVQASRAQPQDPQPRRSCGAPAADPQACIQLGGGLLQCSTVCSVNSSSLLLCRSPAVPDRAHPQRVFFTLDNVQVDFASASGGQGFLYQPNPRLAPLSREGPARPYRLKPGHVLDVEGEGLNLGISKEEVRVHIGRGECLVKTLTRTHLYCEPPAHAPQPANGSGLPQFVVQMGNVQLALGPVQYEAEPPLSAFPVEAQAGVGMGAAVLIAAVLLLTLMYRHKSKQALRDYQKVLVQLESLETGVGDQCRKEFTDLMTEMTDLSSDLEGSGIPFLDYRTYAERAFFPGHGGCPLQPKPEGPGEDGHCATVRQGLTQLSNLLNSKLFLLTLIHTLEEQPSFSQRDRCHVASLLSLALHGKLEYLTDIMRTLLGDLAAHYVHRNPKLMLRRTETMVEKLLTNWLSICLYAFLREVAGEPLYMLFRAIQYQVDKGPVDAVTGKAKRTLNDSRLLREDVEFQPLTLMVLVGPGAGGAAGSSEMQRVPARVLDTDTITQVKEKVLDQVYKGTPFSQRPSVHALDLEWRSGLAGHLTLSDEDLTSVTQNHWKRLNTLQHYKVPDGATVGLVPQLHRGSTISQSLAQRCPLGENIPTLEDGEEGGVCLWHLVKATEEPEGAKVRCSSLREREPARAKAIPEIYLTRLLSMKGTLQKFVDDTFQAILSVNRPIPIAVKYLFDLLDELAEKHGIEDPGTLHIWKTNSLLLRFWVNALKNPQLIFDVRVSDNVDAILAVIAQTFIDSCTTSEHKVGRDSPVNKLLYAREIPRYKQMVERYYADIRQSSPASYQEMNSALAELSGNYTSAPHCLEALQELYNHIHRYYDQIISALEEDPVGQKLQLACRLQQVAALVENKVTDL*