ENST00000610776.5 KCP

Information
Transcript ID
ENST00000610776.5
Genome
hg19
Position
chr7:128,516,919-128,550,763
Strand
-
CDS length
4,886
Amino acid length
1,628.667
Gene symbol
KCP
Gene type
protein-coding
Gene description
kielin cysteine rich BMP regulator
Gene Entrez Gene ID
375616
Variants

Display target variant


Search Word
Target data :
MGeND data only
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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
42 128,516,919 128,517,365
41 128,517,538 128,517,844
40 128,518,612 128,518,776
39 128,519,576 128,519,677
38 128,519,772 128,519,883
37 128,519,967 128,520,139
36 128,520,440 128,520,582
35 128,520,673 128,520,775
34 128,521,051 128,521,139
33 128,521,680 128,521,779
32 128,521,991 128,522,070
31 128,524,056 128,524,176
30 128,524,835 128,524,917
29 128,525,151 128,525,324
28 128,526,518 128,526,611
27 128,526,709 128,526,791
26 128,526,930 128,527,020
25 128,527,269 128,527,354
24 128,528,917 128,529,093
23 128,530,397 128,530,567
22 128,530,959 128,531,150
21 128,531,239 128,531,332
20 128,531,505 128,531,587
19 128,531,700 128,531,873
18 128,532,568 128,532,661
17 128,532,742 128,532,848
16 128,532,923 128,533,075
15 128,533,292 128,533,373
14 128,533,445 128,533,514
13 128,533,515 128,533,529
12 128,533,859 128,533,952
11 128,534,029 128,534,108
10 128,534,253 128,534,346
9 128,542,830 128,542,912
8 128,543,780 128,543,873
7 128,544,109 128,544,191
6 128,546,332 128,546,416
5 128,547,154 128,547,230
4 128,547,317 128,547,506
3 128,548,479 128,548,621
2 128,550,654 128,550,680
1 128,550,682 128,550,763
CDS
Exon number Type Start Stop
42 CDS 128,517,097 128,517,365
41 CDS 128,517,538 128,517,844
40 CDS 128,518,612 128,518,776
39 CDS 128,519,576 128,519,677
38 CDS 128,519,772 128,519,883
37 CDS 128,519,967 128,520,139
36 CDS 128,520,440 128,520,582
35 CDS 128,520,673 128,520,775
34 CDS 128,521,051 128,521,139
33 CDS 128,521,680 128,521,779
32 CDS 128,521,991 128,522,070
31 CDS 128,524,056 128,524,176
30 CDS 128,524,835 128,524,917
29 CDS 128,525,151 128,525,324
28 CDS 128,526,518 128,526,611
27 CDS 128,526,709 128,526,791
26 CDS 128,526,930 128,527,020
25 CDS 128,527,269 128,527,354
24 CDS 128,528,917 128,529,093
23 CDS 128,530,397 128,530,567
22 CDS 128,530,959 128,531,150
21 CDS 128,531,239 128,531,332
20 CDS 128,531,505 128,531,587
19 CDS 128,531,700 128,531,873
18 CDS 128,532,568 128,532,661
17 CDS 128,532,742 128,532,848
16 CDS 128,532,923 128,533,075
15 CDS 128,533,292 128,533,373
14 CDS 128,533,445 128,533,514
13 CDS 128,533,515 128,533,529
12 CDS 128,533,859 128,533,952
11 CDS 128,534,029 128,534,108
10 CDS 128,534,253 128,534,346
9 CDS 128,542,830 128,542,912
8 CDS 128,543,780 128,543,873
7 CDS 128,544,109 128,544,191
6 CDS 128,546,332 128,546,416
5 CDS 128,547,154 128,547,230
4 CDS 128,547,317 128,547,506
3 CDS 128,548,479 128,548,621
2 CDS 128,550,654 128,550,680
1 CDS 128,550,682 128,550,730
Other genome
Genome Chromosome Start End Links
hg38 chr7 128,876,865 128,910,709 Link
CDS sequence
ATGGCCGGGGTCGGGGCCGCTGCGCTGTCCCTTCTCCTGCACCTCGGGGCCCTGGCGCTGGCCGCGGGCGCGGAAGGTGGGGCTGTCCCCAGGGAGCCCCCTGGGCAGCAGACAACTGCCCATTCCTCAGTCCTTGCTGGGAACTCCCAGGAGCAGTGGCACCCCCTGCGAGAGTGGCTGGGGCGACTGGAGGCTGCAGTGATGGAGCTCAGAGAACAGAATAAGGACCTGCAGACGAGGGTGAGGCAGCTGGAGTCCTGTGAGTGCCACCCTGCATCTCCCCAGTGCTGGGGGCTGGGGCGTGCCTGGCCCGAGGGGGCACGCTGGGAGCCTGACGCCTGCACAGCCTGCGTCTGCCAGGATGGGGCCGCTCACTGTGGCCCCCAAGCACACCTGCCCCATTGCAGGGGCTGCAGCCAAAATGGCCAGACCTACGGCAACGGGGAGACCTTCTCCCCAGATGCCTGCACCACCTGCCGCTGTCTGGAAGGTACCATCACTTGCAACCAGAAGCCATGCCCAAGAGGACCCTGCCCTGAGCCAGGAGCATGCTGCCCGCACTGTAAGCCAGGCTGTGATTATGAGGGGCAGCTTTATGAGGAGGGGGTCACCTTCCTGTCCAGCTCCAACCCTTGTCTACAGTGCACCTGCCTGAGGAGCCGAGTTCGCTGCATGGCCCTGAAGTGCCCGCCTAGCCCCTGCCCAGAGCCAGTGCTGAGGCCTGGGCACTGCTGCCCAACCTGCCAAGGCTGCACAGAAGGTGGCTCTCACTGGGAACATGGCCAAGAGTGGACAACACCTGGGGACCCCTGCCGAATCTGCCGGTGCCTGGAGGGTCACATCCAGTGCCGCCAGCGAGAATGTGCCAGCCTGTGTCCATACCCAGCCCGGCCCCTCCCAGGCACCTGCTGCCCTGTGTGTGATGGCTGTTTCCTAAACGGGCGGGAGCACCGCAGCGGGGAGCCTGTGGGCTCAGGGGACCCCTGCTCGCACTGCCGCTGTGCTAATGGGAGTGTCCAGTGTGAGCCTCTGCCCTGCCCGCCAGTGCCCTGCAGACACCCAGGCAAGATCCCTGGGCAGTGCTGCCCTGTCTGCGATGGCTGTGAGTACCAGGACACCAGTATCAGAGCCAGGAGACCTTCAGACTCCAAGAGCGGGGCCTCTGTGTCCGCTGCTCCTGCCAGGCTGGCGAGGTCTCCTGTGAGGAGCAGGAGTGCCCAGTCACCCCCTGTGCCCTGCCTGCCTCTGGCCGCCAGCTCTGCCCAGCCTGTGAGCTGGATGGAGAGGAGTTTGCTGAGGGAGTCCAGTGGGAGCCTGATGGTCGGCCCTGCACCGCCTGCGTCTGTCAAGATGGGGTACCCAAGTGCGGGGCTGTGCTCTGCCCCCCAGCCCCCTGCCAGCACCCCACCCAGCCCCCTGGTGCCTGCTGCCCCAGCTGTGACAGCTGCACCTACCACAGCCAAGTGTATGCCAATGGGCAGAACTTCACGGATGCAGACAGCCCTTGCCATGCCTGCCACTGTCAGGATGGAACTGTGACATGCTCCTTGGTTGACTGCCCTCCCACGACCTGTGCCAGGCCCCAGAGTGGACCAGGCCAGTGTTGCCCCAGGTGCCCAGACTGCATCCTGGAGGAAGAGGTGTTTGTGGACGGCGAGAGCTTCTCCCACCCCCGAGACCCCTGCCAGGAGTGCCGATGCCAGGAAGGCCATGCCCACTGCCAGCCTCGCCCCTGCCCCAGGGCCCCCTGTGCCCACCCGCTGCCTGGGACCTGCTGCCCGAACGACTGCAGCGGCTGTGCCTTTGGCGGGAAAGAGTACCCCAGCGGAGCGGACTTCCCCCACCCCTCTGACCCCTGCCGTCTGTGTCGCTGTCTGAGCGGCAACGTGCAGTGCCTGGCCCGCCGCTGCGTGCCGCTGCCCTGTCCAGAGCCTGTCCTGCTGCCGGGAGAGTGCTGCCCGCAGTGCCCAGCCGCCCCAGCCCCCGCCGGCTGCCCACGGCCCGGCGCGGCCCACGCCCGCCACCAGGAGTACTTCTCCCCGCCCGGCGATCCCTGCCGCCGCTGCCTCTGCCTCGACGGCTCCGTGTCCTGCCAGCGGCTGCCCTGCCCGCCCGCGCCCTGCGCGCACCCGCGCCAGGGGCCTTGCTGCCCCTCCTGCGACGGCTGCCTGTACCAGGGGAAGGAGTTTGCCAGCGGGGAGCGCTTCCCATCGCCCACTGCTGCCTGCCACCTCTGCCTTTGCTGGGAGGGCAGCGTGAGCTGCGAGCCCAAGGCATGTGCCCCTGCACTGTGCCCCTTCCCTGCCAGGGGCGACTGCTGCCCTGACTGTGATGGCTGTGAGTACCTGGGGGAGTCCTACCTGAGTAACCAGGAGTTCCCAGACCCCCGAGAACCCTGCAACCTGTGTACCTGTCTTGGAGGCTTCGTGACCTGCGGCCGCCGGCCCTGTGAGCCTCCGGGCTGCAGCCACCCACTCATCCCCTCTGGGCACTGCTGCCCGACCTGCCAGGGATGCCGCTACCATGGCGTCACTACTGCCTCCGGAGAGACCCTTCCTGACCCACTTGACCCTACCTGCTCCCTCTGCACCTGCCAGGAAGGTTCCATGCGCTGCCAGAAGAAGCCATGTCCCCCAGCTCTCTGCCCCCACCCCTCTCCAGGCCCCTGCTTCTGCCCTGTTTGCCACAGCTGTCTCTCTCAGGGCCGGGAGCACCAGGATGGGGAGGAGTTTGAGGGACCAGCAGGCAGCTGTGAGTGGTGTCGCTGTCAGGCTGGCCAGGTCAGCTGTGTGCGGCTGCAGTGCCCACCCCTTCCCTGCAAGCTCCAGGTCACCGAGCGGGGGAGCTGCTGCCCTCGCTGCAGAGGCTGCCTGGCTCATGGGGAAGAGCACCCCGAAGGCAGTAGATGGGTGCCCCCCGACAGTGCCTGCTCCTCCTGTGTGTGTCACGAGGGCGTCGTCACCTGTGCACGCATCCAGTGCATCAGCTCTTGCGCCCAGCCCCGCCAAGGGCCCCATGACTGCTGTCCTCAATGCTCTGACTGTGAGCATGAGGGCCGGAAGTACGAGCCTGGGGAGAGCTTCCAGCCTGGGGCAGACCCCTGTGAAGTGTGCATCTGCGAGCCACAGCCTGAGGGGCCTCCCAGCCTTCGCTGTCACCGGCGGCAGTGTCCCAGCCTGGTGGGCTGCCCCCCCAGCCAGCTCCTGCCCCCTGGGCCCCAGCACTGCTGTCCCACCTGTGCCGAGGCCTTGAGTAACTGTTCAGAGGGCCTGCTGGGATCTGAGCTAGCCCCACCAGACCCCTGCTACACGTGCCAGTGCCAGGACCTGACATGGCTCTGCATCCACCAGGCTTGTCCTGAGCTCAGCTGTCCCCTCTCAGAGCGCCACACTCCCCCTGGGAGCTGCTGCCCCGTATGCCGGGAATGTGTGGTGGAGGCCGAGGGCCGGAGAGTGGCAGATGGAGAGAGCTGGCGGGACCCCAGCAATGCGTGCATCGCCTGCACCTGCCATCGGGGCCATGTGGAGTGCCACCTCGAGGAGTGCCAGGCCCTCTCCTGCCCCCATGGCTGGGCGAAGGTGCCCCAGGCTGACAGCTGCTGTGAGCGATGCCAAGCTCCCACCCAGTCCTGCGTGCACCAGGGCCGTGAGGTGGCCTCTGGAGAGCGCTGGACTGTGGACACCTGCACCAGCTGCTCCTGCATGGCGGGCACCGTGCGTTGCCAGAGCCAGCGCTGCTCACCGCTCTCGTGTGGCCCCGACAAGGCCCCTGCCCTGAGTCCTGGCAGCTGCTGCCCCCGCTGCCTGCCTCGGCCCGCTTCCTGCATGGCCTTCGGAGACCCCCATTACCGCACCTTCGACGGCCGCCTGCTGCACTTCCAGGGCAGTTGCAGCTATGTGCTGGCCAAGGACTGCCACAGCGGGGACTTCAGTGTGCACGTGACCAATGATGACCGGGGCCGGAGCGGTGTGGCCTGGACCCAGGAGGTGGCGGTGCTGCTGGGAGACATGGCCGTGCGGCTGCTGCAGGACGGGGCAGTCACGGTGGATGGGCACCCGGTGGCCTTGCCCTTCCTGCAGGAGCCGCTGCTGTATGTGGAGCTGCGAGGACACACTGTGATCCTGCACGCCCAGCCCGGGCTCCAGGTGCTGTGGGATGGGCAGTCCCAGGTGGAGGTGAGCGTACCTGGCTCCTACCAGGGCCGGACTTGTGGGCTCTGTGGGAACTTCAATGGCTTTGCCCAGGACGATCTGCAGGGCCCTGAGGGGCTGCTCCTGCCCTCGGAGGCTGCGTTTGGGAATAGCTGGCAGGTCTCAGAGGGGCTGTGGCCTGGCCGGCCCTGTTCTGCAGGCCGAGAGGTGGATCCGTGCCGGGCAGCAGGTTACCGTGCCAGGCGTGAGGCCAATGCCCGGTGTGGGGTGCTGAAGTCCTCCCCATTCAGTCGCTGCCATGCTGTGGTGCCACCGGAGCCCTTCTTTGCCGCCTGTGTGTATGACCTGTGTGCCTGTGGCCCTGGCTCCTCCGCTGATGCCTGCCTCTGTGATGCCCTGGAAGCCTACGCCAGTCACTGTCGCCAGGCAGGAGTGACACCTACCTGGCGAGGCCCCACGCTGTGTGTGGTAGGCTGCCCCCTGGAGCGTGGCTTCGTGTTTGATGAGTGCGGCCCACCCTGTCCCCGCACCTGCTTCAATCAGCATATCCCCCTGGGGGAGCTGGCAGCCCACTGCGTGAGGCCCTGCGTGCCCGGCTGCCAGTGCCCTGCAGGCCTGGTGGAGCATGAGGCCCACTGCATCCCACCCGAGGCCTGCCCCCAAGTCCTGCTCACTGGAGACCAGCCACTTGGTGCTCGGCCCAGCCCCAGCCGGGAGCCCCAGGAGACACCCTGA
Amino sequence
MAGVGAAALSLLLHLGALALAAGAEGGAVPREPPGQQTTAHSSVLAGNSQEQWHPLREWLGRLEAAVMELREQNKDLQTRVRQLESCECHPASPQCWGLGRAWPEGARWEPDACTACVCQDGAAHCGPQAHLPHCRGCSQNGQTYGNGETFSPDACTTCRCLEGTITCNQKPCPRGPCPEPGACCPHCKPGCDYEGQLYEEGVTFLSSSNPCLQCTCLRSRVRCMALKCPPSPCPEPVLRPGHCCPTCQGCTEGGSHWEHGQEWTTPGDPCRICRCLEGHIQCRQRECASLCPYPARPLPGTCCPVCDGCFLNGREHRSGEPVGSGDPCSHCRCANGSVQCEPLPCPPVPCRHPGKIPGQCCPVCDGCEYQDTSIRARRPSDSKSGASVSAAPARLARSPVRSRSAQSPPVPCLPLAASSAQPVSWMERSLLRESSGSLMVGPAPPASVKMGYPSAGLCSAPQPPASTPPSPLVPAAPAVTAAPTTAKCMPMGRTSRMQTALAMPATVRMEL*HAPWLTALPRPVPGPRVDQASVAPGAQTASWRKRCLWTARASPTPETPARSADARKAMPTASLAPAPGPPVPTRCLGPAARTTAAAVPLAGKSTPAERTSPTPLTPAVCVAV*AATCSAWPAAACRCPVQSLSCCRESAARSAQPPQPPPAAHGPARPTPATRSTSPRPAIPAAAASASTAPCPASGCPARPRPARTRARGLAAPPATAACTRGRSLPAGSASHRPLLPATSAFAGRAA*AASPRHVPLHCAPSLPGATAALTVMAVSTWGSPT*VTRSSQTPENPATCVPVLEAS*PAAAGPVSLRAAATHSSPLGTAARPARDAATMASLLPPERPFLTHLTLPAPSAPARKVPCAARRSHVPQLSAPTPLQAPASALFATAVSLRAGSTRMGRSLRDQQAAVSGVAVRLARSAVCGCSAHPFPASSRSPSGGAAALAAEAAWLMGKSTPKAVDGCPPTVPAPPVCVTRASSPVHASSASALAPSPAKGPMTAVLNALTVSMRAGSTSLGRASSLGQTPVKCASASHSLRGLPAFAVTGGSVPAWWAAPPASSCPLGPSTAVPPVPRP*VTVQRACWDLS*PHQTPATRASART*HGSASTRLVLSSAVPSQSATLPLGAAAPYAGNVWWRPRAGEWQMERAGGTPAMRASPAPAIGAMWSATSRSARPSPAPMAGRRCPRLTAAVSDAKLPPSPACTRAVRWPLESAGLWTPAPAAPAWRAPCVARASAAHRSRVAPTRPLP*VLAAAAPAACLGPLPAWPSETPITAPSTAACCTSRAVAAMCWPRTATAGTSVCT*PMMTGAGAVWPGPRRWRCCWETWPCGCCRTGQSRWMGTRWPCPSCRSRCCMWSCEDTL*SCTPSPGSRCCGMGSPRWR*AYLAPTRAGLVGSVGTSMALPRTICRALRGCSCPRRLRLGIAGRSQRGCGLAGPVLQAERWIRAGQQVTVPGVRPMPGVGC*SPPHSVAAMLWCHRSPSLPPVCMTCVPVALAPPLMPASVMPWKPTPVTVARQE*HLPGEAPRCVW*AAPWSVASCLMSAAHPVPAPASISISPWGSWQPTA*GPACPAASALQAWWSMRPTASHPRPAPKSCSLETSHLVLGPAPAGSPRRHP