ENST00000281513.10 NBAS

Information
Transcript ID
ENST00000281513.10
Genome
hg38
Position
chr2:15,166,916-15,561,334
Strand
-
CDS length
7,116
Amino acid length
2,372
Gene symbol
NBAS
Gene type
protein-coding
Gene description
NBAS subunit of NRZ tethering complex
Gene Entrez Gene ID
51594
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
52 15,166,916 15,167,323
51 15,178,988 15,179,116
50 15,186,742 15,186,880
49 15,190,264 15,190,403
48 15,218,773 15,218,968
47 15,232,422 15,232,511
46 15,234,545 15,234,747
45 15,238,468 15,238,686
44 15,275,484 15,275,818
43 15,276,851 15,277,101
42 15,287,073 15,287,183
41 15,292,537 15,292,766
40 15,308,216 15,308,353
39 15,309,171 15,309,247
38 15,327,750 15,327,870
37 15,328,199 15,328,312
36 15,330,598 15,330,765
35 15,351,992 15,352,081
34 15,353,553 15,353,710
33 15,356,303 15,356,416
32 15,366,580 15,366,693
31 15,374,608 15,374,720
30 15,379,602 15,379,831
29 15,383,215 15,383,317
28 15,394,227 15,394,349
27 15,396,413 15,396,475
26 15,402,168 15,402,301
25 15,415,546 15,415,719
24 15,417,527 15,417,712
23 15,424,315 15,424,468
22 15,427,711 15,427,794
21 15,461,201 15,461,337
20 15,461,687 15,461,791
19 15,467,329 15,467,407
18 15,467,664 15,467,804
17 15,468,382 15,468,533
16 15,473,222 15,473,347
15 15,474,067 15,474,324
14 15,475,687 15,475,880
13 15,478,226 15,478,289
12 15,488,894 15,489,022
11 15,504,145 15,504,213
10 15,511,212 15,511,350
9 15,534,543 15,534,641
8 15,536,418 15,536,551
7 15,539,223 15,539,356
6 15,551,493 15,551,536
5 15,553,426 15,553,473
4 15,554,061 15,554,138
3 15,556,783 15,556,819
2 15,558,580 15,558,634
1 15,561,188 15,561,334
CDS
Exon number Type Start Stop
52 CDS 15,167,048 15,167,323
51 CDS 15,178,988 15,179,116
50 CDS 15,186,742 15,186,880
49 CDS 15,190,264 15,190,403
48 CDS 15,218,773 15,218,968
47 CDS 15,232,422 15,232,511
46 CDS 15,234,545 15,234,747
45 CDS 15,238,468 15,238,686
44 CDS 15,275,484 15,275,818
43 CDS 15,276,851 15,277,101
42 CDS 15,287,073 15,287,183
41 CDS 15,292,537 15,292,766
40 CDS 15,308,216 15,308,353
39 CDS 15,309,171 15,309,247
38 CDS 15,327,750 15,327,870
37 CDS 15,328,199 15,328,312
36 CDS 15,330,598 15,330,765
35 CDS 15,351,992 15,352,081
34 CDS 15,353,553 15,353,710
33 CDS 15,356,303 15,356,416
32 CDS 15,366,580 15,366,693
31 CDS 15,374,608 15,374,720
30 CDS 15,379,602 15,379,831
29 CDS 15,383,215 15,383,317
28 CDS 15,394,227 15,394,349
27 CDS 15,396,413 15,396,475
26 CDS 15,402,168 15,402,301
25 CDS 15,415,546 15,415,719
24 CDS 15,417,527 15,417,712
23 CDS 15,424,315 15,424,468
22 CDS 15,427,711 15,427,794
21 CDS 15,461,201 15,461,337
20 CDS 15,461,687 15,461,791
19 CDS 15,467,329 15,467,407
18 CDS 15,467,664 15,467,804
17 CDS 15,468,382 15,468,533
16 CDS 15,473,222 15,473,347
15 CDS 15,474,067 15,474,324
14 CDS 15,475,687 15,475,880
13 CDS 15,478,226 15,478,289
12 CDS 15,488,894 15,489,022
11 CDS 15,504,145 15,504,213
10 CDS 15,511,212 15,511,350
9 CDS 15,534,543 15,534,641
8 CDS 15,536,418 15,536,551
7 CDS 15,539,223 15,539,356
6 CDS 15,551,493 15,551,536
5 CDS 15,553,426 15,553,473
4 CDS 15,554,061 15,554,138
3 CDS 15,556,783 15,556,819
2 CDS 15,558,580 15,558,634
1 CDS 15,561,188 15,561,304
Other genome
Genome Chromosome Start End Links
hg19 chr2 15,307,040 15,701,458 Link
CDS sequence
ATGGCGGCCCCCGAGTCAGGGCCGGCTTTGAGTCCAGGCACTGCAGAGGGTGAGGAGGAGACGATTCTCTATGACTTGTTGGTCAACACCGAGTGGCCACCGGAGACTGAAGTACAGCCTAGAGGCAACCAAAAACATGGTGCATCCTTTATCATCACGAAAGCAATTCGAGATCGTTTATTATTTTTACGCCAATACATCTGGTACAGCCCGGCACCTTTTTTGCTCCCTGATGGACTGGTTCGCTTGGTTAATAAACAGATAAACTGGCATTTGGTACTTGCAAGCAATGGAAAGCTTTTGGCTGCTGTTCAAGATCAGTGTGTGGAAATCAGGTCTGCAAAAGATGATTTTACATCCATTATTGGGAAATGTCAAGTTCCGAAAGACCCGAAACCCCAGTGGAGACGGGTAGCATGGAGTTACGATTGTACCCTACTGGCCTATGCCGAAAGCACAGGAACTGTGAGGGTGTTTGATCTCATGGGAAGTGAACTCTTTGTCATTTCCCCGGCATCTAGTTTTATAGGTGACTTAAGCTATGCCATTGCTGGGTTGATATTTTTAGAATATAAAGCAAGTGCACAGTGGTCTGCAGAACTCCTGGTCATCAATTACCGAGGAGAACTTAGAAGTTACCTTGTAAGTGTTGGAACAAATCAGAGCTACCAAGAAAGTCACTGTTTCAGCTTCAGTAGTCATTATCCTCATGGAATCAACACAGCTATTTACCACCCTGGTCACAGACTTTTACTTGTTGGTGGATGTGAAACTGCTGAAGTAGGCATGTCAAAAGCTTCTAGCTGTGGCCTTTCTGCCTGGAGAGTTCTTTCAGGATCACCGTATTATAAGCAGGTTACTAATGGTGGAGACGGGGTTACTGCAGTACCGAAGACACTGGGATTATTAAGGATGTTAAGTGTCAAGTTTTACAGTCGCCAGGGACAAGAACAGGATGGAATTTTTAAGATGAGCCTTTCTCCAGATGGGATGCTCCTGGCAGCCATTCACTTCTCAGGGAAACTGAGCATCTGGGCGATTCCATCTCTGAAGCAACAAGGGGAATGGGGTCAAAATGAGCAGCCAGGCTATGATGACCTTAATCCTGATTGGAGGCTCTCTACTGAGAAGAGAAAAAAAATCAAAGATAAAGAGTCCTTTTACCCACTGATAGATGTCAATTGGTGGGCAGACAGTGCAGTGACTTTAGCTCGATGCTCTGGTGCTTTAACTGTTTCATCTGTGAAAACTTTGAAGAATTTACTGGGAAAATCCTGTGAATGGTTTGAACCATCACCTCAAGTCACTGCTACCCATGATGGGGGATTTTTAAGTTTGGAGTGTGAGATTAAACTTGCCCCCAAACGATCTCGTTTGGAGACTAGAGCTGGAGAAGAAGATGAAGGAGAAGAGGATTCTGATTCTGATTATGAAATATCTGCCAAGGCTCGCTACTTTGGTTATATAAAACAGGGCCTTTACTTGGTGACTGAAATGGAGCGATTTGCACCACCACGGAAACGCCCACGAACCATTACTAAAAACTACCGCCTTGTGAGTTTGCGCTCCACGACACCAGAGGAACTTTATCAGAGGAAGATTGAAAGTGAAGAGTATGAGGAAGCCTTGTCCTTGGCTCATACCTACGGCCTGGATACTGACCTTGTATATCAGAGGCAGTGGAGGAAGTCAGCGGTCAACGTTGCTTCAATTCAGAATTATTTGAGTAAAATAAAGAAGCGATCCTGGGTTCTCCATGAGTGTTTGGAAAGAGTTCCTGAAAATGTGGATGCTGCAAAAGAACTGCTTCAGTATGGATTAAAAGGCACAGACCTGGAGGCTCTTTTAGCAATAGGGAAAGGAGCAGATGATGGCAGATTTACATTACCTGGTGAAATAGACATTGACAGTATCTCCTATGAAGAGCTTTCACCACCTGATGAAGAGCCTGCCAAGAATAAAAAGGAAAAGGAGCTCAAGAAGAGACAAGAACTACTGAAATTAGTGAACTTTTCCAAGTTGACACTGGAACAAAAGGAACTTTGCCGTTGTAGACGGAAGTTATTAACCTACTTAGATCGACTTGCAACATATGAGGAAATCCTAGGAGTGCCTCATGCATCTGAACAGAGATATGATGCTGAATTCTTTAAGAAATTCAGAAATCAGAATATTGTTCTCTCAGCAAGAACTTATGCTCAGGAAAGTAATGTACAAGCCCTGGAAATTCTGTTTACTTACCATGGTTCCGACCTGCTTCCTCATCGCCTTGCAATTCTGTCCAACTTTCCAGAGACCACTTCTCCACATGAATATTCTGTTTTGCTGCCCGAAGCTTGTTTTAACGGTGACTCCCTGATGATCATTCCTTGGCATGAACATAAACACCGAGCTAAAGATTGGTGCGAGGAGTTGGCTTGCAGAATGGTTGTTGAGCCGAATCTCCAAGATGAAAGTGAATTCTTGTATGCTGCACAGCCTGAGTTACTAAGGTTCAGGATGACCCAGCTTACGGTGGAGAAGGTTATGGACTGGTATCAGACCAGAGCAGAGGAAATAGAGCATTATGCTCGGCAGGTGGACTGTGCATTGTCACTTATTCGACTTGGGATGGAGCGGAATATTCCTGGTTTGCTGGTTCTCTGTGACAATTTGGTTACTCTGGAAACATTGGTTTATGAAGCCAGGTGTGATGTAACTCTAACCCTGAAAGAACTCCAGCAGATGAAAGACATTGAAAAACTAAGATTACTGATGAATAGTTGTTCTGAGGATAAATATGTGACAAGTGCCTACCAGTGGATGGTTCCCTTTCTTCATCGTTGTGAGAAACAGTCGCCTGGTGTGGCTAATGAGCTATTAAAAGAATATTTAGTAACTTTAGCTAAAGGGGACTTAAAATTTCCCCTGAAGATATTTCAGCATTCCAAACCAGATCTGCAGCAAAAAATTATTCCTGATCAGGACCAACTGATGGCAATAGCACTAGAGTGCATCTATACCTGTGAACGAAATGATCAACTCTGTCTTTGCTATGACCTACTAGAATGTCTGCCAGAAAGAGGATATGGTGATAAGACAGAGGCAACCACAAAGCTTCATGACATGGTAGACCAACTGGAACAAATTCTCAGTGTGTCAGAGCTTTTGGAAAAACATGGACTCGAGAAACCAATTTCATTTGTTAAAAACACTCAATCTAGCTCAGAAGAGGCACGCAAGCTGATGGTTAGATTGACGAGGCACACTGGCCGGAAGCAGCCTCCTGTCAGTGAGTCTCATTGGAGAACGTTGCTGCAAGACATGTTAACTATGCAGCAGAATGTATACACATGTCTAGATTCTGATGCCTGCTATGAGATATTTACAGAAAGCCTTCTGTGCTCTAGTCGCCTTGAAAACATCCACCTGGCTGGACAGATGATGCACTGCAGTGCTTGTTCAGAAAATCCTCCAGCTGGTATAGCCCATAAAGGGAAACCCCACTACAGGGTCAGCTACGAAAAGAGTATTGACTTGGTTTTGGCTGCCAGCAGAGAGTACTTCAATTCTTCTACCAACCTCACTGATAGCTGCATGGATCTAGCCAGGTGCTGCTTACAACTGATAACAGACAGACCCCCTGCCATTCAAGAGGAGCTAGATCTTATCCAAGCCGTTGGATGTCTTGAAGAATTTGGGGTAAAGATCCTGCCTTTGCAAGTGCGATTGTGCCCTGATCGGATCAGTCTCATCAAGGAGTGTATTTCCCAGTCCCCCACATGCTATAAACAATCCACCAAGCTTCTGGGCCTTGCTGAGCTGCTGAGGGTTGCAGGTGAGAACCCAGAAGAAAGGCGGGGACAGGTTCTAATCCTTTTAGTGGAGCAGGCACTTCGCTTCCATGACTACAAAGCAGCCAGTATGCATTGTCAGGAGCTGATGGCCACAGGTTATCCTAAAAGTTGGGATGTTTGTAGCCAGTTAGGACAATCAGAAGGTTACCAGGACTTGGCCACTCGTCAAGAGCTCATGGCTTTTGCTTTGACACATTGCCCTCCTAGCAGCATTGAACTTCTTTTGGCAGCTAGCAGCTCTCTGCAGACAGAAATTCTTTATCAAAGAGTGAATTTCCAGATCCATCATGAAGGAGGGGAAAATATCAGTGCTTCACCATTAACTAGTAAAGCAGTACAAGAGGATGAAGTAGGTGTTCCAGGTAGCAATTCAGCTGACCTATTGCGCTGGACCACTGCTACCACCATGAAAGTCCTTTCCAACACCACAACCACCACCAAAGCGGTGCTGCAGGCCGTCAGTGATGGGCAGTGGTGGAAGAAGTCTTTAACTTACCTTCGACCCCTTCAGGGGCAAAAATGTGGTGGTGCATATCAAATCGGAACTACAGCCAATGAAGATCTAGAGAAACAAGGGTGTCATCCTTTTTATGAATCTGTCATCTCAAATCCTTTTGTCGCTGAGTCTGAAGGGACCTATGACACCTATCAGCATGTTCCAGTGGAAAGCTTTGCAGAAGTATTGCTGAGAACTGGAAAATTGGCAGAGGCTAAAAATAAAGGAGAAGTATTTCCAACAACTGAAGTTCTCTTGCAACTAGCAAGTGAAGCCTTGCCAAATGACATGACCTTGGCTCTTGCTTACCTTCTTGCCTTACCACAAGTGTTAGATGCTAACCGGTGCTTTGAAAAGCAGTCCCCCTCTGCATTATCTCTCCAGCTGGCAGCGTATTACTATAGCCTCCAGATCTATGCCCGATTGGCCCCATGTTTCAGGGACAAGTGCCATCCTCTTTACAGGGCTGATCCCAAAGAACTAATCAAGATGGTCACCAGGCATGTGACTCGACATGAGCACGAAGCCTGGCCTGAAGACCTTATTTCACTGACCAAGCAGTTACACTGCTACAATGAACGTCTCCTGGATTTCACTCAGGCGCAGATCCTTCAGGGCCTTCGGAAGGGTGTGGACGTGCAGCGGTTTACTGCAGATGACCAGTATAAAAGGGAAACTATCCTTGGTCTGGCAGAAACTCTAGAGGAAAGCGTCTACAGCATTGCTATTTCTCTGGCACAACGTTACAGTGTCTCCCGCTGGGAAGTTTTTATGACCCATTTGGAGTTCCTCTTCACGGACAGTGGTTTGTCCACACTAGAAATTGAAAATAGAGCCCAAGACCTTCATCTCTTTGAGACTTTGAAGACTGATCCAGAAGCCTTTCACCAGCACATGGTCAAGTATATTTACCCTACTATTGGTGGCTTTGATCACGAAAGGCTGCAGTATTATTTCACTCTTCTGGAAAACTGTGGCTGTGCAGATTTGGGGAACTGTGCCATTAAACCAGAAACCCACATTCGACTGCTGAAGAAGTTTAAGGTTGTTGCATCAGGTCTTAATTACAAAAAGCTGACAGATGAAAACATGAGTCCTCTTGAAGCATTGGAGCCAGTTCTTTCAAGTCAAAATATCTTGTCTATTTCCAAACTTGTTCCCAAAATCCCTGAAAAGGATGGACAGATGCTTTCCCCAAGCTCTCTGTACACCATCTGGTTACAGAAGTTGTTCTGGACTGGAGACCCTCATCTCATTAAACAAGTCCCAGGCTCTTCACCGGAGTGGCTTCATGCCTATGATGTCTGCATGAAGTACTTTGATCGTCTCCACCCAGGTGACCTCATCACTGTGGTAGATGCAGTTACATTTTCTCCAAAAGCTGTGACCAAGCTGTCTGTGGAAGCCCGTAAAGAGATGACTAGAAAGGCTATTAAGACAGTCAAACATTTTATTGAGAAGCCAAGGAAAAGAAACTCAGAAGACGAAGCTCAAGAAGCTAAGGATTCTAAAGTTACCTATGCAGATACTTTGAATCATCTGGAGAAATCACTTGCCCACCTGGAAACCCTGAGCCACAGCTTCATCCTTTCTCTGAAGAATAGTGAGCAGGAAACACTGCAAAAATACAGTCACCTCTATGATCTGTCCCGATCAGAAAAAGAGAAACTTCATGATGAAGCTGTGGCTATTTGTTTAGATGGTCAGCCTCTAGCAATGATTCAGCAGCTGCTAGAGGTGGCAGTTGGCCCTCTTGACATCTCACCCAAGGATATAGTGCAGAGTGCAATCATGAAAATAATTTCTGCATTGAGTGGTGGCAGTGCTGACCTTGGTGGGCCAAGGGACCCACTGAAGGTCCTGGAAGGTGTTGTTGCAGCAGTCCACGCCAGTGTGGACAAGGGTGAGGAGCTGGTTTCACCTGAGGACCTGCTGGAGTGGCTGCGGCCTTTCTGTGCTGATGACGCCTGGCCGGTGCGGCCCCGCATTCACGTGCTGCAGATTTTGGGGCAATCATTTCACCTGACTGAGGAGGACAGCAAGCTCCTCGTGTTCTTTAGAACTGAAGCCATTCTCAAAGCCTCCTGGCCCCAGAGACAGGTAGACATAGCTGACATTGAGAATGAAGAGAACCGCTACTGTCTATTCATGGAACTCCTGGAATCTAGTCACCACGAGGCTGAATTTCAGCACTTGGTTTTACTTTTGCAAGCTTGGCCACCTATGAAAAGTGAATATGTCATAACCAATAATCCATGGGTGAGACTAGCTACAGTGATGCTAACCAGATGTACGATGGAGAACAAGGAAGGATTGGGGAATGAAGTTTTGAAAATGTGTCGCTCTTTGTATAACACCAAGCAGATGCTGCCTGCAGAGGGTGTGAAGGAGCTGTGTCTGCTGCTGCTTAACCAGTCCCTCCTGCTTCCATCTCTGAAACTTCTCCTCGAGAGCCGAGATGAGCATCTGCACGAGATGGCACTGGAGCAAATCACGGCAGTCACTACGGTGAATGATTCCAATTGTGACCAAGAACTTCTTTCCCTGCTCCTGGATGCCAAGCTGCTGGTGAAGTGTGTCTCCACTCCCTTCTATCCACGTATTGTTGACCACCTCTTGGCTAGCCTCCAGCAAGGGCGCTGGGATGCAGAGGAGCTGGGCAGACACCTGCGGGAGGCCGGCCATGAAGCCGAAGCCGGGTCTCTCCTTCTGGCCGTGAGGGGGACTCACCAGGCCTTCAGAACCTTCAGTACAGCCCTCCGCGCAGCACAGCACTGGGTGTGA
Amino sequence
MAAPESGPALSPGTAEGEEETILYDLLVNTEWPPETEVQPRGNQKHGASFIITKAIRDRLLFLRQYIWYSPAPFLLPDGLVRLVNKQINWHLVLASNGKLLAAVQDQCVEIRSAKDDFTSIIGKCQVPKDPKPQWRRVAWSYDCTLLAYAESTGTVRVFDLMGSELFVISPASSFIGDLSYAIAGLIFLEYKASAQWSAELLVINYRGELRSYLVSVGTNQSYQESHCFSFSSHYPHGINTAIYHPGHRLLLVGGCETAEVGMSKASSCGLSAWRVLSGSPYYKQVTNGGDGVTAVPKTLGLLRMLSVKFYSRQGQEQDGIFKMSLSPDGMLLAAIHFSGKLSIWAIPSLKQQGEWGQNEQPGYDDLNPDWRLSTEKRKKIKDKESFYPLIDVNWWADSAVTLARCSGALTVSSVKTLKNLLGKSCEWFEPSPQVTATHDGGFLSLECEIKLAPKRSRLETRAGEEDEGEEDSDSDYEISAKARYFGYIKQGLYLVTEMERFAPPRKRPRTITKNYRLVSLRSTTPEELYQRKIESEEYEEALSLAHTYGLDTDLVYQRQWRKSAVNVASIQNYLSKIKKRSWVLHECLERVPENVDAAKELLQYGLKGTDLEALLAIGKGADDGRFTLPGEIDIDSISYEELSPPDEEPAKNKKEKELKKRQELLKLVNFSKLTLEQKELCRCRRKLLTYLDRLATYEEILGVPHASEQRYDAEFFKKFRNQNIVLSARTYAQESNVQALEILFTYHGSDLLPHRLAILSNFPETTSPHEYSVLLPEACFNGDSLMIIPWHEHKHRAKDWCEELACRMVVEPNLQDESEFLYAAQPELLRFRMTQLTVEKVMDWYQTRAEEIEHYARQVDCALSLIRLGMERNIPGLLVLCDNLVTLETLVYEARCDVTLTLKELQQMKDIEKLRLLMNSCSEDKYVTSAYQWMVPFLHRCEKQSPGVANELLKEYLVTLAKGDLKFPLKIFQHSKPDLQQKIIPDQDQLMAIALECIYTCERNDQLCLCYDLLECLPERGYGDKTEATTKLHDMVDQLEQILSVSELLEKHGLEKPISFVKNTQSSSEEARKLMVRLTRHTGRKQPPVSESHWRTLLQDMLTMQQNVYTCLDSDACYEIFTESLLCSSRLENIHLAGQMMHCSACSENPPAGIAHKGKPHYRVSYEKSIDLVLAASREYFNSSTNLTDSCMDLARCCLQLITDRPPAIQEELDLIQAVGCLEEFGVKILPLQVRLCPDRISLIKECISQSPTCYKQSTKLLGLAELLRVAGENPEERRGQVLILLVEQALRFHDYKAASMHCQELMATGYPKSWDVCSQLGQSEGYQDLATRQELMAFALTHCPPSSIELLLAASSSLQTEILYQRVNFQIHHEGGENISASPLTSKAVQEDEVGVPGSNSADLLRWTTATTMKVLSNTTTTTKAVLQAVSDGQWWKKSLTYLRPLQGQKCGGAYQIGTTANEDLEKQGCHPFYESVISNPFVAESEGTYDTYQHVPVESFAEVLLRTGKLAEAKNKGEVFPTTEVLLQLASEALPNDMTLALAYLLALPQVLDANRCFEKQSPSALSLQLAAYYYSLQIYARLAPCFRDKCHPLYRADPKELIKMVTRHVTRHEHEAWPEDLISLTKQLHCYNERLLDFTQAQILQGLRKGVDVQRFTADDQYKRETILGLAETLEESVYSIAISLAQRYSVSRWEVFMTHLEFLFTDSGLSTLEIENRAQDLHLFETLKTDPEAFHQHMVKYIYPTIGGFDHERLQYYFTLLENCGCADLGNCAIKPETHIRLLKKFKVVASGLNYKKLTDENMSPLEALEPVLSSQNILSISKLVPKIPEKDGQMLSPSSLYTIWLQKLFWTGDPHLIKQVPGSSPEWLHAYDVCMKYFDRLHPGDLITVVDAVTFSPKAVTKLSVEARKEMTRKAIKTVKHFIEKPRKRNSEDEAQEAKDSKVTYADTLNHLEKSLAHLETLSHSFILSLKNSEQETLQKYSHLYDLSRSEKEKLHDEAVAICLDGQPLAMIQQLLEVAVGPLDISPKDIVQSAIMKIISALSGGSADLGGPRDPLKVLEGVVAAVHASVDKGEELVSPEDLLEWLRPFCADDAWPVRPRIHVLQILGQSFHLTEEDSKLLVFFRTEAILKASWPQRQVDIADIENEENRYCLFMELLESSHHEAEFQHLVLLLQAWPPMKSEYVITNNPWVRLATVMLTRCTMENKEGLGNEVLKMCRSLYNTKQMLPAEGVKELCLLLLNQSLLLPSLKLLLESRDEHLHEMALEQITAVTTVNDSNCDQELLSLLLDAKLLVKCVSTPFYPRIVDHLLASLQQGRWDAEELGRHLREAGHEAEAGSLLLAVRGTHQAFRTFSTALRAAQHWV*