ENST00000261637.5 UTP20

Information
Transcript ID
ENST00000261637.5
Genome
hg19
Position
chr12:101,673,883-101,780,396
Strand
+
CDS length
8,358
Amino acid length
2,786
Gene symbol
UTP20
Gene type
protein-coding
Gene description
UTP20 small subunit processome component
Gene Entrez Gene ID
27340
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
1 101,673,883 101,674,105
2 101,674,894 101,674,974
3 101,679,348 101,679,414
4 101,679,527 101,679,659
5 101,680,099 101,680,287
6 101,682,738 101,682,819
7 101,683,915 101,684,052
8 101,684,511 101,684,666
9 101,685,520 101,685,666
10 101,685,748 101,685,882
11 101,686,946 101,687,023
12 101,689,258 101,689,436
13 101,693,460 101,693,615
14 101,693,751 101,693,839
15 101,696,226 101,696,331
16 101,699,693 101,699,843
17 101,700,477 101,700,539
18 101,701,963 101,702,121
19 101,703,541 101,703,617
20 101,705,497 101,705,576
21 101,705,814 101,706,054
22 101,711,256 101,711,441
23 101,713,323 101,713,413
24 101,714,630 101,714,715
25 101,715,282 101,715,407
26 101,720,859 101,721,025
27 101,723,019 101,723,227
28 101,727,079 101,727,222
29 101,728,203 101,728,282
30 101,731,829 101,732,055
31 101,732,591 101,732,735
32 101,734,301 101,734,388
33 101,736,224 101,736,367
34 101,736,565 101,736,615
35 101,736,719 101,736,871
36 101,738,373 101,738,528
37 101,739,332 101,739,472
38 101,740,229 101,740,366
39 101,745,833 101,745,972
40 101,746,825 101,746,907
41 101,748,610 101,748,896
42 101,750,332 101,750,471
43 101,750,704 101,750,860
44 101,755,740 101,755,838
45 101,757,354 101,757,521
46 101,759,237 101,759,403
47 101,760,336 101,760,477
48 101,761,638 101,761,754
49 101,763,499 101,763,669
50 101,764,210 101,764,341
51 101,764,836 101,764,946
52 101,766,662 101,766,741
53 101,767,179 101,767,248
54 101,767,363 101,767,545
55 101,768,586 101,768,717
56 101,769,402 101,769,534
57 101,773,149 101,773,336
58 101,774,918 101,774,989
59 101,776,819 101,777,091
60 101,777,321 101,777,447
61 101,779,361 101,779,506
62 101,779,746 101,780,396
CDS
Exon number Type Start Stop
1 CDS 101,674,061 101,674,105
2 CDS 101,674,894 101,674,974
3 CDS 101,679,348 101,679,414
4 CDS 101,679,527 101,679,659
5 CDS 101,680,099 101,680,287
6 CDS 101,682,738 101,682,819
7 CDS 101,683,915 101,684,052
8 CDS 101,684,511 101,684,666
9 CDS 101,685,520 101,685,666
10 CDS 101,685,748 101,685,882
11 CDS 101,686,946 101,687,023
12 CDS 101,689,258 101,689,436
13 CDS 101,693,460 101,693,615
14 CDS 101,693,751 101,693,839
15 CDS 101,696,226 101,696,331
16 CDS 101,699,693 101,699,843
17 CDS 101,700,477 101,700,539
18 CDS 101,701,963 101,702,121
19 CDS 101,703,541 101,703,617
20 CDS 101,705,497 101,705,576
21 CDS 101,705,814 101,706,054
22 CDS 101,711,256 101,711,441
23 CDS 101,713,323 101,713,413
24 CDS 101,714,630 101,714,715
25 CDS 101,715,282 101,715,407
26 CDS 101,720,859 101,721,025
27 CDS 101,723,019 101,723,227
28 CDS 101,727,079 101,727,222
29 CDS 101,728,203 101,728,282
30 CDS 101,731,829 101,732,055
31 CDS 101,732,591 101,732,735
32 CDS 101,734,301 101,734,388
33 CDS 101,736,224 101,736,367
34 CDS 101,736,565 101,736,615
35 CDS 101,736,719 101,736,871
36 CDS 101,738,373 101,738,528
37 CDS 101,739,332 101,739,472
38 CDS 101,740,229 101,740,366
39 CDS 101,745,833 101,745,972
40 CDS 101,746,825 101,746,907
41 CDS 101,748,610 101,748,896
42 CDS 101,750,332 101,750,471
43 CDS 101,750,704 101,750,860
44 CDS 101,755,740 101,755,838
45 CDS 101,757,354 101,757,521
46 CDS 101,759,237 101,759,403
47 CDS 101,760,336 101,760,477
48 CDS 101,761,638 101,761,754
49 CDS 101,763,499 101,763,669
50 CDS 101,764,210 101,764,341
51 CDS 101,764,836 101,764,946
52 CDS 101,766,662 101,766,741
53 CDS 101,767,179 101,767,248
54 CDS 101,767,363 101,767,545
55 CDS 101,768,586 101,768,717
56 CDS 101,769,402 101,769,534
57 CDS 101,773,149 101,773,336
58 CDS 101,774,918 101,774,989
59 CDS 101,776,819 101,777,091
60 CDS 101,777,321 101,777,447
61 CDS 101,779,361 101,779,506
62 CDS 101,779,746 101,779,901
Other genome
Genome Chromosome Start End Links
hg38 chr12 101,280,105 101,386,618 Link
CDS sequence
ATGAAGACAAAGCCCGTTTCCCACAAGACCGAGAACACCTACCGGTTTCTTACATTTGCTGAACGACTGGGGAATGTTAATATTGATATTATTCACCGGATTGATAGAACTGCAAGCTATGAGGAGGAGGTTGAAACCTACTTTTTTGAGGGTCTGCTGAAATGGAGAGAATTAAACCTCACAGAACACTTCGGAAAATTTTACAAAGAAGTTATTGACAAATGCCAATCATTCAATCAGTTGGTGTATCACCAAAACGAGATAGTTCAGAGTTTGAAGACTCACCTGCAAGTTAAGAACAGTTTTGCCTATCAACCCCTTTTGGATTTGGTTGTACAGTTGGCACGAGATCTGCAGATGGATTTCTACCCACACTTTCCAGAGTTTTTTTTGACTATCACCTCGATCCTGGAGACTCAGGACACAGAGTTGTTAGAATGGGCTTTCACCTCGTTATCATATCTTTATAAGTACCTGTGGAGACTGATGGTGAAGGACATGTCCAGTATATACAGCATGTACAGCACACTCCTGGCTCATAAAAAACTACATATAAGAAATTTTGCTGCTGAAAGTTTTACTTTTTTGATGAGAAAGGTCTCTGATAAAAACGCACTTTTCAATTTAATGTTTCTTGATCTTGATAAACATCCAGAAAAAGTTGAAGGTGTTGGACAGTTGCTCTTTGAAATGTGCAAAGGAGTTAGAAATATGTTTCACTCCTGTACAGGCCAGGCAGTGAAGCTAATTTTGCGAAAGCTAGGACCAGTCACTGAAACAGAAACTCAACTACCATGGATGTTAATTGGAGAAACACTCAAAAACATGGTCAAATCCACTGTATCCTACATCTCCAAGGAACATTTTGGTACATTTTTTGAATGTTTGCAAGAATCGCTCTTGGATCTACACACAAAAGTAACAAAAACTAACTGTTGTGAAAGTTCTGAACAGATTAAAAGGTTGTTGGAAACATACCTTATACTTGTAAAACATGGAAGTGGGACAAAGATACCCACGCCTGCTGATGTCTGTAAGGTGTTATCTCAAACACTGCAAGTAGCCAGTCTCTCCACATCTTGCTGGGAGACCCTCTTGGATGTAATTTCTGCTTTGATCCTGGGTGAAAATGTTTCCTTGCCGGAGACCCTCATCAAAGAAACCATAGAAAAAATATTTGAGAGCAGATTTGAAAAACGTTTAATTTTCAGTTTTTCTGAAGTCATGTTTGCCATGAAGCAGTTTGAGCAGCTTTTTCTACCAAGCTTTCTGTCATATATTGTGAATTGCTTCTTAATTGATGATGCTGTAGTCAAAGATGAAGCTCTGGCCATTCTGGCCAAGCTCATTCTGAACAAAGCAGCACCTCCCACTGCTGGCTCGATGGCAATTGAAAAGTACCCTCTGGTTTTCTCACCGCAGATGGTGGGATTCTATATAAAGCAGAAGAAGACTAGATCCAAGGGAAGAAACGAACAGTTTCCAGTATTGGACCATCTTTTATCTATAATTAAGTTACCCCCAAATAAAGATACTACTTACCTTTCACAATCTTGGGCAGCCCTCGTGGTGTTACCTCATATTAGACCTCTTGAGAAAGAGAAGGTGATACCACTCGTCACCGGCTTCATAGAGGCACTCTTCATGACTGTTGACAAAGGAAGCTTTGGGAAAGGAAACTTATTTGTTCTTTGTCAAGCTGTAAATACTCTACTAAGTTTGGAAGAATCTTCTGAACTTCTTCATTTGGTTCCTGTGGAACGTGTGAAGAATTTAGTATTAACCTTTCCCCTGGAGCCATCTGTGTTGCTGTTGACTGATCTCTATTATCAGAGATTAGCCTTGTGTGGCTGCAAAGGGCCACTTTCCCAGGAGGCTTTAATGGAATTATTTCCCAAGTTACAAGCAAACATTTCAACTGGTGTATCCAAGATTCGGCTTTTGACAATAAGGATCCTAAACCATTTTGATGTCCAGCTTCCAGAATCAATGGAGGATGATGGGCTCTCAGAGCGGCAGTCTGTCTTTGCTATATTACGCCAGGCAGAACTTGTTCCAGCAACTGTGAATGATTATAGAGAGAAGCTTCTTCATTTGAGAAAACTAAGACATGATGTGGTACAGACTGCTGTCCCTGATGGGCCGTTACAGGAGGTGCCGCTTCGTTATTTGTTAGGCATGCTATATATTAATTTCAGTGCACTCTGGGATCCTGTTATTGAACTCATAAGTTCTCATGCACACGAAATGGAAAATAAGCAATTTTGGAAAGTCTACTATGAGCATCTAGAAAAAGCAGCTACGCATGCTGAGAAGGAACTACAGAATGATATGACAGATGAGAAGTCCGTTGGAGATGAAAGTTGGGAGCAGACCCAGGAAGGAGATGTTGGAGCTCTTTATCATGAGCAGTTAGCATTGAAAACTGACTGTCAGGAAAGACTTGACCACACCAACTTCAGATTCCTGCTCTGGAGAGCTCTGACCAAATTCCCAGAAAGAGTAGAGCCACGGTCCAGGGAGCTTTCCCCGCTTTTCTTGAGATTTATCAACAATGAGTATTACCCAGCAGATCTGCAAGTTGCTCCAACCCAGGATCTACGGAGAAAAGGCAAAGGGATGGTGGCAGAGGAAATCGAAGAGGAACCTGCCGCAGGAGATGATGAAGAGTTGGAGGAAGAGGCAGTGCCCCAAGATGAATCCTCACAGAAGAAAAAGACGAGGAGAGCTGCAGCAAAGCAATTAATTGCTCATTTGCAAGTTTTCTCTAAATTTTCAAATCCACGGGCCTTATATCTGGAATCCAAACTATATGAGTTATATCTTCAGTTGTTGCTACACCAAGATCAAATGGTGCAAAAAATAACCTTGGATTGCATAATGACATATAAACATCCTCATGTCCTCCCTTACAGGGAAAACTTACAAAGGTTGCTTGAAGACAGAAGCTTTAAGGAAGAGATAGTGCATTTTAGCATTTCAGAAGATAATGCTGTAGTGAAAACAGCCCACCGAGCAGATCTATTTCCTATTCTGATGAGAATTTTGTATGGGCGAATGAAGAATAAGACTGGGAGTAAAACTCAGGGGAAATCTGCTTCAGGCACCCGCATGGCCATTGTCCTGCGGTTCCTGGCCGGGACCCAACCTGAGGAGATCCAGATATTCTTAGACCTGCTGTTTGAACCTGTGAGGCATTTCAAGAATGGAGAGTGCCATTCTGCAGTCATTCAAGCAGTAGAAGACTTGGATTTGTCTAAAGTTCTTCCTTTAGGTCGTCAGCACGGTATCTTAAACAGCCTTGAGATAGTATTGAAAAACATTAGTCATCTGATCAGCGCATACCTGCCGAAGATTTTGCAGATACTGCTCTGTATGACAGCAACCGTATCACACATCCTTGACCAACGAGAAAAGATACAGCTGAGATTTATTAATCCATTGAAAAATTTAAGACGTCTTGGAATCAAAATGGTAACTGATATCTTTTTGGACTGGGAATCATATCAGTTTAGAACAGAAGAAATTGATGCTGTGTTTCATGGTGCAGTTTGGCCCCAGATCAGCAGGCTTGGATCTGAGAGTCAATATTCTCCTACTCCTCTGCTGAAACTGATCAGTATCTGGAGCAGAAACGCAAGATATTTCCCTTTGCTGGCTAAACAGAAGCCTGGGCACCCAGAATGTGATATCCTGACCAATGTTTTTGCAATTCTCTCAGCGAAGAATCTTTCTGATGCCACAGCCAGTATTGTAATGGACATAGTTGATGACCTTCTTAACCTTCCAGATTTCGAGCCTACAGAAACAGTTTTGAACTTGCTGGTAACTGGATGTGTATACCCTGGCATAGCAGAAAACATCGGTGAGTCTATCACAATAGGAGGAAGATTAATTCTACCTCATGTACCTGCAATTCTTCAGTATCTCAGCAAAACCACAATAAGCGCAGAAAAGGTGAAAAAGAAAAAGAATAGAGCACAAGTCAGTAAAGAGCTTGGCATTCTTTCAAAGATCAGCAAGTTTATGAAAGACAAAGAACAAAGTTCTGTACTCATTACGCTTCTCCTTCCATTCCTCCACCGTGGCAATATTGCTGAGGATACAGAGGTTGATATTCTGGTGACAGTACAAAACTTGTTAAAGCATTGTGTGGACCCTACAAGCTTCCTCAAGCCTATAGCAAAACTTTTCTCAGTTATTAAGAACAAATTGTCAAGAAAATTGCTTTGTACGGTTTTTGAGACTCTTTCTGATTTTGAGAGTGGGTTAAAATATATTACTGATGTTGTCAAGCTTAACGCCTTCGATCAAAGACATCTTGATGATATCAACTTCGACGTTCGCTTTGAGACTTTCCAGACCATCACCTCTTACATTAAAGAAATGCAAATTGTGGATGTTAACTACCTAATTCCAGTTATGCATAATTGTTTCTATAATCTAGAGTTAGGAGATATGAGTTTAAGTGATAATGCCAGCATGTGCCTGATGAGTATCATCAAAAAGCTAGCTGCCTTGAATGTCACAGAGAAAGACTATAGAGAAATCATCCACCGTTCACTCCTGGAGAAATTGAGAAAAGGTCTGAAGAGCCAGACAGAGAGTATTCAGCAGGATTATACCACAATACTTTCCTGTTTAATTCAAACCTTTCCAAACCAACTGGAATTCAAAGACTTGGTACAACTTACTCATTACCATGACCCAGAAATGGACTTCTTTGAGAACATGAAGCACATTCAGATCCACAGAAGAGCAAGAGCCTTGAAGAAACTTGCAAAACAACTAATGGAAGGCAAAGTTGTTCTGTCTTCTAAATCTCTTCAGAATTACATCATGCCTTATGCCATGACTCCAATTTTTGATGAGAAAATGCTCAAGCATGAAAATATAACCACTGCTGCCACAGAGATTATTGGAGCCATTTGCAAACATCTCTCTTGGTCAGCGTATATGTATTACTTGAAACATTTCATTCATGTCTTACAAACGGGACAGATCAATCAAAAACTGGGTGTCAGTTTGCTAGTAATAGTGTTAGAAGCATTCCACTTTGACCACAAAACTCTTGAAGAACAAATGGGAAAAATTGAGAATGAAGAAAACGCAATTGAAGCAATTGAGTTACCAGAGCCTGAGGCCATGGAATTAGAGCGTGTGGATGAGGAAGAGAAGGAATATACATGCAAGAGTTTGTCAGACAACGGACAACCGGGAACCCCTGATCCAGCTGACTCTGGAGGAACATCAGCTAAAGAATCCGAGTGTATCACAAAGCCTGTCTCTTTCCTTCCTCAAAACAAGGAAGAAATAGAGAGAACAATTAAAAATATCCAAGGAACCATAACCGGGGATATTCTCCCCAGGCTACATAAATGCCTTGCATCTACGACTAAAAGGGAAGAAGAACACAAGCTTGTCAAGTCAAAGGTTGTGAATGATGAGGAAGTCGTTCGAGTTCCATTAGCTTTTGCCATGGTTAAACTAATGCAGTCCCTTCCACAAGAAGTTATGGAAGCTAATCTGCCAAGTATTTTGCTGAAAGTGTGTGCCCTACTCAAGAACAGAGCCCAAGAAATCAGAGACATTGCACGCAGCACTCTTGCGAAAATAATAGAGGATCTTGGTGTGCACTTCCTCCTATATGTTTTAAAAGAATTACAGACTACTCTTGTCCGTGGATACCAGGTCCATGTGCTGACTTTCACCGTTCACATGCTGCTGCAAGGCCTCACCAATAAGCTGCAGGTCGGAGATTTGGACTCTTGTTTAGATATAATGATTGAGATTTTTAACCATGAGTTGTTTGGTGCTGTTGCTGAAGAGAAGGAAGTAAAGCAGATCCTCTCCAAAGTCATGGAAGCACGAAGAAGCAAAAGTTACGACTCTTATGAAATCCTCGGCAAGTTTGTAGGAAAAGATCAGGTTACAAAACTCATCCTTCCATTAAAAGAGATCTTACAAAATACCACGAGTTTGAAACTGGCCCGGAAAGTTCATGAAACTTTACGCCGAATCACAGTGGGATTAATTGTAAATCAGGAAATGACAGCTGAATCCATTCTATTACTCAGTTATGGTTTGATCAGTGAAAATCTTCCCCTGTTAACAGAGAAAGAAAAAAATCCAGTAGCCCCAGCACCAGATCCACGTCTACCACCCCAGAGCTGCCTTCTGCTTCCCCCAACTCCAGTTCGAGGTGGACAGAAAGCTGTTGTGAGCAGGAAAACCAACATGCACATATTTATTGAGTCCGGGCTTCGGCTGCTGCATCTGAGTCTGAAGACTTCCAAGATCAAGTCTTCAGGTGAATGTGTCCTGGAAATGCTGGATCCTTTTGTGTCTCTCCTCATAGACTGCCTGGGCTCCATGGATGTGAAGGTGATCACAGGTGCTTTACAGTGCCTCATCTGGGTCTTGAGGTTCCCGCTACCTTCCATAGAAACAAAAGCAGAGCAGCTGACAAAACACCTCTTCCTTCTGCTGAAGGACTATGCAAAGCTCGGGGCCGCCAGGGGCCAGAACTTCCACCTTGTGGTCAATTGTTTCAAGTGTGTGACCATACTTGTCAAGAAAGTCAAGTCTTACCAGATAACTGAAAAACAGCTCCAAGTTCTACTGGCCTATGCTGAGGAGGACATTTATGATACTTCAAGACAAGCCACTGCCTTTGGTCTTCTGAAGGCAATTTTATCAAGAAAGCTGTTGGTCCCAGAAATCGATGAGGTCATGCGGAAAGTATCCAAGTTGGCAGTCTCTGCACAAAGCGAACCTGCCAGGGTCCAGTGTAGACAGGTTTTTCTGAAATATATTCTTGACTATCCCCTGGGTGACAAATTGAGACCAAACTTGGAATTCATGCTCGCTCAACTGAATTACGAACATGAGACCGGGAGAGAGTCCACCTTGGAAATGATCGCCTATCTCTTTGACACGTTCCCTCAGGGGCTGCTCCATGAGAACTGCGGAATGTTCTTTATCCCTCTTTGTCTAATGACGATCAATGATGACTCTGCCACGTGCAAAAAGATGGCATCCATGACAATCAAGTCCCTACTTGGTAAAATCAGCCTCGAGAAAAAAGATTGGCTGTTTGATATGGTTACCACTTGGTTTGGAGCAAAAAAGCGCTTAAATAGACAACTTGCTGCCCTGATCTGTGGCTTGTTTGTGGAAAGTGAAGGAGTTGATTTTGAGAAAAGACTTGGAACTGTCCTTCCTGTGATTGAAAAGGAAATTGATCCTGAAAACTTTAAAGATATCATGGAAGAAACTGAAGAAAAAGCTGCAGATCGCCTTCTGTTTAGTTTTCTTACACTGATAACTAAACTTATCAAGGAATGTAATATTATTCAGTTTACCAAACCCGCTGAGACTTTGAGTAAAATCTGGAGTCATGTGCATTCTCACCTGAGACATCCACACAACTGGGTGTGGCTCACAGCAGCCCAGATTTTTGGATTACTCTTTGCCTCTTGCCAGCCAGAGGAGCTTATTCAAAAATGGAATACCAAAAAGACCAAAAAACACCTCCCAGAACCTGTAGCAATCAAGTTCCTAGCCAGTGACCTTGACCAAAAGATGAAAAGTATCTCTCTCGCCTCTTGCCATCAATTGCATTCCAAATTCTTGGATCAGTCTCTAGGAGAACAGGTTGTTAAGAATTTGTTGTTCGCAGCCAAAGTCTTGTATTTACTGGAACTTTATTGTGAGGATAAGCAAAGTAAGATAAAAGAAGACCTGGAAGAACAAGAAGCTTTAGAAGATGGTGTGGCCTGTGCAGATGAGAAGGCGGAGTCTGACGGAGAAGAGAAGGAAGAGGTGAAGGAAGAGCTCGGCAGGCCGGCCACGCTGCTGTGGTTGATCCAGAAGCTGTCCCGGATTGCAAAACTGGAAGCTGCTTATTCGCCGAGAAACCCCTTAAAGAGAACATGCATCTTTAAGTTCCTCGGCGCCGTAGCAATGGATCTTGGGATAGACAAGGTAAAGCCGTATCTCCCAATGATCATAGCTCCTTTGTTTCGGGAACTCAACAGCACCTATTCAGAGCAAGATCCTTTGCTGAAGAATCTATCCCAGGAAATCATAGAATTACTCAAAAAGCTGGTTGGGCTTGAGAGCTTCTCATTAGCCTTTGCCTCTGTACAGAAACAGGCTAATGAGAAAAGGGCACTCCGGAAAAAGAGGAAGGCCCTGGAGTTTGTAACTAATCCTGATATTGCTGCCAAGAAAAAAATGAAGAAACACAAAAATAAAAGTGAAGCAAAGAAGAGAAAGATAGAGTTCCTGCGTCCAGGATATAAGGCCAAGAGACAAAAAAGCCATAGCCTGAAAGATTTAGCAATGGTGGAGTAA
Amino sequence
MKTKPVSHKTENTYRFLTFAERLGNVNIDIIHRIDRTASYEEEVETYFFEGLLKWRELNLTEHFGKFYKEVIDKCQSFNQLVYHQNEIVQSLKTHLQVKNSFAYQPLLDLVVQLARDLQMDFYPHFPEFFLTITSILETQDTELLEWAFTSLSYLYKYLWRLMVKDMSSIYSMYSTLLAHKKLHIRNFAAESFTFLMRKVSDKNALFNLMFLDLDKHPEKVEGVGQLLFEMCKGVRNMFHSCTGQAVKLILRKLGPVTETETQLPWMLIGETLKNMVKSTVSYISKEHFGTFFECLQESLLDLHTKVTKTNCCESSEQIKRLLETYLILVKHGSGTKIPTPADVCKVLSQTLQVASLSTSCWETLLDVISALILGENVSLPETLIKETIEKIFESRFEKRLIFSFSEVMFAMKQFEQLFLPSFLSYIVNCFLIDDAVVKDEALAILAKLILNKAAPPTAGSMAIEKYPLVFSPQMVGFYIKQKKTRSKGRNEQFPVLDHLLSIIKLPPNKDTTYLSQSWAALVVLPHIRPLEKEKVIPLVTGFIEALFMTVDKGSFGKGNLFVLCQAVNTLLSLEESSELLHLVPVERVKNLVLTFPLEPSVLLLTDLYYQRLALCGCKGPLSQEALMELFPKLQANISTGVSKIRLLTIRILNHFDVQLPESMEDDGLSERQSVFAILRQAELVPATVNDYREKLLHLRKLRHDVVQTAVPDGPLQEVPLRYLLGMLYINFSALWDPVIELISSHAHEMENKQFWKVYYEHLEKAATHAEKELQNDMTDEKSVGDESWEQTQEGDVGALYHEQLALKTDCQERLDHTNFRFLLWRALTKFPERVEPRSRELSPLFLRFINNEYYPADLQVAPTQDLRRKGKGMVAEEIEEEPAAGDDEELEEEAVPQDESSQKKKTRRAAAKQLIAHLQVFSKFSNPRALYLESKLYELYLQLLLHQDQMVQKITLDCIMTYKHPHVLPYRENLQRLLEDRSFKEEIVHFSISEDNAVVKTAHRADLFPILMRILYGRMKNKTGSKTQGKSASGTRMAIVLRFLAGTQPEEIQIFLDLLFEPVRHFKNGECHSAVIQAVEDLDLSKVLPLGRQHGILNSLEIVLKNISHLISAYLPKILQILLCMTATVSHILDQREKIQLRFINPLKNLRRLGIKMVTDIFLDWESYQFRTEEIDAVFHGAVWPQISRLGSESQYSPTPLLKLISIWSRNARYFPLLAKQKPGHPECDILTNVFAILSAKNLSDATASIVMDIVDDLLNLPDFEPTETVLNLLVTGCVYPGIAENIGESITIGGRLILPHVPAILQYLSKTTISAEKVKKKKNRAQVSKELGILSKISKFMKDKEQSSVLITLLLPFLHRGNIAEDTEVDILVTVQNLLKHCVDPTSFLKPIAKLFSVIKNKLSRKLLCTVFETLSDFESGLKYITDVVKLNAFDQRHLDDINFDVRFETFQTITSYIKEMQIVDVNYLIPVMHNCFYNLELGDMSLSDNASMCLMSIIKKLAALNVTEKDYREIIHRSLLEKLRKGLKSQTESIQQDYTTILSCLIQTFPNQLEFKDLVQLTHYHDPEMDFFENMKHIQIHRRARALKKLAKQLMEGKVVLSSKSLQNYIMPYAMTPIFDEKMLKHENITTAATEIIGAICKHLSWSAYMYYLKHFIHVLQTGQINQKLGVSLLVIVLEAFHFDHKTLEEQMGKIENEENAIEAIELPEPEAMELERVDEEEKEYTCKSLSDNGQPGTPDPADSGGTSAKESECITKPVSFLPQNKEEIERTIKNIQGTITGDILPRLHKCLASTTKREEEHKLVKSKVVNDEEVVRVPLAFAMVKLMQSLPQEVMEANLPSILLKVCALLKNRAQEIRDIARSTLAKIIEDLGVHFLLYVLKELQTTLVRGYQVHVLTFTVHMLLQGLTNKLQVGDLDSCLDIMIEIFNHELFGAVAEEKEVKQILSKVMEARRSKSYDSYEILGKFVGKDQVTKLILPLKEILQNTTSLKLARKVHETLRRITVGLIVNQEMTAESILLLSYGLISENLPLLTEKEKNPVAPAPDPRLPPQSCLLLPPTPVRGGQKAVVSRKTNMHIFIESGLRLLHLSLKTSKIKSSGECVLEMLDPFVSLLIDCLGSMDVKVITGALQCLIWVLRFPLPSIETKAEQLTKHLFLLLKDYAKLGAARGQNFHLVVNCFKCVTILVKKVKSYQITEKQLQVLLAYAEEDIYDTSRQATAFGLLKAILSRKLLVPEIDEVMRKVSKLAVSAQSEPARVQCRQVFLKYILDYPLGDKLRPNLEFMLAQLNYEHETGRESTLEMIAYLFDTFPQGLLHENCGMFFIPLCLMTINDDSATCKKMASMTIKSLLGKISLEKKDWLFDMVTTWFGAKKRLNRQLAALICGLFVESEGVDFEKRLGTVLPVIEKEIDPENFKDIMEETEEKAADRLLFSFLTLITKLIKECNIIQFTKPAETLSKIWSHVHSHLRHPHNWVWLTAAQIFGLLFASCQPEELIQKWNTKKTKKHLPEPVAIKFLASDLDQKMKSISLASCHQLHSKFLDQSLGEQVVKNLLFAAKVLYLLELYCEDKQSKIKEDLEEQEALEDGVACADEKAESDGEEKEEVKEELGRPATLLWLIQKLSRIAKLEAAYSPRNPLKRTCIFKFLGAVAMDLGIDKVKPYLPMIIAPLFRELNSTYSEQDPLLKNLSQEIIELLKKLVGLESFSLAFASVQKQANEKRALRKKRKALEFVTNPDIAAKKKMKKHKNKSEAKKRKIEFLRPGYKAKRQKSHSLKDLAMVE*