- Transcript 'KH2012:KH.C9.494.v6....'
Transcript Model
Transcript Id
KH2012:KH.C9.494.v6.B.SL9-1
Possible name(s)
MYLK; MYLK2; MYLK3
Gene model
Location
KhC9 [91,635 / 134,226]
Amino acid sequence
Length: 2,107
>KH.C9.494.v6.B.SL9-1
RSRGINLSRIKPKGSSKLQTLGRISIQSPSTGESVLKVQGLKPTDGGTYRCVANNVAGKA
SCLVELVLAAKESTAMSTDRRPYFSQVLTHRDVTHGDRVRFECKVEGRPKPTVVWNKDGK
VVTASSRVRVMEIYGSHSLVISRTEHTDNGVYSITASNHVGSETCSAQLHVQDMSASRGS
STSQLSAYGRSSSTRSSPSTSNLSSPSLSPKLARAATSRLVSGGNSPWSTGLKSSGSSGG
APPRRRGPGFILRPRPQTIAIGERLCLKCTLLGHPKPTVTWEKDGELVDEDRTDGRIRTT
NDGNDYFLQIDECGAGDAGKYGVTARNSLGKQTAAVDVVVSGSGGHPTNNNNVTKSTPRL
NKNNNDNNNVSRHDEPAGGARVTNVRTNRAMELILPSHKREEDLKESPTSSISSTISSHS
RISTSSSRSNASGHHGDDTEVNRPIKSSWRRSNFVAPTFTRRLSSTQVLEGEELLLQCDV
AGEPEPDLLWLRNGREVGIDEDEVFTSYRNGTARLRLRDVQVNHAGEYICKARNEAGAIQ
CSSRVTVKVHIRPRFTKSPGDARVTEGDTLILEAGVEGSPLPEILWSLDGEEVSHGETSF
ENNVAKLIIRKIDTSHSGQYMCNALNTAGEDSVACRVRVKQKKRDIPPEFTAPLSDVKSK
EGDDVCLRCMVTGIPEPTVQWMYNDEVLEAEEGLEIIFHEGVAALTLEQATNEDTGVYTC
VAVNGEGRATTTCQVAVTAKRVAPTFEKELPESIVVNEGEEACFECQVRGHPQPRVTWSR
DGRSLSVLSTETSYEDGKASVRIRKAGTREGGRYTCTARNLSGEAESVCIVTVATKMEEP
KTSAPKFTKEMKDVELVDGQDLHLTCHVSGLPTPDVHWEVDGQRLEAEDGDVSYKDGVAK
LVLEDVMKEDTGRYECIAKNEVGNAKSGCNVTVKAPPSSGHTAPSFTKNLEDRLIQDGST
DVLLSCVVTGNPPPTAKWFFEDEELEDSDDFKMIIDGNVRSLVIGEVFPEDSGVYMCVAG
NTAGEARSKCKITVEEIEGETPTFLMKPKQVNVNAGERALFSCRVDGDPPPSVEWLFCNQ
PIQESDRALITKADPNNNYTHSLEIPQVSPQDAGRYAVCCRNLLGDVTCTVSLIVSDAKK
QETRKDFRDVLRKSPAVKTNQAGKPLTDEQVMRHWIFIFDDAGAVYKEALSVSVKTKALT
EEERKRRKAEQLDFRGNLVRKVEPKVTSLDVLRTKSPEQQDFREEALKTKVRTKALGQDD
LKHMTPEQKDFRAEAIKSKVVTKAYKEELIKTKRAEQVDFRDVLSPTKKAEMERKEAESL
SISELPRGKWRKESGDHNMVATKRTRHKGAAAIVPVRKVQENGRESEEEEEKSENVESKP
EFTRFMDDYEATDGQPFTLECTVVGEPRPEITWYLDEEEVKAEADITITYEGDICRFSIA
ESFPDDQGKYSCTARNKYGESTCSAFVTVVGDSDTEEEHDDVVSESETVCDESDLSSVAS
SSDDQEQTTSPKPAYVMKKKSPSVNVPASIKDGPQDMTILRGNPISLCCSLVGTSPLKVV
WRKGRNEIKHSHQCSIETTGTLSALTISKSERGDSGCYTLQVSNTDGVDQFSVSVSVVDV
PDPPGKPFPENASSNEMIVSWYGSGFDGGSPITSYLLEMSKVNESGSSRKTWAEVSTTNS
TSFTVKGLETNASYLYRVSASNKYGTSRPGPVSDVLRNVSPTQENGAESSGDEEDFVEYG
PVTIKKEKFSGKYEVKEKLGQGRFGKVHRVVDRAMNREYAAKIMRALKARDREAVNMEID
IMNQLRHPRLVQLIDAYTHGREMIMVMDLVAGGELFERVIDEDFELTEAACIKYMRQICD
GVEFMKRSQIVHLDLKPENIMCINKTGTQIKIIDFGLARKFNPNEVTRVMFGTPEFVAPE
VINYDAIGFETDMWSVGVICYILLSGLSPFCGDADSETLSNITAVQWDFDDESFDQISED
AKDFISKLLVKELKQRFDVNQALQHRWLKRDTNKMSKSKLNKKNLRRFLARRKWQKTGNA
VRALGRLASLARLAPSSSSHSGQQRESGFLSSLKAQLIRENESQQIYIHTHHLTFAGTQE
TLLPPNL
Nucleotide sequence
Length: 7,571
>KH2012:KH.C9.494.v6.B.SL9-1
AACAACGAATTGTGACGTCAGCGAAAATTTGGAAAAACGTCACAGTATAGCTTCAACTGC
ATCACTAACTACGTCATTAGCTACGTCATTAGCCACATCACTGGATACGTCATTGGATAC
GTCACTTACTGCGTCATCACCTTCATTGATAAACATCGTTACAACACGGGGGTTCTGTTT
CGTAGACACCATGCCCGCTTTTCTTCAATTATCTTTGGCTTTTTTGAAATTAATCCAATT
GTGACCTCGGAGTTTGGTTTATGGGTGGACGGTTTCAAACAGATAGCTTGGATCAGCAAA
TATTTTGCCGTGATGGTATTTTTGGGAAATAAAAATGTACCAAACTTAATACGGTACAGA
TTTATATTTTAACTTTCAACCGGGGCCCACAAATTAAATATAGTTTAAGTCAGTTTAGAA
GTTAAACCAAGTTTAGCGCAGCCGTGGTATCAACTTAAGTCGGATTAAACCCAAGGGATC
TTCCAAACTCCAGACCTTGGGTCGCATTTCCATTCAATCTCCTTCTACTGGTGAATCAGT
GCTGAAGGTACAGGGTTTAAAACCCACCGACGGTGGTACTTACAGGTGTGTGGCGAACAA
CGTTGCCGGGAAAGCAAGTTGTCTTGTGGAACTTGTGTTGGCAGCAAAGGAATCAACCGC
CATGTCAACCGATCGACGACCTTACTTCTCACAAGTTCTCACGCATCGTGACGTCACACA
TGGAGATCGAGTGAGATTCGAATGTAAAGTTGAAGGAAGGCCCAAGCCAACTGTGGTGTG
GAACAAGGACGGCAAAGTAGTCACCGCATCGAGTAGGGTGCGTGTTATGGAAATATATGG
TTCACATAGTCTCGTAATATCAAGAACTGAACACACCGATAACGGAGTCTACTCAATTAC
TGCTTCCAACCACGTGGGATCAGAGACTTGTTCCGCACAACTACACGTTCAAGATATGTC
GGCTTCACGCGGATCATCCACCAGCCAGTTATCAGCCTACGGTCGCAGTAGTTCAACACG
TAGCAGTCCTTCTACTTCGAATCTTAGTTCGCCCTCACTTTCACCCAAACTTGCGAGGGC
CGCCACCTCCCGTCTCGTATCTGGGGGCAACTCACCCTGGTCGACTGGGCTCAAGTCTTC
AGGGAGCTCAGGGGGAGCCCCACCGAGGCGGAGGGGTCCAGGGTTTATTCTTAGACCAAG
ACCCCAAACTATAGCAATCGGAGAAAGATTGTGTTTGAAATGTACGTTACTTGGCCACCC
AAAGCCTACCGTTACTTGGGAGAAAGATGGAGAACTTGTTGATGAAGATCGAACGGACGG
TCGTATTCGAACAACCAATGACGGAAACGATTATTTTCTTCAAATTGATGAATGTGGGGC
AGGTGACGCAGGGAAATATGGGGTCACTGCAAGGAACTCACTGGGAAAGCAAACTGCTGC
TGTTGACGTCGTTGTGTCAGGTAGCGGAGGACATCCCACCAACAACAATAACGTCACGAA
ATCCACTCCTCGTTTAAACAAGAACAACAATGACAATAACAATGTCTCCCGTCACGACGA
ACCAGCAGGGGGAGCTAGAGTGACCAACGTCCGAACAAACCGAGCGATGGAATTGATTTT
GCCAAGTCATAAGAGAGAAGAGGATTTAAAAGAATCGCCGACATCATCAATTTCCTCGAC
AATTTCGTCACATTCCAGAATTTCGACATCATCGTCGCGCTCCAATGCTTCTGGTCACCA
TGGAGACGACACTGAGGTAAACCGACCAATTAAATCAAGTTGGCGACGTTCAAACTTTGT
TGCACCAACTTTCACACGACGATTGTCAAGCACACAAGTATTGGAAGGTGAGGAGTTGTT
GCTCCAGTGCGATGTCGCCGGTGAGCCCGAGCCTGACCTCTTGTGGTTGCGCAACGGACG
TGAGGTTGGCATCGACGAGGACGAAGTATTTACATCGTATCGCAACGGCACGGCAAGGTT
ACGACTTCGTGATGTGCAAGTCAACCATGCGGGGGAATATATTTGTAAAGCAAGGAACGA
AGCTGGGGCGATTCAATGCAGTAGTAGAGTCACAGTTAAAGTTCACATTCGTCCCCGTTT
CACCAAGTCACCGGGTGACGCTAGAGTGACCGAGGGTGACACGCTCATCCTCGAAGCGGG
GGTCGAGGGAAGTCCCCTCCCCGAGATACTTTGGTCACTAGATGGCGAGGAAGTGTCGCA
CGGGGAAACTTCGTTTGAGAATAATGTTGCAAAGTTGATAATCCGCAAGATCGACACCAG
CCACAGCGGTCAATACATGTGTAATGCCTTAAACACAGCAGGGGAGGATTCAGTTGCATG
TAGAGTTCGTGTTAAACAGAAAAAGCGGGACATCCCACCAGAGTTTACAGCGCCACTTAG
CGATGTGAAATCCAAGGAAGGCGATGACGTTTGTTTGCGTTGTATGGTGACTGGGATTCC
TGAACCTACAGTACAATGGATGTATAACGATGAGGTATTAGAGGCAGAAGAAGGCTTGGA
GATCATCTTCCATGAAGGGGTGGCAGCTCTTACATTGGAACAAGCCACCAATGAAGATAC
GGGTGTATACACTTGTGTTGCTGTCAATGGGGAGGGGAGGGCAACTACAACTTGCCAGGT
GGCCGTAACAGCTAAGCGAGTTGCTCCAACCTTCGAGAAGGAACTCCCGGAGTCGATTGT
TGTGAACGAGGGTGAGGAGGCTTGCTTCGAGTGTCAGGTTCGAGGTCACCCACAACCCAG
AGTTACCTGGAGCAGAGACGGTCGGTCACTTAGTGTGTTGAGCACGGAGACATCATATGA
AGATGGAAAAGCTTCGGTTCGAATTCGCAAAGCTGGAACACGCGAGGGCGGTAGATACAC
TTGCACGGCTCGCAACTTATCAGGGGAAGCAGAGTCCGTGTGTATCGTTACCGTGGCAAC
GAAGATGGAAGAACCGAAGACCTCAGCTCCAAAGTTTACGAAGGAAATGAAAGACGTTGA
GTTGGTTGATGGACAAGATTTACACCTTACATGCCACGTGAGCGGCCTCCCCACCCCCGA
TGTTCATTGGGAGGTAGATGGACAAAGGTTGGAAGCTGAAGATGGAGATGTTAGTTATAA
AGACGGGGTGGCTAAGTTGGTGTTGGAAGATGTGATGAAGGAAGACACAGGAAGATATGA
ATGTATTGCAAAGAATGAAGTGGGAAACGCTAAGTCCGGTTGTAATGTTACTGTTAAAGC
ACCCCCATCTAGTGGCCATACTGCACCAAGTTTCACGAAGAATCTTGAAGATCGTTTGAT
CCAAGATGGAAGCACCGATGTTCTGCTATCCTGTGTTGTGACTGGCAACCCCCCTCCCAC
AGCCAAGTGGTTTTTTGAAGATGAGGAATTAGAGGACAGCGATGACTTCAAGATGATCAT
TGATGGTAATGTGAGGTCTCTGGTTATTGGGGAGGTGTTTCCAGAGGATTCTGGTGTTTA
TATGTGTGTGGCTGGCAACACTGCTGGGGAAGCGAGGAGCAAGTGCAAGATTACTGTGGA
AGAGATTGAGGGCGAAACCCCAACATTTTTAATGAAACCAAAGCAAGTTAACGTGAACGC
TGGTGAACGAGCTCTATTCTCGTGTCGTGTGGACGGTGACCCTCCCCCCTCCGTGGAATG
GTTGTTTTGCAACCAACCGATCCAGGAATCCGATCGAGCCTTGATCACAAAAGCTGACCC
AAACAACAATTACACACACTCGCTAGAAATACCACAAGTCTCGCCACAAGATGCCGGTAG
ATACGCCGTGTGCTGCAGAAACCTCCTTGGTGACGTCACATGCACCGTATCTTTGATCGT
GAGCGACGCAAAGAAACAAGAAACCAGGAAAGATTTCCGTGACGTACTCAGGAAATCCCC
CGCAGTGAAAACTAACCAAGCGGGGAAACCCCTAACTGACGAACAGGTAATGCGTCATTG
GATATTTATATTCGATGACGCGGGAGCCGTCTACAAAGAAGCTCTTTCAGTTTCAGTGAA
AACAAAAGCCCTGACTGAGGAAGAACGCAAGAGAAGGAAAGCAGAACAACTCGATTTCCG
GGGAAACCTCGTGCGTAAAGTTGAACCCAAAGTGACAAGCCTTGACGTTCTACGAACGAA
ATCTCCCGAGCAACAAGACTTCAGAGAGGAAGCTTTGAAGACAAAAGTTCGAACCAAAGC
TCTTGGTCAAGATGACTTGAAACACATGACACCAGAACAAAAGGATTTCAGAGCAGAAGC
GATCAAATCGAAAGTTGTCACTAAAGCTTATAAAGAAGAACTTATAAAGACTAAACGCGC
GGAACAAGTTGATTTCCGTGACGTGTTGTCCCCAACCAAGAAAGCTGAGATGGAAAGAAA
GGAAGCTGAAAGTTTGTCGATCTCGGAGTTGCCTCGTGGTAAATGGAGGAAGGAAAGTGG
GGATCACAATATGGTGGCTACGAAGCGCACAAGACACAAAGGGGCCGCTGCTATTGTACC
GGTGAGGAAAGTACAAGAGAATGGAAGAGAAAGCGAGGAGGAAGAGGAGAAGAGTGAGAA
TGTTGAATCAAAACCAGAGTTTACTCGTTTCATGGATGATTATGAGGCAACCGACGGACA
GCCCTTCACGCTTGAATGCACTGTGGTCGGTGAACCGAGACCAGAGATCACGTGGTATTT
GGATGAAGAAGAAGTGAAAGCTGAAGCTGACATCACTATTACGTATGAAGGCGACATCTG
CCGGTTTTCAATCGCTGAGAGTTTCCCCGACGACCAGGGCAAATATTCATGCACTGCCCG
CAACAAATACGGCGAGTCCACATGTTCCGCGTTCGTTACCGTGGTCGGCGATTCTGACAC
AGAGGAAGAACATGATGACGTAGTTAGCGAAAGTGAGACGGTCTGTGACGAATCTGACCT
TAGCAGTGTTGCCAGTTCCAGTGATGACCAGGAACAAACGACGTCTCCTAAACCTGCTTA
TGTGATGAAGAAAAAGAGCCCATCGGTTAACGTCCCCGCCAGTATTAAAGATGGCCCCCA
AGACATGACAATATTAAGGGGCAACCCTATCAGCCTATGCTGTTCATTGGTGGGAACTTC
TCCATTGAAAGTGGTTTGGAGGAAAGGAAGGAATGAGATAAAACACAGTCACCAATGTTC
CATTGAAACTACTGGTACCTTGTCAGCTTTAACAATCAGTAAAAGTGAGAGGGGAGATTC
TGGTTGTTATACCTTGCAAGTATCTAATACTGATGGAGTTGACCAGTTCTCTGTCAGTGT
TAGTGTGGTTGACGTACCTGACCCTCCCGGCAAACCATTCCCCGAAAACGCGTCGTCGAA
CGAGATGATTGTATCCTGGTACGGAAGTGGCTTCGATGGGGGAAGTCCCATTACTTCGTA
CCTGCTGGAGATGTCGAAGGTAAATGAAAGTGGTTCTTCCCGCAAAACATGGGCAGAGGT
TAGCACCACCAACAGCACCTCATTCACAGTGAAAGGATTGGAAACTAATGCTTCGTATCT
TTATCGCGTGAGTGCTTCCAACAAATATGGGACGAGCAGACCCGGTCCAGTGTCCGATGT
TTTGAGGAATGTTTCACCAACGCAAGAAAATGGAGCCGAGTCAAGCGGGGATGAAGAGGA
TTTTGTTGAGTACGGACCAGTCACCATAAAAAAGGAAAAGTTTTCGGGAAAATATGAAGT
GAAGGAGAAGTTGGGACAGGGTAGATTTGGCAAAGTTCACCGCGTGGTTGATCGGGCCAT
GAATCGTGAATATGCAGCAAAGATCATGAGGGCGTTGAAAGCTCGTGATCGTGAAGCTGT
GAACATGGAGATTGATATCATGAACCAACTACGCCATCCAAGGCTTGTTCAACTCATAGA
TGCTTACACACATGGAAGGGAAATGATAATGGTTATGGACTTGGTTGCTGGTGGAGAATT
ATTTGAACGAGTGATTGACGAAGACTTTGAACTAACGGAAGCTGCTTGTATTAAATACAT
GCGACAAATATGCGATGGGGTGGAGTTCATGAAGAGAAGCCAGATTGTTCATTTGGATTT
GAAACCTGAGAACATAATGTGCATCAACAAGACTGGAACGCAAATCAAGATAATTGACTT
TGGTTTGGCGAGGAAGTTTAATCCCAATGAAGTCACAAGGGTAATGTTCGGAACCCCAGA
GTTTGTTGCTCCTGAGGTTATCAACTACGATGCCATCGGCTTCGAAACCGATATGTGGAG
TGTGGGAGTTATCTGTTATATTCTACTGTCAGGGTTGTCACCGTTTTGTGGCGACGCAGA
TTCCGAAACATTGTCAAACATAACAGCTGTTCAGTGGGATTTTGATGACGAATCATTTGA
TCAAATATCAGAAGACGCAAAAGATTTCATCTCAAAACTTCTTGTTAAAGAACTAAAACA
AAGGTTTGATGTAAACCAAGCATTGCAACATCGGTGGTTGAAACGAGATACCAACAAGAT
GAGCAAAAGTAAATTGAATAAAAAGAACCTGAGAAGATTCCTTGCAAGGCGGAAGTGGCA
GAAAACTGGCAACGCGGTTCGTGCCTTGGGTCGGTTGGCATCGCTTGCACGACTCGCCCC
GTCGTCATCCTCACATAGCGGACAGCAACGAGAGTCCGGGTTTCTGTCATCGTTGAAGGC
TCAACTTATCAGGGAGAACGAGTCACAACAGATTTATATTCATACACACCACCTCACTTT
TGCAGGAACGCAAGAAACCCTGCTTCCTCCGAACCTTTGATGACATCGAGGTTATTGAAG
GTTCGGCTGCCAAGTTCTCATGCACGGTGTCCGGCAACCCCGACCCCGATGTGATGTGGC
TTATTGATGGGGAACCTATCAAGGAATCGAGGCATTTCAGGATGGCATACACAGAGGACA
ACCAATGTACTTTACTTATAATGGATACCAGTGGTACAGATGAAGCTGAATATACATGCA
AAGCTTCAAACAGCGAGGGTGAAGTCCAACACAGCGCTGAACTAATCGTCATAACACCAG
GTGTGTGACATCACAATACGTTACCATGGTAACACGTTTGTTGATGAATGAAGTTGTTTC
TGATATTGCACACTTTATCGCCACCTACTGCCCTTTCCGCACACAAAATTTAGCCATCGG
GGTGCATCCTTAAGCTCCACGGACTCTTTGTATAAATAACAAACAAAATATTTGTTGAAG
CAATATTACCTTATGGTACGATAGCAACTTGGGCATCAATGTTTCTTAAACATCATGTGC
CGTCTTCATTTAAGCTGCTCTTATCCCATCTTTGTAAAATTTAAATTATTTTCCAAGTGC
TTTGTCTTCCTTTATATTATTAATCATTGAGAAGCCATTTGATTTTGTTGGAGATGTTTA
CTGATCGTGGTGTGATTAATTTTCCACACAAACTTTAATATACTGAACAATAAGTAGAAC
ACGATGCCTTAATATTATGTTAGATCGCTGGATGGAAACTTCTTTAATATTATTGTTTAG
AATAATAAAGGTCGCTTAGTGAAGTTAACGTCGCAAAAGTTAAAGAAAACTGCAAAAAAT
AAATAAAAATT
| Gene3D |
Ig-like_fold (IPR013783) - T[10-76] 4.2E-7 - T[77-183] 1.3E-23 - T[244-344] 6.5E-19 - T[451-548] 8.5E-23 - T[549-640] 6.8E-20 - T[643-741] 1.2E-23 - T[742-838] 1.4E-20 - T[839-939] 5.0E-25 - T[940-1039] 6.3E-23 - T[1040-1146] 4.8E-22 - T[1374-1482] 7.4E-24 - T[1516-1616] 1.4E-16 - T[1617-1715] 3.5E-21 |
| SUPERFAMILY |
Ig-like_dom_sf (IPR036179) - T[17-68] 1.85E-7 - T[81-173] 1.19E-22 - T[248-348] 1.56E-19 - T[455-548] 1.55E-21 - T[549-640] 1.21E-18 - T[648-743] 5.99E-23 - T[742-833] 1.68E-18 - T[845-938] 8.11E-22 - T[942-1036] 1.95E-22 - T[1042-1138] 2.24E-21 - T[1380-1471] 1.44E-23 - T[1531-1627] 9.76E-20 |
| SMART |
Ig_sub (IPR003599) - T[24-69] 39.0 - T[88-172] 6.6E-7 - T[254-341] 3.2E-6 - T[463-548] 1.9E-10 - T[559-640] 5.1E-7 - T[654-738] 1.4E-9 - T[751-834] 8.1E-9 - T[851-934] 1.6E-11 - T[951-1035] 3.3E-6 - T[1048-1136] 5.0E-9 - T[1386-1470] 1.7E-7 - T[1534-1618] 2.1E-6 |
| Pfam |
Ig_I-set (IPR013098) - T[82-171] 4.0E-22 - T[249-340] 1.6E-17 - T[457-547] 1.5E-16 - T[553-639] 4.9E-15 - T[648-737] 1.5E-19 - T[744-833] 7.9E-18 - T[845-933] 3.0E-20 - T[944-1034] 1.8E-16 - T[1042-1135] 4.4E-19 - T[1380-1469] 5.2E-22 - T[1530-1617] 5.4E-13 |
| ProSiteProfiles |
Ig-like_dom (IPR007110) - T[82-172] 11.388 - T[248-341] 10.136 - T[457-546] 15.127 - T[553-634] 11.225 - T[648-738] 14.873 - T[744-832] 13.784 - T[845-932] 14.346 - T[944-1033] 13.04 - T[1042-1136] 10.48 - T[1380-1468] 13.384 - T[1522-1616] 10.299 |
| SMART |
Ig_sub2 (IPR003598) - T[94-161] 3.1E-6 - T[260-330] 2.5E-4 - T[469-537] 1.3E-13 - T[565-629] 6.7E-6 - T[660-727] 4.7E-13 - T[757-823] 2.2E-7 - T[857-923] 8.2E-15 - T[957-1024] 5.1E-10 - T[1054-1125] 1.6E-5 - T[1392-1459] 9.4E-11 - T[1540-1607] 0.13 |
| SUPERFAMILY |
FN3_sf (IPR036116) - T[1608-1718] 4.76E-20 |
| SMART |
FN3_dom (IPR003961) - T[1621-1707] 4.0E-9 |
| Pfam |
FN3_dom (IPR003961) - T[1623-1708] 1.9E-11 |
| ProSiteProfiles |
FN3_dom (IPR003961) - T[1623-1725] 19.89 |
| CDD |
FN3_dom (IPR003961) - T[1630-1715] 4.83233E-12 |
| SUPERFAMILY |
Kinase-like_dom_sf (IPR011009) - T[1742-2016] 1.78E-79 |
| SMART |
Prot_kinase_dom (IPR000719) - T[1753-2008] 7.7E-89 |
| Pfam |
Prot_kinase_dom (IPR000719) - T[1753-2008] 1.1E-67 |
| ProSiteProfiles |
Prot_kinase_dom (IPR000719) - T[1753-2008] 45.078 |
| ProSitePatterns |
Protein_kinase_ATP_BS (IPR017441) - T[1759-1788] . |
| ProSitePatterns |
Ser/Thr_kinase_AS (IPR008271) - T[1870-1882] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| MYLK_HUMAN | 37.482 % | 858 | 0 |
| MYLK3_HUMAN | 48.547 % | 343 | 1.66E-100 |
| MYLK2_HUMAN | 48.161 % | 325 | 1.49E-96 |