- Transcript 'KH2012:KH.S811.3.v1....'
Transcript Model
Transcript Id
KH2012:KH.S811.3.v1.A.SL1-1
Possible name(s)
AP1G1; AP1G2; AP2A1
Gene model
Location
KhS811 [5,740 / 18,449]
Amino acid sequence
Length: 844
>KH.S811.3.v1.A.SL1-1
AGVLGCFKFKMPVPNRLRDLIRNIRSCKTAADERAIIQKECADIRNGFREEDSVFRCRNV
AKVLYIYMLGYPAHFGQLEALKLIVSGRFTDKRIGYLGAMLLVDEYREVHLLMTNSLKND
MDNPSQYVQSLALCTLGNVCSTEMARDLTSDVERLLKTANAYVKKKAILCACRIVRKVPE
MMENFIPLTKPLLADKNHGVMLTAVALITECCRKNPQVRANFKKLVPTLVRILKNLIMSG
YSPEHDVNGISDPFLQVRILRLLRILGQNDSETSETMNDILAQVATNTETSKNVGNAILY
ETVLTIMDIKSESGLRVLAVNILGRFLLNNDKNIRYVALNSLLRTVHTDMTAVQRHRTTV
LDCLKDPDPSILRRAMELCFALVNHSNVRGTMRELLSFLSRCPLDFKSDCSSGIFTAAEK
YTPNARWHIDTMLKVLTTAGNYVRDDAVPNLIHLLSANDKMHAYSAQQLYKAMLDVDDMS
VQPLTQVACWCLGEHGDELVSGSNVEDEPINVNESDVLNLLDKALKSSLTNPVTKSYAIN
AVMKLSTRFSGYNSQAQQIVSIHSTSHDMEVQQRSVEYNVLFNQHDNLRPGLLEHMPQFE
KQVTTTNGEEGGEQLESQTVESVQQPASVAQPEPQQQSNVDLLLDLVDFGSSNNNQQQQQ
QAAPVVPSNDINSLLDLGFSMQPQTTQPAPPAVNGFNNQPNVNNLMGGSLLDGFQSPAPV
INNMQKPVITGVTAFEKSGLLIKFQFERDGNILNVMLSASNSNAQDLNEFIFQAAVPKSL
QLQMLPPSGNLVGMNNSNVLTQTIKLNNPNKAQPRLRMRISYNYQGQSVQEMGEFNDFPP
ATWQ
Nucleotide sequence
Length: 3,328
>KH2012:KH.S811.3.v1.A.SL1-1
AGCGGGAGTATTAGGTTGTTTTAAATTTAAAATGCCAGTCCCGAACAGACTTCGTGACTT
AATTCGAAACATCAGAAGTTGTAAAACTGCAGCTGATGAGCGGGCTATCATACAAAAAGA
ATGCGCCGATATCCGGAATGGATTTCGGGAAGAAGATTCTGTTTTTAGATGCAGAAATGT
TGCCAAAGTTCTTTATATTTATATGCTGGGCTATCCTGCACATTTCGGACAGCTTGAGGC
ATTAAAGCTGATCGTCAGCGGAAGATTTACGGATAAACGAATTGGATATTTGGGAGCAAT
GTTGCTTGTGGATGAATACAGAGAGGTTCATCTTCTTATGACAAACTCACTTAAAAATGA
TATGGACAACCCGTCACAATACGTACAAAGTCTTGCTCTGTGTACTCTTGGTAATGTTTG
TTCAACAGAGATGGCAAGAGATTTGACATCCGATGTGGAAAGATTGTTGAAAACTGCAAA
TGCTTATGTTAAAAAGAAGGCAATCTTATGTGCTTGTCGAATCGTAAGGAAAGTTCCTGA
AATGATGGAAAATTTTATCCCCTTGACCAAACCATTACTTGCAGATAAGAACCACGGTGT
GATGCTTACTGCAGTAGCACTGATCACGGAATGTTGTCGGAAAAATCCGCAAGTTCGAGC
CAACTTCAAAAAGCTCGTACCTACTCTCGTACGAATCCTTAAGAACCTCATCATGTCCGG
CTACTCACCTGAGCATGATGTGAACGGCATCAGTGATCCATTTCTACAGGTTCGTATCCT
CCGTTTACTGCGAATTCTTGGTCAAAACGACAGTGAAACGAGCGAAACAATGAACGATAT
TCTTGCACAAGTCGCCACCAACACTGAAACGAGTAAAAATGTTGGAAACGCCATTTTATA
CGAAACTGTTCTTACCATCATGGATATTAAGTCAGAAAGTGGATTAAGGGTTCTTGCTGT
TAACATCCTTGGAAGATTTCTGTTAAATAACGATAAAAATATAAGATATGTTGCACTTAA
TTCATTACTACGCACTGTACATACTGACATGACAGCCGTACAACGACACAGAACAACAGT
TCTGGATTGTCTTAAAGATCCCGACCCTTCTATTCTTAGGCGAGCAATGGAGTTATGTTT
TGCATTAGTGAACCACAGTAACGTGCGAGGTACTATGAGAGAACTGCTCTCATTCCTATC
AAGATGTCCGTTAGATTTCAAGTCTGATTGTTCTTCTGGGATCTTCACAGCTGCCGAGAA
ATACACACCAAACGCACGTTGGCACATCGATACTATGCTCAAAGTTTTAACAACGGCTGG
AAACTATGTTCGTGATGATGCGGTTCCCAACCTTATTCATCTCTTATCAGCCAATGATAA
GATGCATGCTTACTCAGCTCAGCAGTTGTATAAAGCTATGCTTGATGTTGATGACATGTC
AGTGCAACCTCTTACACAGGTGGCGTGTTGGTGTTTGGGTGAGCATGGAGATGAACTTGT
TAGTGGATCTAATGTTGAAGATGAACCAATTAATGTAAATGAAAGTGATGTTTTGAACTT
ACTTGATAAAGCATTGAAGTCATCTCTCACAAACCCAGTCACCAAATCTTATGCAATAAA
TGCTGTTATGAAGCTCAGCACTCGATTCTCGGGATACAACAGTCAAGCACAGCAGATAGT
AAGCATTCATTCCACCTCTCATGACATGGAAGTCCAGCAACGATCCGTTGAATACAACGT
TTTATTCAACCAGCATGATAACTTACGTCCTGGTTTGTTGGAACACATGCCACAGTTTGA
GAAGCAAGTCACCACCACTAATGGTGAAGAGGGAGGCGAACAATTGGAATCACAAACAGT
TGAAAGTGTTCAACAACCCGCAAGTGTTGCGCAACCAGAACCACAACAGCAAAGCAATGT
TGATCTGCTGCTCGATCTTGTTGATTTTGGTTCAAGCAACAACAATCAACAACAACAACA
ACAAGCAGCTCCTGTTGTTCCCAGCAATGACATCAACAGTTTGTTGGATCTTGGTTTTTC
AATGCAACCACAAACCACACAACCAGCACCACCAGCTGTAAATGGTTTTAACAACCAACC
AAATGTAAACAACCTAATGGGCGGTTCATTGCTCGACGGATTTCAATCCCCAGCACCTGT
CATCAACAACATGCAAAAGCCAGTTATAACTGGCGTTACAGCATTTGAAAAATCTGGACT
CTTGATAAAGTTTCAGTTTGAGCGAGATGGTAACATACTTAATGTGATGTTATCTGCATC
CAATTCCAATGCACAGGATCTGAATGAATTTATTTTTCAAGCTGCTGTACCAAAGTCACT
ACAGCTTCAAATGCTGCCTCCTAGTGGAAATTTGGTTGGTATGAACAACAGCAACGTTCT
AACGCAAACGATTAAGTTAAATAATCCTAATAAGGCACAGCCTAGACTACGCATGAGGAT
ATCATACAACTATCAAGGCCAATCAGTTCAAGAAATGGGCGAATTTAATGATTTTCCACC
AGCGACTTGGCAGTGAAATGCTACAGCTCTTAGAACAATCATATATTTAGTGTAACAAAG
TCTTAATTCCCAGTGAAAGTGCAGCCGCACGCGTGATAAAGTGCACTTGCTTGTGTAAAA
CTACTGCAACTAACTTGACTTATTTCCAACTTGCCTAGTAATGGCCACAGCAAATATAAG
TGGCAATAGGTTAGTAAACATTCTATATATCTAGTGTCCTTTTCAGTTATTGCAGCTTGG
TAGTTGCAAATCAGTCATTGATTAAAACTTTTATGTAATGGAAGTTGAATATAATGCAAT
GGGTTTACAATGGTTGTGGTAAAGATAGTGAAAGTAGCACTTGATGTAAATGGTACTACT
TTTATAGAACAACATCAACAATACTCAATATTTAACCTTTACTTCTATTCAAAGTTGTGT
TTTAGTTCTTAGTATTTATACTATTCATCATGGGTTATAATATCATTCAGTAGGCTGAGT
AGTCATTGAATTGCAACCATCTATGCCTGTGCATTAGACTTTCAACCTTACACTTAGAAA
CCTGGAACTAATTTCCATCTGTTTTATATCGAAAATTGTGTGACATATTTCTTTCTTTTG
ACTGTTTGCTGGGAATCTTGTACAAATCTACATATATGTAGCTATTCTAATTTTCACAAT
TGTTTTTAAATGTCCTTATCATGTTATGCTCACCACATATTAAATTTCTTGAAAAGCTTC
ATTTAAATATTTTGAAATAAGTAGAATATATTGTGATAATGGCAAACATATATGTCTGTT
AAATTATTATGTGTAAAACAGCCAATAC
| Gene3D |
ARM-like (IPR011989) - T[7-600] 6.2E-238 |
| PIRSF |
AP1_complex_gsu (IPR017107) - T[13-842] 0.0 |
| SUPERFAMILY |
ARM-type_fold (IPR016024) - T[32-615] 1.46E-104 |
| Pfam |
Clathrin/coatomer_adapt-like_N (IPR002553) - T[33-585] 3.4E-138 |
| SUPERFAMILY |
Clathrin_app_Ig-like_sf (IPR013041) - T[667-691] 5.44E-36 - T[732-843] 5.44E-36 |
| SMART |
Clathrin_a/b/g-adaptin_app_Ig (IPR008152) - T[725-839] 5.6E-34 |
| ProSiteProfiles |
GAE_dom (IPR008153) - T[727-839] 44.703 |
| Pfam |
Clathrin_a/b/g-adaptin_app_Ig (IPR008152) - T[732-839] 3.4E-25 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| AP2A1_HUMAN | 29.344 % | 252 | 3.66E-71 |
| AP1G1_HUMAN | 57.009 % | 972 | 0 |
| AP1G2_HUMAN | 49.344 % | 795 | 0 |