- Transcript 'Harore.CG.MTP2014.S2...' >
- Transcript 'KH2012:KH.C4.547.v1....' >
- Transcript 'Cisavi.CG.ENS81.R25....' >
- Transcript 'KH2012:KH.C4.547.v1....' >
- Transcript 'KH2012:KH.C12.156.v2...'
Transcript Model
Transcript Id
KH2012:KH.C12.156.v2.A.nonSL4-1
Possible name(s)
BMP1; TLL1; TLL2
Gene model
Location
KhC12 [3,740,623 / 3,767,110]
Amino acid sequence
Length: 1,223
>KH.C12.156.v2.A.nonSL4-1
LRLPHAIRMVVTTTHTGLVKEANNCKCKQFRKTETFYSGQNFCSAELKSKVSKSVTKTIY
ETVQVTSTNKNCNRHRISKTNTRMPFSMRIRRRELSAAVAVILMIIFPREFSYSVGVAAQ
SVPSPTQRLSSTPALFEDLPEESLANTKDPCKARLFLGDIALDEEDVENIFGETADDFIQ
NVGKAPATPTRSPIGDVMSSPPSPSSNPNRRRRKGRGRKKRRRNRKSRKNVQRQQATLDF
DVASPSNMTSEVFASYNSSQGNRTNTPVRTTGDTLRTGIPNLRELSLVLDREVSRRRSDV
MDIDDVARAGRRRGGRRNRKRKRKGRRRNRHRRLRYKSRRQRAEEVFKRTRRAATARQER
KWPHGVIPYTISANFTGSQRAMFKQAMRHWEGQTCLTFIERTNEDNYIRFTYRPCGCCSY
VGRKGTGPQAISIGKNCDKFGIVVHELGHVIGFWHEHTRPDRDDHIEIIYKNIQAGQEYN
FEQMDSSEINSLGEKYDYYSIMHYARNTFSKGMFLDTIRPMVDQETGMRPSIGQRTQLSE
GDVIQANKLYSCPTCGSTMQSTTGNISSPNWPASYPAYSNCEWRISVTPGEKIVMDFTSL
NIFRSRGCWYDYIEIRDGHWERSPLIGRYCGNNLPPQITSTDSRIWMKFRSTSNFNGSGF
RLRYEAVCGGDIRRNSGQIQSPNYPDDYRPSKECIWTVVVDEGYQVGLSFQAFKVERHDT
CSYDYLEVRDGPNATSELIGRFCGSDRPDDIKATTNTLWIKFVSDASVNKAGFAASFFKE
RDECALESNGGCQQKCINTLGSFKCACYPGYELSRDGMTCEAACGGYVTTPDGEITSPNW
PREYPTNKQCIWQIVAPPQHRITIEFDKFELEGNEVCKYDYVEVRSGLTDESTFHGKFCG
TELPPVISSTINQMRIKFNSDDTVAKRGFRIRFTSDRDECAVRNGGCMHVCVNTVGSYMC
SCRNGYVLHSNGHGCKEAGCEHDVTSYVGEITSPNWPNKYPSRKECTWHISTIAGHRVKL
VFNEFELESHPDCAYDHLELYDGSNSTAPILGRYCGSKKPSPVVASGIHMFVKFFSDASV
QKRGFSASHTTVCGGSLNASARTKDLFSHPQYGDTIYVNGRECDWVITASNGYGVELMFR
AFEVEDETDCSYDFVEVFDGPTDSAVRFGRFCGYESPDTIFSSGDSLLVRFHSDDTVNKK
GFQASYSSTVLQDTVSLVQVNAA
Nucleotide sequence
Length: 4,441
>KH2012:KH.C12.156.v2.A.nonSL4-1
GGGTTTTGGAAAGACAAGAGCCATGACTGACGTTCGTAACTGAGTAGTAAGTGAGTAGAA
GAAGCGATAGTCCCAAGTGCGATATATGTTAACTGCGCTTGCCACACGCCATCAGAATGG
TAGTGACAACGACCCATACAGGGCTGGTAAAAGAGGCAAATAATTGCAAGTGCAAACAAT
TTCGAAAGACTGAAACATTCTACAGCGGACAAAATTTCTGCAGTGCAGAACTTAAGAGCA
AAGTTTCAAAGTCAGTTACAAAAACTATATACGAAACGGTGCAGGTCACCAGTACAAATA
AAAACTGTAACCGTCATCGGATTTCTAAAACGAACACTAGAATGCCGTTTTCAATGAGGA
TACGGAGAAGGGAACTTTCGGCCGCCGTTGCCGTAATTCTGATGATCATTTTTCCGCGGG
AGTTTTCTTACAGCGTCGGGGTAGCAGCCCAGAGTGTACCATCGCCAACGCAAAGGCTTT
CATCGACGCCGGCGCTTTTTGAAGACTTACCAGAAGAGAGCCTAGCCAATACAAAGGACC
CATGCAAAGCTAGACTTTTTCTTGGCGACATTGCTTTAGATGAAGAAGACGTAGAAAATA
TCTTCGGTGAAACTGCCGACGATTTCATTCAAAACGTCGGGAAAGCACCGGCAACCCCAA
CCCGGTCCCCAATCGGTGACGTCATGTCTTCACCCCCAAGTCCCAGCTCCAACCCCAACC
GCCGGAGAAGAAAAGGGCGCGGAAGAAAAAAGAGACGGCGGAACAGAAAGTCAAGAAAGA
ACGTTCAACGTCAACAAGCAACTTTAGATTTTGACGTGGCGTCACCTTCAAACATGACGT
CAGAGGTTTTTGCTTCGTACAATTCAAGCCAAGGCAACCGTACCAATACGCCTGTTCGAA
CCACCGGCGATACATTAAGAACAGGAATCCCAAATCTACGAGAACTATCTTTGGTTCTTG
ACCGAGAGGTATCCAGACGACGTAGTGACGTCATGGATATTGATGACGTAGCAAGGGCGG
GTCGCAGAAGGGGCGGGCGTAGAAATAGAAAACGTAAACGAAAAGGGCGAAGGAGGAATA
GACACAGGCGACTTCGGTACAAGAGCAGACGACAAAGAGCAGAGGAAGTATTTAAACGGA
CTCGTAGAGCTGCAACTGCTCGACAAGAGAGAAAATGGCCCCATGGTGTAATTCCGTATA
CCATCAGTGCTAATTTCACAGGTTCCCAAAGGGCGATGTTCAAACAAGCCATGAGACATT
GGGAAGGCCAAACCTGCCTTACATTTATTGAGCGAACGAACGAAGACAACTACATTCGAT
TCACTTACCGTCCTTGCGGTTGCTGTTCGTACGTTGGCCGCAAAGGGACTGGACCACAAG
CCATTTCGATCGGAAAGAATTGCGATAAGTTTGGTATCGTCGTTCATGAACTCGGTCATG
TGATTGGTTTCTGGCACGAACATACGAGACCTGATCGCGACGACCACATAGAAATCATAT
ACAAGAATATTCAAGCCGGTCAGGAATACAATTTCGAACAAATGGACTCGAGTGAGATCA
ACTCCCTTGGCGAGAAATACGATTACTACAGTATTATGCACTACGCAAGGAACACCTTCA
GTAAAGGAATGTTTCTGGATACGATCCGACCAATGGTAGACCAGGAAACTGGGATGAGGC
CTTCTATTGGTCAACGCACGCAACTGAGCGAGGGTGATGTTATACAAGCGAATAAACTCT
ACAGTTGTCCAACATGTGGTAGCACAATGCAATCAACAACTGGAAACATATCGTCACCAA
ACTGGCCAGCATCTTACCCAGCTTACTCCAACTGTGAGTGGAGAATAAGTGTAACACCTG
GGGAAAAAATCGTCATGGATTTCACAAGTTTGAACATATTTCGAAGTCGAGGTTGCTGGT
ATGATTACATTGAAATACGAGACGGTCATTGGGAGAGATCGCCTTTGATAGGCAGATACT
GCGGCAATAACCTACCCCCTCAGATTACATCCACTGACAGCAGGATTTGGATGAAATTTC
GAAGCACCAGTAACTTTAACGGGAGCGGCTTTCGGTTGCGGTACGAAGCTGTATGCGGAG
GTGACATTCGAAGAAACTCTGGTCAAATACAAAGTCCTAACTATCCTGACGACTATCGAC
CAAGTAAAGAATGTATTTGGACAGTTGTTGTGGACGAGGGATACCAAGTCGGCCTCTCAT
TCCAAGCATTCAAGGTCGAGCGTCACGACACTTGCTCTTACGACTACCTAGAAGTCCGAG
ATGGCCCGAACGCAACCTCGGAACTAATCGGAAGATTCTGCGGATCTGATAGACCAGATG
ACATCAAGGCCACCACAAATACGTTATGGATTAAATTTGTATCTGATGCATCTGTCAACA
AAGCTGGTTTCGCCGCTTCGTTTTTCAAAGAAAGAGACGAATGTGCATTGGAATCAAACG
GAGGATGCCAACAGAAGTGTATCAACACCCTGGGAAGTTTCAAGTGCGCCTGTTATCCTG
GGTATGAGCTCAGTCGCGACGGAATGACATGCGAAGCTGCATGTGGTGGTTACGTCACTA
CTCCTGACGGTGAGATTACGTCACCAAACTGGCCTCGTGAATACCCGACCAACAAGCAGT
GTATCTGGCAGATAGTAGCCCCGCCACAACATAGGATAACCATCGAGTTTGATAAATTTG
AACTGGAAGGAAATGAAGTTTGCAAATACGATTACGTTGAGGTGCGCAGCGGACTCACTG
ACGAATCGACATTCCATGGAAAATTCTGCGGAACTGAGTTACCCCCTGTTATCTCTTCTA
CTATTAACCAAATGAGAATCAAATTCAATTCGGACGACACTGTTGCCAAACGAGGCTTTC
GAATTCGATTCACTTCTGACAGAGATGAATGCGCAGTAAGAAACGGGGGTTGTATGCATG
TGTGTGTCAACACGGTTGGCAGCTACATGTGCAGTTGCAGAAACGGTTACGTTCTCCACA
GCAATGGACATGGCTGTAAAGAAGCCGGGTGTGAGCACGACGTAACGTCCTATGTTGGCG
AGATAACCAGCCCAAATTGGCCAAACAAATACCCAAGCAGGAAAGAATGTACATGGCATA
TATCGACAATAGCTGGACACAGAGTAAAACTGGTTTTTAACGAGTTTGAATTGGAAAGTC
ACCCAGACTGTGCATACGACCACCTTGAGCTTTACGATGGTTCAAACTCCACCGCCCCAA
TATTAGGTAGATACTGTGGCAGCAAGAAACCTAGTCCCGTTGTTGCAAGTGGTATTCACA
TGTTCGTTAAATTCTTCTCCGATGCATCCGTTCAAAAGCGTGGATTTTCTGCCTCGCATA
CAACAGTTTGTGGAGGAAGTCTAAATGCCAGCGCCCGCACAAAGGATCTATTTTCCCACC
CACAGTACGGCGACACCATCTACGTTAATGGGAGGGAATGTGACTGGGTTATAACCGCTA
GTAATGGTTATGGTGTTGAACTAATGTTCAGAGCTTTTGAGGTAGAGGACGAGACTGACT
GCAGTTACGACTTTGTAGAAGTATTTGACGGGCCAACAGATAGCGCAGTGCGTTTTGGTC
GCTTCTGCGGATACGAGTCTCCCGATACAATTTTCTCATCTGGTGACTCTCTGCTCGTTC
GATTCCACTCAGACGACACAGTAAATAAGAAGGGATTCCAAGCTAGTTACAGTAGCACTG
TGCTACAAGACACCGTTAGTTTGGTGCAGGTCAATGCAGCATAAACGTGCCTCATCAAAT
TGGGAAAGATACTTGCTAGCGGCTTTCTAGATAAATCTACAAGGACAGTCACTGCCGCTT
TGGTGGCCACGTATATGGTTCTAAGGTTGCTGTTCGTTTTGTCGCTAAGAAGTCCAAGCT
GCTTAAGGCGGCTATCCTCATATTTTATATCCACTGCGACATTGCCACTTCGTAACTGCT
TTGTATAGTTAACTCTCGCAAATCCAATGGTTGCGCTTCTGTTATGCTTACCAGCAATAT
AAACTGAGCCCAACCGTATGCACCTTTTCACAAGCACAAATTTCACAGACATATTTTTAT
TCACTTTTTGAAGGTTTCACTGTTTCTTCACTTTGTATGGACACAGCATCTTCCTATGGG
TCTCACCTGTGTTAGCTAAATACCGTCTTCCAATACCAAACAAAATGATATTTTTTTGAG
CTAGTTGAGGCCCAGAGAATGATTTTTTTGTTTTTGTATCCCGCGAAATCCAATACCCAA
CCGCTTAACTTGTTCATTGCACTTTTTTTGCTTATTTGTTTCTACTCACCAGCAACTCAA
TAACTATTGAAGATATTATATTTGTTTCTTGCTATTGATTCACATTTTCGTTCAAATCAT
GATTCACTACTATTTTCTCGCGTTTGAAAGCGACAAATAAAATTGTCCAGCTTTGCAAAA
A
| PIRSF |
BMP_1/tolloid-like (IPR015446) - T[90-1222] 0.0 |
| Gene3D |
MetalloPept_cat_dom_sf (IPR024079) - T[352-550] 3.7E-77 |
| CDD |
ZnMP_TLD/BMP1 (IPR034036) - T[353-553] 3.07293E-146 |
| SMART |
Peptidase_Metallo (IPR006026) - T[358-500] 1.7E-57 |
| Pfam |
Peptidase_M12A (IPR001506) - T[360-553] 1.3E-73 |
| PRINTS |
Peptidase_M12A (IPR001506) - T[383-401] 7.4E-34 - T[437-455] 7.4E-34 - T[456-473] 7.4E-34 - T[495-510] 7.4E-34 - T[538-551] 7.4E-34 |
| Gene3D |
Sperma_CUB_dom_sf (IPR035914) - T[551-666] 3.8E-38 - T[667-778] 4.1E-39 - T[821-935] 9.8E-42 - T[977-1090] 4.7E-38 - T[1091-1210] 2.3E-31 |
| Pfam |
CUB_dom (IPR000859) - T[555-664] 8.9E-34 - T[668-777] 1.3E-39 - T[824-933] 2.6E-38 - T[980-1088] 4.0E-35 - T[1093-1206] 5.6E-28 |
| CDD |
CUB_dom (IPR000859) - T[555-666] 2.44939E-40 - T[668-778] 7.6471E-41 - T[824-935] 7.8249E-42 - T[980-1091] 6.15606E-40 - T[1093-1208] 3.74202E-36 |
| SMART |
CUB_dom (IPR000859) - T[555-667] 5.0E-45 - T[668-780] 2.6E-48 - T[824-936] 1.8E-48 - T[980-1092] 5.3E-47 - T[1093-1209] 6.0E-39 |
| ProSiteProfiles |
CUB_dom (IPR000859) - T[555-667] 30.075 - T[668-780] 32.886 - T[824-936] 32.278 - T[980-1092] 29.919 - T[1093-1209] 28.196 |
| SUPERFAMILY |
Sperma_CUB_dom_sf (IPR035914) - T[560-668] 1.31E-35 - T[668-777] 4.97E-36 - T[824-935] 1.22E-36 - T[985-1093] 2.36E-36 - T[1106-1208] 1.96E-29 |
| ProSiteProfiles |
EGF-like_dom (IPR000742) - T[780-821] 8.29 - T[936-976] 8.421 |
| SMART |
EGF-like_Ca-bd_dom (IPR001881) - T[780-821] 4.6E-10 - T[936-976] 4.6E-9 |
| ProSitePatterns |
EGF_Ca-bd_CS (IPR018097) - T[780-805] . - T[936-960] . |
| SMART |
EGF-like_dom (IPR000742) - T[783-821] 1.3E-5 - T[939-976] 1.1E-4 |
| ProSitePatterns |
EGF-type_Asp/Asn_hydroxyl_site (IPR000152) - T[796-807] . - T[951-962] . |
| ProSitePatterns |
EGF-like_CS (IPR013032) - T[805-820] . - T[960-975] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| TLL2_HUMAN | 65.362 % | 1298 | 0 |
| BMP1_HUMAN | 64.774 % | 1265 | 0 |
| TLL1_HUMAN | 65.012 % | 1269 | 0 |