Sequences
The following sequences are available for this feature:
Gene sequence (with intron)
Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
ATAAAAACATCTCTTTTTTTTTTCTCTCTCTCTGTCACCGCTAGAGAGAAAAGCTCTTCATTCATACCATACTTCATCATCTTCTTCCACTGTCTCCACTGCTTGTCTGTCTCTCTGTCCCATTCTCCTCTCAATTTCACACCATTTTTTCTCATCCTTTTCCAAATTAAAACCCAACCCATTTCCCAATTTTCAATCTTCTCACTTGGGTCTCTCTCCGTTTCTCTTTTGGATGTGAAAATCATGGCCGTTTTCTCTATTCGGTAAGTTTCTATGTCTTAACTGTTGAGCTATGTTTAAATTTATATTTTTTTTAAGTGGGTTTGTATTTTTGTTAGAGAGTATGCTTTGAAAATGAGGGGGAAGGATTTGAGGAGAAGTTGGCCGTTTAGTGAGAACGTGAAGGAAGAAGTGGCAGAAGCTTTGCTGCCACCAATTTCTGTAAAGAAATTCCGATGGTGGTTTCACGAGATGGAGATTCAGAAATCGAATAATTGCGTAAGGGAAAAAGAAGAAATGAAAGTGGAGAAAATTTGTCCGGTTTGTGGAGTTTTTGTTACGGCTACGGTGAACGCCATGAATGCTCATATTGATAATTGTTTGGCTCAAACAACAAAGGAAAAGAGAAGAAACAAAGCGAAATCAAGAACCCCAAAAAAGAGATCAATTGCAGAAATCTTCGCAGTCGCTCCGCCAGTAGAAACAATGATTATTGTTAATGATTGTGACCGAGAAAATGTCGTTGGGAAACAAAAAATTCCAGACAAGCTCAAAGCGACGTCGTTGGCTAGGACTCTTGTCTCCGCTATGAAGACAATCAAAGCCAACAACACCAAAAACAAATACAACAACAACCACAAAAATAAGGTATGTGATTTTTTTTAAATAATTCTGGGTTAATGTTGATTCAATATCTTATTTAATTTAAACGGTCCTAGAATAGGGGAAAACTGTAGGCTTGTGAGATTTTTTTTTTTTTTTTTTTTTAAGTAGACTGCAAATATTCTCTCTATTGGGGGTTTTGTTTTTGCTAGCTTAGCTCCTTTCTCTTTCTGCTCATAATTACTGCTGGAAAAAGCTGGTGAAAAGACTGCATTACGTTGGAGAGAAAAAGAGAGCCAGTGAAAGAGAGAGAGAGAGAGAGAAAAAAAAGAGAAAATAGTACTTGTTTTTGTGTGATTAAGGGCGCGGAAATAAGCTGATTCAGAATTGAAAAAAGAAAAAAAAAAAAAAATTCACTACAAGACGAGTTTGTGTATGTATGTATTTGTGTGGGTGGTAGTGCCCCCAGCTGCAAGGGTACGGCCCTTGGCAGTGAGTGACTTTATTTGGTGAAGAGTTTTTGTCCCTAGTTTAACAAATGTATCCTAGGTTAATGATGCTGTTTTTGATCATTTCCCGTTTCAAATCGAACATAGAATAATTTCCTACTCGAAAAATGATTTGGGTTTCGAGTAGCGATCGAGTATGGTTGAATCGGGTTCGGGTTTTGGATTTGAATGATTTTAGAATAATTTCCTACTCGAAAAATGATTTGGGTTTTGAGTAGCGATCGAGTATGGTTGAATCGGGTTTGGGGTTTGGATTTGAATGATTTTGGAATAAAATCTTTGAGATTGCTTATATACTTGAGTGTGTGTTGAAGTGGGGTTTTGACTATCATATCCATTTTGAGGTACTTAGATTTTGACAACCTATTTGACCAATTTGCTAGCCACTAACATATACATCCATATTTTTCTATGAACATTTCAATTTTCAAATCATTATCACATGGGAATTATTTCATTAGATATGCTTGAGTTTTAGTTTAGTGATCAAGTACTGAAGGTGCAATAGTTGAGCCACATTCTTTTTCTCCAACAATCTTTATGAAATGAGAGTTGTCATTTTTTTTTTCATGTTTGAAGTTATTTGAAGAGTGGAAGATGAATATATGTCACCTTTGAGCTATTTTATGAAGCTTTCTACTGATTTTTTTGGAGGAAATTGAAGGCAATGAAATGTTGTGGATGAGAGAATTCAGAGGGCAATCTTTTAGGATAGAGCATTTCATTATTTGTTGTTAATTAAGGGCCCTTCTTAGATTCATGAGTAGTCTTTTTCTGCATAATATTCTTTGTCCTTTAACACATTGTCTTATTTGTTAATTATACTTTTTGTCTTATAGTTTTATATGATCTAAGTTTTTGATAATTTTCTATATCACATCATTACCACTTGACCATAAATTTATAAAAGGATTGAAATTTTATGTGCTCAAGATTCCAGAAGTTATTTATAATTTTACTTTAGAACTTGAGGTTGAGGTGCTGAAACCCACTGTAATTTCTTCATCATCTTCTTCTTTTTTTCTTTTTTTTTTTAAAATAAATTTGATTAACTTTATAATCCTCTAACACATAGCTTTTCTTAGTTAACCAGCTTTGGGATTTATTTCTTCTCTCAAAATGAGGCATTATGTAATGTGGGTTAGTTCAGGTAACAAGTTAAGCTTAATCACTCAACTGAAATATTTGCATATTTACAATTAGTTTGGTTAGATTTTGGATAGTCTTTTAAACAATAACATTTGGTTTACTTATGTTTTTTTTTTTTGCTGAACAAACTGAAATGGGAAGCAACTTTTTCCCATATGCTTTGTATATGATCATATTCTTATTCTTAGAAATTAATTTAATCAACTTCTTGTTTAATTTTCTTACATTTCATGAATAGATCTAGAAAATATAACACAATCATTTTCAAGTTTAACATTGAAGCCATTAGCTTCCATGTCCATTGATTATTTGATGAGTTCCTTTGGTTCCTTTACATTACACATTAAGTTATCCCATGTAATCCTTCTCTTAAATTATAAACTGTTTCACCCTTCAATTTATGTGTAAGAAACAAAGCCACATATATATAAATATTTATCTTTTGACTGTTCATTTTTAACAGCCATCAATATCAACATGGTGAGGAAAGCTTGTAATCTTTATAATTTTCTTCTGCAATTTTCTATTGGTCATAGGATTTTGGACATGAGCAACTTTGCAAGAAGGGCCAGAGGAATCACAAGGATGTTTCGGTCCGACGTTGCAAGAAACCGTGTTTTAAACGCTTGTCGAGACAAAAAAAGCGAAAACTAGTTAAAAAATCCAATGTAGTTGCCAAGCAACAGAGGCCAGTGCCTCCAATTAGGAGCATTTTGAAGCATAGTGTAAAAGTAGTTTCTGAGACAAATCCTTCATCCACCAACTTAACAGGCAGTAATCAAGTGATTAACAATGGCGGTCAGAATAAGTCGGATCGGCGTGTTAGCTTCTCGGATAAGGATGATGTTCTTGGTCCAAGCACTAGAGCCATTTCAGATACTTTTGAACAAAATGATGGCAGTCCATTTGAAGCCTCAGAAGGAGACACTAATTCCGGTGAAACTAATAAAGAAGTTGATTCAATGGAGGTTGGTGTAAATGATGATGTTTTCGTTAGCTTTAGCACTCGACATGAAGTTGATAGTCAACACATGAAAGGAAAGATTCAGTTGCCTAATATCCATGATCAAGTCAATGCTCAATGTTCAATGAGGCCTCATCCTTGTTGGGACAATGCGAATCATTCGGCCGAGAAGTTGATACCAGCAAATCGGGTTATTCCACAGGAAAATAATTTGCACTTGTTTGATCATGTCTATGTAGATGCACCTCAGAAGCTGCCATCAGTAGATTCTGCCATTCCTCAAGAAGAAAGGCAATATGGCCATGTAAGAACTCAATGTGGTTCAAGTTTTCCTCGAGCGCATTCTTTCTATGGAAAATCAGTTGACCATTTGATAAATCCTATCAATGGAGTAGCTGCCTTAAGCTCAATGGCAAGCACAGTGCCTTCTTTTTCTTCAAGTGAAAATGCAGTTGGCAGATTTCTTAATTTGGCTGAATCTCCTGCTAAGGACACTCGATGCCACTTTCCGAATTGGGAGCAAAGTCCGGTCGCCTACAAAGAGAAGGGCACGAATGATGGATTTTTCTGCCTGCCATTGAACTCAAAGGGTGAACTGATACAGCTAAATTCGAGTATGATTAATAGGTTTGATCAAATGAATGAAGCCAGTAACAATATGGCATGTTCTAGCAGGATACCGGTATGCGGTCTCGTCCTGCCAAGAAGCACCCGGGATTATTTCATAGATAATGAGACGCTCCTTGTTGATACAGAACTTGCAGGAAACCAGTTGACTTTATTTCCATTACATAGTAATATGCAAGAAAATCAAAATCGACTTTTGTCCGGTAGATTCCATCTAGCTGAGCCTGGAACTTCAGAAACAGCTGATATTAGACTGCTAAATTCAGAAAGGGGAACTGAATCTGGTAGGTTTTTTCACTCGAACTTGATGGATCGTCCATTTAACAGATGCAGGTATTATGGAAAGTTGCAGAACCAAAATGTAAGTGCAGAGATTTATCCTGAAAATTCGAGTAGCATGTTGTCGAATCCTGCCCGACAAACGATGCGGTTGATGGGCAAGGATGTAGCTGTTGGTGGAAATGGGAAAGAAGTTCAAGAACCTGAAGTTATAAACTTTTGGAAGAACTCAACCTTAATTGAGAACTGCCTAACCAATCCTATCCAAGAGAATCCCATGAGAAAAAGAAACTTTCTGCAAGAGAGGGTGTTTTATCCTGCAGGCTTTCATGGAAATCAAGTGGCACAAAGAAATTTATTGCCAAATGCTCCACAAGTTAGGTACCCCCATTCGCGCCTCGATAAAAAAAACAGTATAATGAATCAAAGATCCAACTCTGTCATCAACTTAAACGAAAGGTTCAACAACATCCATGCCTTTTCGCCTTTGTCGACCGAAGCGTTTAATATGGAACCAAACTTTCAAGCACCCTTTATTTCTGGTCCTGAAACACTAAGGTTTGGTTCACAATCATCAGCATTTTCTAGTACTTCTCATCACATGTGCCCAAATAGATATGACAATTCTTTTGAACTTGGTTTCAACCAGAATAATATAGATCCAGCAAAATTAGGGACCTTTAACTTCCCTTTCTTGCAGCCAAATGATGAAAATCATGTCCAGCTCCCTTGGTTTCACAGTTCTAAGAGGCTTCCCCCATGGATGTTACACGGTCACCAACGGGAAGAAGCACCGATCGCAAATTCTAAACTCGCTGACATAAATGGATACTATTATCCATTCATTTCTTCTGGTACAGATGTTCTCATCAGTCCTCCTACGCATCACCGGCACGAGGCTGTGTATCCTTGCAGTACAATGCCATCTAACTTACAAATGAAGCATAATATACCTGGCTCAACATCTTTTTTTCAACCAATTCCTGTTGCTCCTCGAGTTCAAATGCCATCTATTAGAATGAAAACTTTGAGTGTCAAGGACTCTGATCTTTCAAGTAAAAAGCGACCTGCTGGAGAGTTCGTCGATTCGAGGAAGCGTCAAAAGATATCGAGTTTAGAAATGAACAATAATGCTGGTGTTGTACCAGGGTGGACAAGAGGAGAATTCATTGATGACGTGCAATCTAACCTGGGGACGGCGGCGAAAATCCATGCTAACTGTAACTGGGACAAAGCTGTTAATTCAGCTGGAAATATCACAAATGTGACTCAAACTGATGGAGTAGTGATTTCTACCACCAATGAACCTCCTAAAGTTGAATGTATGGCAAGATCAGGCCCCATTAAGTTGACAGCAGGAGCAAAACACATACTGAAACCAAGTCAGAGCATGGACCTAGACAATACCAAGCCTACTTATTCATCAATTCCTTCTGCTGGATTAGCTCATAGTGTTAGCTTAGCAGAATCTCAGAAGAAGTCAACTAAAGTATACAGTTTTTGAAGTAAGTATTGTAGTTATCTTGTAATTATTTGCTAAATATAATCCTAATCTACTTGTGGTAGCTGATATGAGCAAATGAACTTATCTGCATGACAGGAAGGAATCTCCTCTCATCTTTGTAACCACTGACATGAGAGTTATTGTACTTTCAAGACGACTCGTCGTTGTTCGCAGTTTTTTGGTATGCGGAAGCATGTTATCATGAACGGAAACTAAA
mRNA sequence
ATAAAAACATCTCTTTTTTTTTTCTCTCTCTCTGTCACCGCTAGAGAGAAAAGCTCTTCATTCATACCATACTTCATCATCTTCTTCCACTGTCTCCACTGCTTGTCTGTCTCTCTGTCCCATTCTCCTCTCAATTTCACACCATTTTTTCTCATCCTTTTCCAAATTAAAACCCAACCCATTTCCCAATTTTCAATCTTCTCACTTGGGTCTCTCTCCGTTTCTCTTTTGGATGTGAAAATCATGGCCGTTTTCTCTATTCGAGAGTATGCTTTGAAAATGAGGGGGAAGGATTTGAGGAGAAGTTGGCCGTTTAGTGAGAACGTGAAGGAAGAAGTGGCAGAAGCTTTGCTGCCACCAATTTCTGTAAAGAAATTCCGATGGTGGTTTCACGAGATGGAGATTCAGAAATCGAATAATTGCGTAAGGGAAAAAGAAGAAATGAAAGTGGAGAAAATTTGTCCGGTTTGTGGAGTTTTTGTTACGGCTACGGTGAACGCCATGAATGCTCATATTGATAATTGTTTGGCTCAAACAACAAAGGAAAAGAGAAGAAACAAAGCGAAATCAAGAACCCCAAAAAAGAGATCAATTGCAGAAATCTTCGCAGTCGCTCCGCCAGTAGAAACAATGATTATTGTTAATGATTGTGACCGAGAAAATGTCGTTGGGAAACAAAAAATTCCAGACAAGCTCAAAGCGACGTCGTTGGCTAGGACTCTTGTCTCCGCTATGAAGACAATCAAAGCCAACAACACCAAAAACAAATACAACAACAACCACAAAAATAAGGATTTTGGACATGAGCAACTTTGCAAGAAGGGCCAGAGGAATCACAAGGATGTTTCGGTCCGACGTTGCAAGAAACCGTGTTTTAAACGCTTGTCGAGACAAAAAAAGCGAAAACTAGTTAAAAAATCCAATGTAGTTGCCAAGCAACAGAGGCCAGTGCCTCCAATTAGGAGCATTTTGAAGCATAGTGTAAAAGTAGTTTCTGAGACAAATCCTTCATCCACCAACTTAACAGGCAGTAATCAAGTGATTAACAATGGCGGTCAGAATAAGTCGGATCGGCGTGTTAGCTTCTCGGATAAGGATGATGTTCTTGGTCCAAGCACTAGAGCCATTTCAGATACTTTTGAACAAAATGATGGCAGTCCATTTGAAGCCTCAGAAGGAGACACTAATTCCGGTGAAACTAATAAAGAAGTTGATTCAATGGAGGTTGGTGTAAATGATGATGTTTTCGTTAGCTTTAGCACTCGACATGAAGTTGATAGTCAACACATGAAAGGAAAGATTCAGTTGCCTAATATCCATGATCAAGTCAATGCTCAATGTTCAATGAGGCCTCATCCTTGTTGGGACAATGCGAATCATTCGGCCGAGAAGTTGATACCAGCAAATCGGGTTATTCCACAGGAAAATAATTTGCACTTGTTTGATCATGTCTATGTAGATGCACCTCAGAAGCTGCCATCAGTAGATTCTGCCATTCCTCAAGAAGAAAGGCAATATGGCCATGTAAGAACTCAATGTGGTTCAAGTTTTCCTCGAGCGCATTCTTTCTATGGAAAATCAGTTGACCATTTGATAAATCCTATCAATGGAGTAGCTGCCTTAAGCTCAATGGCAAGCACAGTGCCTTCTTTTTCTTCAAGTGAAAATGCAGTTGGCAGATTTCTTAATTTGGCTGAATCTCCTGCTAAGGACACTCGATGCCACTTTCCGAATTGGGAGCAAAGTCCGGTCGCCTACAAAGAGAAGGGCACGAATGATGGATTTTTCTGCCTGCCATTGAACTCAAAGGGTGAACTGATACAGCTAAATTCGAGTATGATTAATAGGTTTGATCAAATGAATGAAGCCAGTAACAATATGGCATGTTCTAGCAGGATACCGGTATGCGGTCTCGTCCTGCCAAGAAGCACCCGGGATTATTTCATAGATAATGAGACGCTCCTTGTTGATACAGAACTTGCAGGAAACCAGTTGACTTTATTTCCATTACATAGTAATATGCAAGAAAATCAAAATCGACTTTTGTCCGGTAGATTCCATCTAGCTGAGCCTGGAACTTCAGAAACAGCTGATATTAGACTGCTAAATTCAGAAAGGGGAACTGAATCTGGTAGGTTTTTTCACTCGAACTTGATGGATCGTCCATTTAACAGATGCAGGTATTATGGAAAGTTGCAGAACCAAAATGTAAGTGCAGAGATTTATCCTGAAAATTCGAGTAGCATGTTGTCGAATCCTGCCCGACAAACGATGCGGTTGATGGGCAAGGATGTAGCTGTTGGTGGAAATGGGAAAGAAGTTCAAGAACCTGAAGTTATAAACTTTTGGAAGAACTCAACCTTAATTGAGAACTGCCTAACCAATCCTATCCAAGAGAATCCCATGAGAAAAAGAAACTTTCTGCAAGAGAGGGTGTTTTATCCTGCAGGCTTTCATGGAAATCAAGTGGCACAAAGAAATTTATTGCCAAATGCTCCACAAGTTAGGTACCCCCATTCGCGCCTCGATAAAAAAAACAGTATAATGAATCAAAGATCCAACTCTGTCATCAACTTAAACGAAAGGTTCAACAACATCCATGCCTTTTCGCCTTTGTCGACCGAAGCGTTTAATATGGAACCAAACTTTCAAGCACCCTTTATTTCTGGTCCTGAAACACTAAGCCAAATGATGAAAATCATGTCCAGCTCCCTTGGTTTCACAGTTCTAAGAGGCTTCCCCCATGGATGTTACACGGTCACCAACGGGAAGAAGCACCGATCGCAAATTCTAAACTCGCTGACATAAATGGATACTATTATCCATTCATTTCTTCTGGTACAGATGTTCTCATCAGTCCTCCTACGCATCACCGGCACGAGGCTGTGTATCCTTGCAGTACAATGCCATCTAACTTACAAATGAAGCATAATATACCTGGCTCAACATCTTTTTTTCAACCAATTCCTGTTGCTCCTCGAGTTCAAATGCCATCTATTAGAATGAAAACTTTGAGTGTCAAGGACTCTGATCTTTCAAGTAAAAAGCGACCTGCTGGAGAGTTCGTCGATTCGAGGAAGCGTCAAAAGATATCGAGTTTAGAAATGAACAATAATGCTGGTGTTGTACCAGGGTGGACAAGAGGAGAATTCATTGATGACGTGCAATCTAACCTGGGGACGGCGGCGAAAATCCATGCTAACTGTAACTGGGACAAAGCTGTTAATTCAGCTGGAAATATCACAAATGTGACTCAAACTGATGGAGTAGTGATTTCTACCACCAATGAACCTCCTAAAGTTGAATGTATGGCAAGATCAGGCCCCATTAAGTTGACAGCAGGAGCAAAACACATACTGAAACCAAGTCAGAGCATGGACCTAGACAATACCAAGCCTACTTATTCATCAATTCCTTCTGCTGGATTAGCTCATAGTGTTAGCTTAGCAGAATCTCAGAAGAAGTCAACTAAAGTATACAGTTTTTGAAGTAAGTATTGTAGTTATCTTGTAATTATTTGCTAAATATAATCCTAATCTACTTGTGGTAGCTGATATGAGCAAATGAACTTATCTGCATGACAGGAAGGAATCTCCTCTCATCTTTGTAACCACTGACATGAGAGTTATTGTACTTTCAAGACGACTCGTCGTTGTTCGCAGTTTTTTGGTATGCGGAAGCATGTTATCATGAACGGAAACTAAA
Coding sequence (CDS)
ATGGCCGTTTTCTCTATTCGAGAGTATGCTTTGAAAATGAGGGGGAAGGATTTGAGGAGAAGTTGGCCGTTTAGTGAGAACGTGAAGGAAGAAGTGGCAGAAGCTTTGCTGCCACCAATTTCTGTAAAGAAATTCCGATGGTGGTTTCACGAGATGGAGATTCAGAAATCGAATAATTGCGTAAGGGAAAAAGAAGAAATGAAAGTGGAGAAAATTTGTCCGGTTTGTGGAGTTTTTGTTACGGCTACGGTGAACGCCATGAATGCTCATATTGATAATTGTTTGGCTCAAACAACAAAGGAAAAGAGAAGAAACAAAGCGAAATCAAGAACCCCAAAAAAGAGATCAATTGCAGAAATCTTCGCAGTCGCTCCGCCAGTAGAAACAATGATTATTGTTAATGATTGTGACCGAGAAAATGTCGTTGGGAAACAAAAAATTCCAGACAAGCTCAAAGCGACGTCGTTGGCTAGGACTCTTGTCTCCGCTATGAAGACAATCAAAGCCAACAACACCAAAAACAAATACAACAACAACCACAAAAATAAGGATTTTGGACATGAGCAACTTTGCAAGAAGGGCCAGAGGAATCACAAGGATGTTTCGGTCCGACGTTGCAAGAAACCGTGTTTTAAACGCTTGTCGAGACAAAAAAAGCGAAAACTAGTTAAAAAATCCAATGTAGTTGCCAAGCAACAGAGGCCAGTGCCTCCAATTAGGAGCATTTTGAAGCATAGTGTAAAAGTAGTTTCTGAGACAAATCCTTCATCCACCAACTTAACAGGCAGTAATCAAGTGATTAACAATGGCGGTCAGAATAAGTCGGATCGGCGTGTTAGCTTCTCGGATAAGGATGATGTTCTTGGTCCAAGCACTAGAGCCATTTCAGATACTTTTGAACAAAATGATGGCAGTCCATTTGAAGCCTCAGAAGGAGACACTAATTCCGGTGAAACTAATAAAGAAGTTGATTCAATGGAGGTTGGTGTAAATGATGATGTTTTCGTTAGCTTTAGCACTCGACATGAAGTTGATAGTCAACACATGAAAGGAAAGATTCAGTTGCCTAATATCCATGATCAAGTCAATGCTCAATGTTCAATGAGGCCTCATCCTTGTTGGGACAATGCGAATCATTCGGCCGAGAAGTTGATACCAGCAAATCGGGTTATTCCACAGGAAAATAATTTGCACTTGTTTGATCATGTCTATGTAGATGCACCTCAGAAGCTGCCATCAGTAGATTCTGCCATTCCTCAAGAAGAAAGGCAATATGGCCATGTAAGAACTCAATGTGGTTCAAGTTTTCCTCGAGCGCATTCTTTCTATGGAAAATCAGTTGACCATTTGATAAATCCTATCAATGGAGTAGCTGCCTTAAGCTCAATGGCAAGCACAGTGCCTTCTTTTTCTTCAAGTGAAAATGCAGTTGGCAGATTTCTTAATTTGGCTGAATCTCCTGCTAAGGACACTCGATGCCACTTTCCGAATTGGGAGCAAAGTCCGGTCGCCTACAAAGAGAAGGGCACGAATGATGGATTTTTCTGCCTGCCATTGAACTCAAAGGGTGAACTGATACAGCTAAATTCGAGTATGATTAATAGGTTTGATCAAATGAATGAAGCCAGTAACAATATGGCATGTTCTAGCAGGATACCGGTATGCGGTCTCGTCCTGCCAAGAAGCACCCGGGATTATTTCATAGATAATGAGACGCTCCTTGTTGATACAGAACTTGCAGGAAACCAGTTGACTTTATTTCCATTACATAGTAATATGCAAGAAAATCAAAATCGACTTTTGTCCGGTAGATTCCATCTAGCTGAGCCTGGAACTTCAGAAACAGCTGATATTAGACTGCTAAATTCAGAAAGGGGAACTGAATCTGGTAGGTTTTTTCACTCGAACTTGATGGATCGTCCATTTAACAGATGCAGGTATTATGGAAAGTTGCAGAACCAAAATGTAAGTGCAGAGATTTATCCTGAAAATTCGAGTAGCATGTTGTCGAATCCTGCCCGACAAACGATGCGGTTGATGGGCAAGGATGTAGCTGTTGGTGGAAATGGGAAAGAAGTTCAAGAACCTGAAGTTATAAACTTTTGGAAGAACTCAACCTTAATTGAGAACTGCCTAACCAATCCTATCCAAGAGAATCCCATGAGAAAAAGAAACTTTCTGCAAGAGAGGGTGTTTTATCCTGCAGGCTTTCATGGAAATCAAGTGGCACAAAGAAATTTATTGCCAAATGCTCCACAAGTTAGGTACCCCCATTCGCGCCTCGATAAAAAAAACAGTATAATGAATCAAAGATCCAACTCTGTCATCAACTTAAACGAAAGGTTCAACAACATCCATGCCTTTTCGCCTTTGTCGACCGAAGCGTTTAATATGGAACCAAACTTTCAAGCACCCTTTATTTCTGGTCCTGAAACACTAAGCCAAATGATGAAAATCATGTCCAGCTCCCTTGGTTTCACAGTTCTAAGAGGCTTCCCCCATGGATGTTACACGGTCACCAACGGGAAGAAGCACCGATCGCAAATTCTAAACTCGCTGACATAA
Protein sequence
MAVFSIREYALKMRGKDLRRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNNCVREKEEMKVEKICPVCGVFVTATVNAMNAHIDNCLAQTTKEKRRNKAKSRTPKKRSIAEIFAVAPPVETMIIVNDCDRENVVGKQKIPDKLKATSLARTLVSAMKTIKANNTKNKYNNNHKNKDFGHEQLCKKGQRNHKDVSVRRCKKPCFKRLSRQKKRKLVKKSNVVAKQQRPVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINNGGQNKSDRRVSFSDKDDVLGPSTRAISDTFEQNDGSPFEASEGDTNSGETNKEVDSMEVGVNDDVFVSFSTRHEVDSQHMKGKIQLPNIHDQVNAQCSMRPHPCWDNANHSAEKLIPANRVIPQENNLHLFDHVYVDAPQKLPSVDSAIPQEERQYGHVRTQCGSSFPRAHSFYGKSVDHLINPINGVAALSSMASTVPSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEKGTNDGFFCLPLNSKGELIQLNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFIDNETLLVDTELAGNQLTLFPLHSNMQENQNRLLSGRFHLAEPGTSETADIRLLNSERGTESGRFFHSNLMDRPFNRCRYYGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGGNGKEVQEPEVINFWKNSTLIENCLTNPIQENPMRKRNFLQERVFYPAGFHGNQVAQRNLLPNAPQVRYPHSRLDKKNSIMNQRSNSVINLNERFNNIHAFSPLSTEAFNMEPNFQAPFISGPETLSQMMKIMSSSLGFTVLRGFPHGCYTVTNGKKHRSQILNSLT
Homology
BLAST of Tan0011465 vs. ExPASy Swiss-Prot
Match:
Q9LYD9 (Protein EMBRYONIC FLOWER 1 OS=Arabidopsis thaliana OX=3702 GN=EMF1 PE=1 SV=1)
HSP 1 Score: 47.8 bits (112), Expect = 7.4e-04
Identity = 22/47 (46.81%), Postives = 29/47 (61.70%), Query Frame = 0
Query: 4 FSIREYALKMRGKDLRRSWPFSENVKEEVAEA--LLPPISVKKFRWW 49
FS+R + + R +DLR+ WPFSE V + LP +SV KFRWW
Sbjct: 29 FSMRGFVAETRERDLRKCWPFSEESVSLVDQQSYTLPTLSVPKFRWW 75
BLAST of Tan0011465 vs. NCBI nr
Match:
XP_022148072.1 (uncharacterized protein LOC111016842 isoform X1 [Momordica charantia])
HSP 1 Score: 1144.8 bits (2960), Expect = 0.0e+00
Identity = 625/848 (73.70%), Postives = 690/848 (81.37%), Query Frame = 0
Query: 4 FSIREYALKMRGKDLRRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNN---- 63
FSIREYAL MRG+DL R WPF +NVK+EVAEA+LPPISV KFRWW HE+E KS+N
Sbjct: 8 FSIREYALNMRGRDLGRCWPFRDNVKKEVAEAILPPISVTKFRWWSHELEALKSSNISET 67
Query: 64 -----CVREKEEMKV---EKICPVCGVFVTATVNAMNAHIDNCLAQT-TKEKRRN----- 123
+++EE KV EKICPVCGVFVTATVNAMNAHID+CLAQT T +KR+N
Sbjct: 68 VTAAAAAQKQEEEKVIIMEKICPVCGVFVTATVNAMNAHIDSCLAQTITNQKRKNNSNGA 127
Query: 124 -KAKSRTPKKRSIAEIFAVAPPVETMIIVNDCDRENVVGKQKIPDKLKATSLARTLVSAM 183
K KSRTPKKRSIAEIFAVAPPVET++ E+ G + +LKATSLARTLV+AM
Sbjct: 128 VKPKSRTPKKRSIAEIFAVAPPVETVV-------EDGGGIIRQKQQLKATSLARTLVTAM 187
Query: 184 KTIKA-NNTKNKYNNN-HKNKDFGHEQLCKKGQRNHKDVSVRRCKKPCFKRLSRQKKRKL 243
KTIKA N ++K + KNKDFGHE L KKG+RNHKDVSV RCKKPCFKRLSRQKK+KL
Sbjct: 188 KTIKAKRNKQHKLKASVVKNKDFGHELLRKKGERNHKDVSV-RCKKPCFKRLSRQKKKKL 247
Query: 244 VKKSNVVAKQQRPVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINNGGQNKSDRRVSFS 303
VKKSNV AKQQRPVP IRSILK SVKVVSET+PS NL GS QVINNGG+ +SDRRVSF
Sbjct: 248 VKKSNVPAKQQRPVPSIRSILKQSVKVVSETBPSG-NLKGSKQVINNGGK-QSDRRVSFF 307
Query: 304 DKDDVLGPSTRAISDTFEQNDGSPFEASEGDTNSGETNKEVDSME-VGVNDDVFVSFSTR 363
DKDDVLGP TRA SDTFEQ+ G+PF+ SEG+T SGE+NK V SME VG+NDD+ VSFSTR
Sbjct: 308 DKDDVLGPKTRAFSDTFEQSVGNPFQDSEGNTMSGESNKGVASMEDVGLNDDI-VSFSTR 367
Query: 364 HEVDSQHMKGKIQLPNIHDQVNAQ-CSMRPHPCWDNANHSAEKLIPANRVIPQENNLHLF 423
H VDSQ +KGKIQLPNIHDQVNAQ SMRPHPCW N H E+ I ANRV+P E+N HLF
Sbjct: 368 HGVDSQRIKGKIQLPNIHDQVNAQISSMRPHPCWGNMKHLVEEPISANRVVPHESNSHLF 427
Query: 424 DHVYVDAPQKLPSVDSAIP-----QEERQYGHVRTQCGSSFPRAHSFYGKSVDHLINPIN 483
DHVY+DAPQ+ P V SAIP Q+ERQYG VRTQ GS+FP AH+F GKSVDHL+NPIN
Sbjct: 428 DHVYIDAPQR-PPVHSAIPALLAAQDERQYGQVRTQXGSNFPGAHTFNGKSVDHLVNPIN 487
Query: 484 GVAALSSMASTVPSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEKGTNDGFF 543
GVA L SM STVP+F+ +EN VGR NLAES AKD R FPN EQ VAYKEKG NDGFF
Sbjct: 488 GVANLGSMTSTVPTFTLTENGVGRLFNLAESSAKDNRGPFPNLEQRAVAYKEKGMNDGFF 547
Query: 544 CLPLNSKGELIQLNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFIDNETLLV 603
CLPLNSKGELIQLNS ++NR+DQMNEA NNMACSSRIPVCGLV PRSTRDYFIDNE +L+
Sbjct: 548 CLPLNSKGELIQLNSGLVNRYDQMNEARNNMACSSRIPVCGLVQPRSTRDYFIDNEKVLI 607
Query: 604 DTELAGNQLTLFPLHSNMQENQNRLLSGRFHLAEPGTSETADIRLLNSERGTESGRFFHS 663
DTEL NQLTLFPLHS MQEN+N+ LS RF + EPGTS DIRLLNSERGT+SG HS
Sbjct: 608 DTELTENQLTLFPLHS-MQENRNQYLSARFDVTEPGTSGETDIRLLNSERGTDSGSLLHS 667
Query: 664 NLMDRPFNRCRYYGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGGNGKEVQE 723
NLMD PFNRCRYYGKL NQNVS EIYPENSS+M +NPARQTMRLMGKDVAVGGNGKEVQE
Sbjct: 668 NLMDAPFNRCRYYGKLHNQNVSTEIYPENSSTMSANPARQTMRLMGKDVAVGGNGKEVQE 727
Query: 724 PEVINFWKNSTLIENCLTNPIQENPMRKRNFLQERV----------FYPAGFHGNQVAQR 783
PE INFWKNS+LIENCLTN IQENPMRKRNFLQ+RV FYPAGFH QVAQ
Sbjct: 728 PEGINFWKNSSLIENCLTNSIQENPMRKRNFLQDRVLHYPSKGETLFYPAGFHSGQVAQS 787
Query: 784 NLLPNAPQVRYPHSRLDKKNSIMNQRSNSVINLNERFNNIHAFSPLSTEAFNMEPNFQAP 814
NLLPNAPQVRYPH RL++KN +M QRS+SVINLNERF+NI+AF P STEAFNM PNFQAP
Sbjct: 788 NLLPNAPQVRYPHPRLNRKNGVMYQRSDSVINLNERFSNIYAFFPSSTEAFNMAPNFQAP 842
BLAST of Tan0011465 vs. NCBI nr
Match:
XP_022148073.1 (uncharacterized protein LOC111016842 isoform X2 [Momordica charantia])
HSP 1 Score: 1123.2 bits (2904), Expect = 0.0e+00
Identity = 614/836 (73.44%), Postives = 679/836 (81.22%), Query Frame = 0
Query: 16 KDLRRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNN---------CVREKEE 75
+DL R WPF +NVK+EVAEA+LPPISV KFRWW HE+E KS+N +++EE
Sbjct: 11 RDLGRCWPFRDNVKKEVAEAILPPISVTKFRWWSHELEALKSSNISETVTAAAAAQKQEE 70
Query: 76 MKV---EKICPVCGVFVTATVNAMNAHIDNCLAQT-TKEKRRN------KAKSRTPKKRS 135
KV EKICPVCGVFVTATVNAMNAHID+CLAQT T +KR+N K KSRTPKKRS
Sbjct: 71 EKVIIMEKICPVCGVFVTATVNAMNAHIDSCLAQTITNQKRKNNSNGAVKPKSRTPKKRS 130
Query: 136 IAEIFAVAPPVETMIIVNDCDRENVVGKQKIPDKLKATSLARTLVSAMKTIKA-NNTKNK 195
IAEIFAVAPPVET++ E+ G + +LKATSLARTLV+AMKTIKA N ++K
Sbjct: 131 IAEIFAVAPPVETVV-------EDGGGIIRQKQQLKATSLARTLVTAMKTIKAKRNKQHK 190
Query: 196 YNNN-HKNKDFGHEQLCKKGQRNHKDVSVRRCKKPCFKRLSRQKKRKLVKKSNVVAKQQR 255
+ KNKDFGHE L KKG+RNHKDVSV RCKKPCFKRLSRQKK+KLVKKSNV AKQQR
Sbjct: 191 LKASVVKNKDFGHELLRKKGERNHKDVSV-RCKKPCFKRLSRQKKKKLVKKSNVPAKQQR 250
Query: 256 PVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINNGGQNKSDRRVSFSDKDDVLGPSTRA 315
PVP IRSILK SVKVVSET+PS NL GS QVINNGG+ +SDRRVSF DKDDVLGP TRA
Sbjct: 251 PVPSIRSILKQSVKVVSETBPSG-NLKGSKQVINNGGK-QSDRRVSFFDKDDVLGPKTRA 310
Query: 316 ISDTFEQNDGSPFEASEGDTNSGETNKEVDSME-VGVNDDVFVSFSTRHEVDSQHMKGKI 375
SDTFEQ+ G+PF+ SEG+T SGE+NK V SME VG+NDD+ VSFSTRH VDSQ +KGKI
Sbjct: 311 FSDTFEQSVGNPFQDSEGNTMSGESNKGVASMEDVGLNDDI-VSFSTRHGVDSQRIKGKI 370
Query: 376 QLPNIHDQVNAQ-CSMRPHPCWDNANHSAEKLIPANRVIPQENNLHLFDHVYVDAPQKLP 435
QLPNIHDQVNAQ SMRPHPCW N H E+ I ANRV+P E+N HLFDHVY+DAPQ+ P
Sbjct: 371 QLPNIHDQVNAQISSMRPHPCWGNMKHLVEEPISANRVVPHESNSHLFDHVYIDAPQR-P 430
Query: 436 SVDSAIP-----QEERQYGHVRTQCGSSFPRAHSFYGKSVDHLINPINGVAALSSMASTV 495
V SAIP Q+ERQYG VRTQ GS+FP AH+F GKSVDHL+NPINGVA L SM STV
Sbjct: 431 PVHSAIPALLAAQDERQYGQVRTQXGSNFPGAHTFNGKSVDHLVNPINGVANLGSMTSTV 490
Query: 496 PSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEKGTNDGFFCLPLNSKGELIQ 555
P+F+ +EN VGR NLAES AKD R FPN EQ VAYKEKG NDGFFCLPLNSKGELIQ
Sbjct: 491 PTFTLTENGVGRLFNLAESSAKDNRGPFPNLEQRAVAYKEKGMNDGFFCLPLNSKGELIQ 550
Query: 556 LNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFIDNETLLVDTELAGNQLTLF 615
LNS ++NR+DQMNEA NNMACSSRIPVCGLV PRSTRDYFIDNE +L+DTEL NQLTLF
Sbjct: 551 LNSGLVNRYDQMNEARNNMACSSRIPVCGLVQPRSTRDYFIDNEKVLIDTELTENQLTLF 610
Query: 616 PLHSNMQENQNRLLSGRFHLAEPGTSETADIRLLNSERGTESGRFFHSNLMDRPFNRCRY 675
PLHS MQEN+N+ LS RF + EPGTS DIRLLNSERGT+SG HSNLMD PFNRCRY
Sbjct: 611 PLHS-MQENRNQYLSARFDVTEPGTSGETDIRLLNSERGTDSGSLLHSNLMDAPFNRCRY 670
Query: 676 YGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGGNGKEVQEPEVINFWKNSTL 735
YGKL NQNVS EIYPENSS+M +NPARQTMRLMGKDVAVGGNGKEVQEPE INFWKNS+L
Sbjct: 671 YGKLHNQNVSTEIYPENSSTMSANPARQTMRLMGKDVAVGGNGKEVQEPEGINFWKNSSL 730
Query: 736 IENCLTNPIQENPMRKRNFLQERV----------FYPAGFHGNQVAQRNLLPNAPQVRYP 795
IENCLTN IQENPMRKRNFLQ+RV FYPAGFH QVAQ NLLPNAPQVRYP
Sbjct: 731 IENCLTNSIQENPMRKRNFLQDRVLHYPSKGETLFYPAGFHSGQVAQSNLLPNAPQVRYP 790
Query: 796 HSRLDKKNSIMNQRSNSVINLNERFNNIHAFSPLSTEAFNMEPNFQAPFISGPETL 814
H RL++KN +M QRS+SVINLNERF+NI+AF P STEAFNM PNFQAPFISGP TL
Sbjct: 791 HPRLNRKNGVMYQRSDSVINLNERFSNIYAFFPSSTEAFNMAPNFQAPFISGPRTL 833
BLAST of Tan0011465 vs. NCBI nr
Match:
XP_038888639.1 (uncharacterized protein LOC120078436 [Benincasa hispida])
HSP 1 Score: 1048.9 bits (2711), Expect = 2.4e-302
Identity = 587/850 (69.06%), Postives = 653/850 (76.82%), Query Frame = 0
Query: 2 AVFSIREYALKMRGKDLRR-SWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNNC 61
+ FSIREYAL R DL R SWPFSE VK+EVAEALLPP+ VKKFRWW E I +
Sbjct: 6 SAFSIREYALNKRSTDLTRISWPFSEKVKKEVAEALLPPMDVKKFRWWSSERVISEEEEV 65
Query: 62 VREKEEMKVEKICPVCGVFVTATVNAMNAHIDNCLAQ--TTKEKRRN-KAKSRTPKKRSI 121
+ E+ +K++KICPVCGVFV ATVNA+NAHID+CL T+KE R+ KAKSRTPKKRSI
Sbjct: 66 IIER--IKMQKICPVCGVFVAATVNAVNAHIDSCLNSQITSKEIRKKLKAKSRTPKKRSI 125
Query: 122 AEIFAVAPPVETMIIVNDC----DRENVVGKQKI-----PDKLKATSLARTLVSAMKTIK 181
A+IFAVAPPV+TMII NDC + + VGKQ I + LK TSLA +LVS +KTI
Sbjct: 126 ADIFAVAPPVKTMIIANDCCDEEEEKKAVGKQIIRHNNNNNNLKTTSLATSLVSTIKTIN 185
Query: 182 ANNTKNKYNNNH--KNKDFGHEQLCKKGQ-RNHKDVSVRRCKKPCFKRLSRQKKRKLVKK 241
+ + + H K KDFGH QLC+KG+ RNHKDVS CKKPCFKRL RQK++KLVKK
Sbjct: 186 TTTEQEQPSILHKKKKKDFGHGQLCRKGEIRNHKDVST-LCKKPCFKRLCRQKRKKLVKK 245
Query: 242 SNVVAKQQRPVPPIRSILKHSVKVVSETNPSSTNLTG-SNQVINNGGQNKSDRRVSFSDK 301
SNVVAKQQRP+P +RSILKHSVK SETN SS NL G +NQV NNGG KSDRRVSF DK
Sbjct: 246 SNVVAKQQRPMPLLRSILKHSVKATSETNFSSINLRGNNNQVFNNGGGQKSDRRVSFLDK 305
Query: 302 DDVLGPSTRAISDTFEQNDGSPFEASEGDTNSGETNKEVDSMEVGVNDDVFVSFSTRHEV 361
DDVLG ST SDTFEQN G+PF+ASE TNSGE+NKEV +E +NDD V FST+HEV
Sbjct: 306 DDVLGLSTEVFSDTFEQNVGNPFQASEVSTNSGESNKEVAPVEANLNDD--VCFSTQHEV 365
Query: 362 DSQHMKGKIQLPNIHDQVNAQCSMRPHPCWDNANHSAEKLIPANRVIP-QENNLHLFDHV 421
D QH KGKIQLPN H+QVNA+ WDNA HS E LI N+ IP +N+L LFDHV
Sbjct: 366 DGQHAKGKIQLPNFHNQVNAE-------SWDNAKHSTENLISKNQDIPHDQNDLRLFDHV 425
Query: 422 YVDAPQKLPSVDSAIP-----QEERQYGHVRTQCG-SSFPRAHSFYGKSVDHLINPI-NG 481
YVD QKL V SAIP QEERQYGHVRTQCG +S +AHS YGKS DHLINP NG
Sbjct: 426 YVDGLQKLSPVHSAIPALLAAQEERQYGHVRTQCGLNSIRQAHSLYGKSTDHLINPFNNG 485
Query: 482 VAALSSMASTVPSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEKGTNDGFFC 541
VAAL S+ S VPS S SEN V RFLNLAES KDT F N E+S V+YKEKG NDGFFC
Sbjct: 486 VAALGSITSRVPSSSLSENPVSRFLNLAESSIKDTIFPFSNGEESMVSYKEKGVNDGFFC 545
Query: 542 LPLNSKGELIQLNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFIDNETLLVD 601
LPLNSKGELIQLNS +INRFDQMNEASN +ACSSRIPVC LVLPRS RDYFIDNE LLVD
Sbjct: 546 LPLNSKGELIQLNSGLINRFDQMNEASNTIACSSRIPVCSLVLPRS-RDYFIDNEKLLVD 605
Query: 602 TELAGNQLTLFPLHSNMQENQNRLLSGRFHLAEPG-TSETADIRLLNSERGTESGRFFHS 661
TEL GNQLTLFPLHS++ ENQNR F ++EPG TSETADIRL+NSERGTESGRFFH
Sbjct: 606 TELTGNQLTLFPLHSHLPENQNRYFPAGFDISEPGITSETADIRLMNSERGTESGRFFHP 665
Query: 662 NLMDRPFNRCRYYGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGGNGKEVQE 721
NLMD P+NRCRYYGK QNQNVS + YPENSSSM +NP +QTMRLMGKDVAVGGN +EVQE
Sbjct: 666 NLMDSPYNRCRYYGKFQNQNVSTQFYPENSSSMCANPGQQTMRLMGKDVAVGGNRQEVQE 725
Query: 722 PEVINFWKNSTLIENCLTNPIQENPMRKRNFLQER-----------VFYPAGFHGNQVAQ 781
PEVINFWKNSTLI NCLTNPIQE MRKRNFLQ+R ++PAGFHGNQVAQ
Sbjct: 726 PEVINFWKNSTLIGNCLTNPIQETHMRKRNFLQDRELHHPSKGETLFYHPAGFHGNQVAQ 785
Query: 782 RNLLPNAPQVRYPHSRLDKKNSIMNQRSNSVINLNERF-NNIHAFSPLSTEAFNMEPNFQ 814
N NA QVRYPH L++K+SIM QR +SVINLNE F NNIHAFSP ST+ FNM NFQ
Sbjct: 786 SNFFANASQVRYPHPHLNRKSSIMYQRPDSVINLNESFNNNIHAFSPSSTDTFNMAQNFQ 842
BLAST of Tan0011465 vs. NCBI nr
Match:
XP_023511520.1 (uncharacterized protein LOC111776324 isoform X3 [Cucurbita pepo subsp. pepo])
HSP 1 Score: 1039.3 bits (2686), Expect = 1.9e-299
Identity = 589/894 (65.88%), Postives = 654/894 (73.15%), Query Frame = 0
Query: 4 FSIREYALKMRGKDLRRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNNCVRE 63
FSIREYAL MRG DL+RSWPFSENVK+EVA+ALLPP+ V+KFRWW H+ V E
Sbjct: 3 FSIREYALNMRGTDLKRSWPFSENVKKEVAQALLPPMDVRKFRWWSHQQ--TDCGGVVEE 62
Query: 64 KE------EMKVEKICPVCGVFVTATVNAMNAHIDNCLAQTTKEKRRNK---------AK 123
KE ++++KIC VCGVFV ATVNAMNAHID+CLAQTTKE+RRNK AK
Sbjct: 63 KEVVVVVDRIQMQKICAVCGVFVAATVNAMNAHIDSCLAQTTKERRRNKGGGGGGGGGAK 122
Query: 124 SRTPKKRSIAEIFAVAPPVETMIIVNDCDR-ENVVGKQKIPDKLKATSLARTLVSAMKTI 183
SRTPKKRSIAEIFAVAPPV+TMII NDC+ E +GKQ I DKLKATSLAR+LVSAMKTI
Sbjct: 123 SRTPKKRSIAEIFAVAPPVKTMIIGNDCEEGEKGIGKQMIRDKLKATSLARSLVSAMKTI 182
Query: 184 KANNTKN------------KYNNNHKNKDFGHEQLCKKGQRNHKDVSVRRCKKPCFKRLS 243
KA NT+N K KNK+FGHEQLCKKG+RNHKDVS R CKKPCFKRLS
Sbjct: 183 KAKNTRNEEEMRRRRRKKKKKKKKKKNKNFGHEQLCKKGERNHKDVSARCCKKPCFKRLS 242
Query: 244 RQKKRKLVKKSNVVAKQQRPVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINNGGQNKS 303
RQK++KLVKKSNVV +QQRP+ P+RSILKHSVK +SET GSNQ NNGGQ K
Sbjct: 243 RQKRKKLVKKSNVVGRQQRPLAPLRSILKHSVKEISETR-------GSNQASNNGGQ-KY 302
Query: 304 DRRVSFSDKDDVLGPSTRAISDTFEQNDGSPFEASEGDTNSGETNKEVDSMEVGVNDDVF 363
RRVSF DKDDVLGP+T A+SDTFEQ+ +PF+ASEG + SGE++K V SMEVGV DDV
Sbjct: 303 GRRVSFLDKDDVLGPTTGALSDTFEQDGCNPFQASEGSSKSGESDKGVASMEVGVEDDV- 362
Query: 364 VSFSTRHEVDSQHMKGKIQLPNIHDQVNAQCSMRPHPCWDNANHSAEKLIPANRVIPQ-E 423
VSFS RH+VDSQ WDN HS EKLI NRVIP+ +
Sbjct: 363 VSFSPRHDVDSQ-------------------------SWDNVKHSTEKLISTNRVIPRDQ 422
Query: 424 NNLHLFDHVYVDAPQKLPSVDSAIP------QEERQYGHVRTQCGSSFPRAHSFYGKSVD 483
N+LHLFD VYVDAPQKLP VDSA P QEERQYGHVRTQC RAHS YG
Sbjct: 423 NDLHLFDRVYVDAPQKLPPVDSATPALLAAAQEERQYGHVRTQC-----RAHSLYG---- 482
Query: 484 HLINPINGVAALSSMASTVPSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEK 543
S S VPS S SENA GRFLNLA+S KD RC FPNWEQS VAYKEK
Sbjct: 483 -------------SNTSRVPSSSLSENAGGRFLNLAQSSDKDARCSFPNWEQSAVAYKEK 542
Query: 544 GTNDGFFCLPLNSKGELIQLNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFI 603
G NDGFFCLPLNSKGELIQLNS ++NRF QMNEA+N MACSSRIPVC LVLPR TRDYFI
Sbjct: 543 GVNDGFFCLPLNSKGELIQLNSGLVNRFGQMNEANNTMACSSRIPVCSLVLPRRTRDYFI 602
Query: 604 DNETLLVDTELAGNQLTLFPLHSNMQENQNRLLSGRFHLAEPGTSETADIRLLNSERGTE 663
DNE LLVDTEL NQLTLFPLHSN+QENQN+ LS RF + EPGT SERGTE
Sbjct: 603 DNEKLLVDTELTRNQLTLFPLHSNVQENQNQYLSARFDVTEPGT----------SERGTE 662
Query: 664 SGRFFHSNLMDRPFNRCRYYGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGG 723
SGRF HSNLMD PF R RYYGKLQNQN S EI PE+SSS+ +NPARQTMRLMGKDVAVG
Sbjct: 663 SGRFLHSNLMDSPFYRSRYYGKLQNQNGSTEINPESSSSVCANPARQTMRLMGKDVAVGE 722
Query: 724 NGKEVQEPEVINFWKNSTLIENCLTNPIQENPMRKRNFLQER-----------VFYPAGF 783
+GKE+QEPEVINFWKNSTLI+NCLTNPIQENPMRKRNFLQ+R ++PAGF
Sbjct: 723 HGKEIQEPEVINFWKNSTLIDNCLTNPIQENPMRKRNFLQDRELHHPSKGEALFYHPAGF 782
Query: 784 HGNQVAQRNLLPNAPQVRYPHSRLDKKNSIMNQRSNSVINLNERF-NNIHAFSPLSTEAF 843
H NAPQVRYPH L++ QR +SVINLNERF NN+H +ST+AF
Sbjct: 783 HHPS--------NAPQVRYPHPHLNR----TYQRPDSVINLNERFNNNVH----VSTDAF 812
Query: 844 NMEPNFQAPFISGPETLSQM-MKIMSSSLGFTVLRGFPHGCYTVTNGKKHRSQI 850
NM PNFQAPFISGPETLSQM M+++S SLGF VLR F HGCY +TNGK + Q+
Sbjct: 843 NMAPNFQAPFISGPETLSQMIMEMLSRSLGFIVLRPFLHGCYMITNGKHLQPQM 812
BLAST of Tan0011465 vs. NCBI nr
Match:
XP_022969330.1 (uncharacterized protein LOC111468375 isoform X3 [Cucurbita maxima])
HSP 1 Score: 1036.2 bits (2678), Expect = 1.6e-298
Identity = 584/885 (65.99%), Postives = 650/885 (73.45%), Query Frame = 0
Query: 4 FSIREYALKMRGKDLRRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNNCVRE 63
FSIREYAL MRG DL+RSWPFSENVK+EVA+ALLPP+ V+KFRWW H+ V E
Sbjct: 3 FSIREYALNMRGTDLKRSWPFSENVKKEVAQALLPPMDVRKFRWWSHQQ--TDCGGVVEE 62
Query: 64 KE-----EMKVEKICPVCGVFVTATVNAMNAHIDNCLAQTTKEKRRNK----AKSRTPKK 123
KE ++++KICPVCGVFV ATVNAMNAHI +CLAQTTKE+RRNK AKSRTPKK
Sbjct: 63 KEVVVVDRIQMQKICPVCGVFVAATVNAMNAHIHSCLAQTTKERRRNKGGGGAKSRTPKK 122
Query: 124 RSIAEIFAVAPPVETMIIVNDCDRENVVGKQKIPDKLKATSLARTLVSAMKTIKANNTKN 183
RSIAEIFAVAPPV+TMII NDC+ E +GKQ I DKLKATSLAR+LVSAMKTIKA NT+N
Sbjct: 123 RSIAEIFAVAPPVKTMIIGNDCEGEKGIGKQMIRDKLKATSLARSLVSAMKTIKAKNTRN 182
Query: 184 ----------KYNNNHKNKDFGHEQLCKKGQRNHKDVSVRRCKKPCFKRLSRQKKRKLVK 243
+ KNK+FGHEQLCK G+RNHKDVS R CKKPCFKRLSRQK++KLVK
Sbjct: 183 EEEMRRRRRRRKKKKKKNKNFGHEQLCKNGERNHKDVSARCCKKPCFKRLSRQKRKKLVK 242
Query: 244 KSNVVAKQQRPVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINNGGQNKSDRRVSFSDK 303
KSNVV +QQRP+ P+RSILKHSVK +SET GSNQ NNGGQ K +RVSF DK
Sbjct: 243 KSNVVGRQQRPLAPLRSILKHSVKEISETR-------GSNQASNNGGQ-KYGKRVSFLDK 302
Query: 304 DDVLGPSTRAISDTFEQNDGSPFEASEGDTNSGETNKEVDSMEVGVNDDVFVSFSTRHEV 363
DDVLGP+T A+SDTFEQ+ +PF+ASEG + SGE++K V SMEVGV DDV VS S RH+V
Sbjct: 303 DDVLGPTTGALSDTFEQDGCNPFQASEGSSKSGESDKGVASMEVGVEDDV-VSVSPRHDV 362
Query: 364 DSQHMKGKIQLPNIHDQVNAQCSMRPHPCWDNANHSAEKLIPANRVIP-QENNLHLFDHV 423
DSQ WDNA HS EKLI NRVIP +N+LHLFDHV
Sbjct: 363 DSQ-------------------------SWDNAKHSTEKLISTNRVIPCDQNDLHLFDHV 422
Query: 424 YVDAPQKLPSVDSAIP------QEERQYGHVRTQCGSSFPRAHSFYGKSVDHLINPINGV 483
YVDAPQKLP VDSA P QEERQYGHVRTQC RAHS YG
Sbjct: 423 YVDAPQKLPPVDSATPALLAAAQEERQYGHVRTQC-----RAHSLYG------------- 482
Query: 484 AALSSMASTVPSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEKGTNDGFFCL 543
S S VPS S SENA GRFLNLA+S KD RC FPN EQS VAYKEKG NDGFFCL
Sbjct: 483 ----SNTSRVPSSSLSENAGGRFLNLAQSSGKDARCSFPNREQSAVAYKEKGMNDGFFCL 542
Query: 544 PLNSKGELIQLNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFIDNETLLVDT 603
PLNSKGELIQLNS ++NRF QMNEA+N MACSSRIPVC VLPR TRDYFIDNE LLVDT
Sbjct: 543 PLNSKGELIQLNSGLVNRFGQMNEANNTMACSSRIPVCSFVLPRRTRDYFIDNEKLLVDT 602
Query: 604 ELAGNQLTLFPLHSNMQENQNRLLSGRFHLAEPGTSETADIRLLNSERGTESGRFFHSNL 663
EL NQLTLFPLHSN+QENQN+ LS RF + EPGT SERGTESG F HSNL
Sbjct: 603 ELTRNQLTLFPLHSNVQENQNQYLSARFDITEPGT----------SERGTESGGFLHSNL 662
Query: 664 MDRPFNRCRYYGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGGNGKEVQEPE 723
MD PF R RYYGKLQNQN S EI PE+SSS+ +NPARQTMRLMGKDVAVG +GKE+QEPE
Sbjct: 663 MDSPFYRSRYYGKLQNQNGSTEINPESSSSVCANPARQTMRLMGKDVAVGEHGKEIQEPE 722
Query: 724 VINFWKNSTLIENCLTNPIQENPMRKRNFLQER-----------VFYPAGFHGNQVAQRN 783
VINFWKNSTLI+NCLTNPIQENP RKRNFLQ+R ++PAGFH
Sbjct: 723 VINFWKNSTLIDNCLTNPIQENPTRKRNFLQDRELHHPSKGEALFYHPAGFHHPS----- 782
Query: 784 LLPNAPQVRYPHSRLDKKNSIMNQRSNSVINLNERF-NNIHAFSPLSTEAFNMEPNFQAP 843
NAPQVRYPH L++ M QR SVINLNERF NN+H +ST+AFNM PNFQAP
Sbjct: 783 ---NAPQVRYPHPHLNR----MYQRPESVINLNERFNNNVH----VSTDAFNMAPNFQAP 803
Query: 844 FISGPETLSQM-MKIMSSSLGFTVLRGFPHGCYTVTNGKKHRSQI 850
FISGPETLSQM M+++S SLGF VLR F HGCY +TNGK+ + Q+
Sbjct: 843 FISGPETLSQMIMEMLSRSLGFIVLRAFLHGCYMITNGKQLQPQM 803
BLAST of Tan0011465 vs. ExPASy TrEMBL
Match:
A0A6J1D428 (uncharacterized protein LOC111016842 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111016842 PE=4 SV=1)
HSP 1 Score: 1143.6 bits (2957), Expect = 0.0e+00
Identity = 625/848 (73.70%), Postives = 690/848 (81.37%), Query Frame = 0
Query: 4 FSIREYALKMRGKDLRRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNN---- 63
FSIREYAL MRG+DL R WPF +NVK+EVAEA+LPPISV KFRWW HE+E KS+N
Sbjct: 8 FSIREYALNMRGRDLGRCWPFRDNVKKEVAEAILPPISVTKFRWWSHELEALKSSNISET 67
Query: 64 -----CVREKEEMKV---EKICPVCGVFVTATVNAMNAHIDNCLAQT-TKEKRRN----- 123
+++EE KV EKICPVCGVFVTATVNAMNAHID+CLAQT T +KR+N
Sbjct: 68 VTAAAAAQKQEEEKVIIMEKICPVCGVFVTATVNAMNAHIDSCLAQTITNQKRKNNSNGA 127
Query: 124 -KAKSRTPKKRSIAEIFAVAPPVETMIIVNDCDRENVVGKQKIPDKLKATSLARTLVSAM 183
K KSRTPKKRSIAEIFAVAPPVET++ E+ G + +LKATSLARTLV+AM
Sbjct: 128 VKPKSRTPKKRSIAEIFAVAPPVETVV-------EDGGGIIRQKQQLKATSLARTLVTAM 187
Query: 184 KTIKA-NNTKNKYNNN-HKNKDFGHEQLCKKGQRNHKDVSVRRCKKPCFKRLSRQKKRKL 243
KTIKA N ++K + KNKDFGHE L KKG+RNHKDVSV RCKKPCFKRLSRQKK+KL
Sbjct: 188 KTIKAKRNKQHKLKASVVKNKDFGHELLRKKGERNHKDVSV-RCKKPCFKRLSRQKKKKL 247
Query: 244 VKKSNVVAKQQRPVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINNGGQNKSDRRVSFS 303
VKKSNV AKQQRPVP IRSILK SVKVVSET+PS NL GS QVINNGG+ +SDRRVSF
Sbjct: 248 VKKSNVPAKQQRPVPSIRSILKQSVKVVSETDPSG-NLKGSKQVINNGGK-QSDRRVSFF 307
Query: 304 DKDDVLGPSTRAISDTFEQNDGSPFEASEGDTNSGETNKEVDSME-VGVNDDVFVSFSTR 363
DKDDVLGP TRA SDTFEQ+ G+PF+ SEG+T SGE+NK V SME VG+NDD+ VSFSTR
Sbjct: 308 DKDDVLGPKTRAFSDTFEQSVGNPFQDSEGNTMSGESNKGVASMEDVGLNDDI-VSFSTR 367
Query: 364 HEVDSQHMKGKIQLPNIHDQVNAQ-CSMRPHPCWDNANHSAEKLIPANRVIPQENNLHLF 423
H VDSQ +KGKIQLPNIHDQVNAQ SMRPHPCW N H E+ I ANRV+P E+N HLF
Sbjct: 368 HGVDSQRIKGKIQLPNIHDQVNAQISSMRPHPCWGNMKHLVEEPISANRVVPHESNSHLF 427
Query: 424 DHVYVDAPQKLPSVDSAIP-----QEERQYGHVRTQCGSSFPRAHSFYGKSVDHLINPIN 483
DHVY+DAPQ+ P V SAIP Q+ERQYG VRTQ GS+FP AH+F GKSVDHL+NPIN
Sbjct: 428 DHVYIDAPQR-PPVHSAIPALLAAQDERQYGQVRTQXGSNFPGAHTFNGKSVDHLVNPIN 487
Query: 484 GVAALSSMASTVPSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEKGTNDGFF 543
GVA L SM STVP+F+ +EN VGR NLAES AKD R FPN EQ VAYKEKG NDGFF
Sbjct: 488 GVANLGSMTSTVPTFTLTENGVGRLFNLAESSAKDNRGPFPNLEQRAVAYKEKGMNDGFF 547
Query: 544 CLPLNSKGELIQLNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFIDNETLLV 603
CLPLNSKGELIQLNS ++NR+DQMNEA NNMACSSRIPVCGLV PRSTRDYFIDNE +L+
Sbjct: 548 CLPLNSKGELIQLNSGLVNRYDQMNEARNNMACSSRIPVCGLVQPRSTRDYFIDNEKVLI 607
Query: 604 DTELAGNQLTLFPLHSNMQENQNRLLSGRFHLAEPGTSETADIRLLNSERGTESGRFFHS 663
DTEL NQLTLFPLHS MQEN+N+ LS RF + EPGTS DIRLLNSERGT+SG HS
Sbjct: 608 DTELTENQLTLFPLHS-MQENRNQYLSARFDVTEPGTSGETDIRLLNSERGTDSGSLLHS 667
Query: 664 NLMDRPFNRCRYYGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGGNGKEVQE 723
NLMD PFNRCRYYGKL NQNVS EIYPENSS+M +NPARQTMRLMGKDVAVGGNGKEVQE
Sbjct: 668 NLMDAPFNRCRYYGKLHNQNVSTEIYPENSSTMSANPARQTMRLMGKDVAVGGNGKEVQE 727
Query: 724 PEVINFWKNSTLIENCLTNPIQENPMRKRNFLQERV----------FYPAGFHGNQVAQR 783
PE INFWKNS+LIENCLTN IQENPMRKRNFLQ+RV FYPAGFH QVAQ
Sbjct: 728 PEGINFWKNSSLIENCLTNSIQENPMRKRNFLQDRVLHYPSKGETLFYPAGFHSGQVAQS 787
Query: 784 NLLPNAPQVRYPHSRLDKKNSIMNQRSNSVINLNERFNNIHAFSPLSTEAFNMEPNFQAP 814
NLLPNAPQVRYPH RL++KN +M QRS+SVINLNERF+NI+AF P STEAFNM PNFQAP
Sbjct: 788 NLLPNAPQVRYPHPRLNRKNGVMYQRSDSVINLNERFSNIYAFFPSSTEAFNMAPNFQAP 842
BLAST of Tan0011465 vs. ExPASy TrEMBL
Match:
A0A6J1D325 (uncharacterized protein LOC111016842 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111016842 PE=4 SV=1)
HSP 1 Score: 1122.1 bits (2901), Expect = 0.0e+00
Identity = 614/836 (73.44%), Postives = 679/836 (81.22%), Query Frame = 0
Query: 16 KDLRRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNN---------CVREKEE 75
+DL R WPF +NVK+EVAEA+LPPISV KFRWW HE+E KS+N +++EE
Sbjct: 11 RDLGRCWPFRDNVKKEVAEAILPPISVTKFRWWSHELEALKSSNISETVTAAAAAQKQEE 70
Query: 76 MKV---EKICPVCGVFVTATVNAMNAHIDNCLAQT-TKEKRRN------KAKSRTPKKRS 135
KV EKICPVCGVFVTATVNAMNAHID+CLAQT T +KR+N K KSRTPKKRS
Sbjct: 71 EKVIIMEKICPVCGVFVTATVNAMNAHIDSCLAQTITNQKRKNNSNGAVKPKSRTPKKRS 130
Query: 136 IAEIFAVAPPVETMIIVNDCDRENVVGKQKIPDKLKATSLARTLVSAMKTIKA-NNTKNK 195
IAEIFAVAPPVET++ E+ G + +LKATSLARTLV+AMKTIKA N ++K
Sbjct: 131 IAEIFAVAPPVETVV-------EDGGGIIRQKQQLKATSLARTLVTAMKTIKAKRNKQHK 190
Query: 196 YNNN-HKNKDFGHEQLCKKGQRNHKDVSVRRCKKPCFKRLSRQKKRKLVKKSNVVAKQQR 255
+ KNKDFGHE L KKG+RNHKDVSV RCKKPCFKRLSRQKK+KLVKKSNV AKQQR
Sbjct: 191 LKASVVKNKDFGHELLRKKGERNHKDVSV-RCKKPCFKRLSRQKKKKLVKKSNVPAKQQR 250
Query: 256 PVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINNGGQNKSDRRVSFSDKDDVLGPSTRA 315
PVP IRSILK SVKVVSET+PS NL GS QVINNGG+ +SDRRVSF DKDDVLGP TRA
Sbjct: 251 PVPSIRSILKQSVKVVSETDPSG-NLKGSKQVINNGGK-QSDRRVSFFDKDDVLGPKTRA 310
Query: 316 ISDTFEQNDGSPFEASEGDTNSGETNKEVDSME-VGVNDDVFVSFSTRHEVDSQHMKGKI 375
SDTFEQ+ G+PF+ SEG+T SGE+NK V SME VG+NDD+ VSFSTRH VDSQ +KGKI
Sbjct: 311 FSDTFEQSVGNPFQDSEGNTMSGESNKGVASMEDVGLNDDI-VSFSTRHGVDSQRIKGKI 370
Query: 376 QLPNIHDQVNAQ-CSMRPHPCWDNANHSAEKLIPANRVIPQENNLHLFDHVYVDAPQKLP 435
QLPNIHDQVNAQ SMRPHPCW N H E+ I ANRV+P E+N HLFDHVY+DAPQ+ P
Sbjct: 371 QLPNIHDQVNAQISSMRPHPCWGNMKHLVEEPISANRVVPHESNSHLFDHVYIDAPQR-P 430
Query: 436 SVDSAIP-----QEERQYGHVRTQCGSSFPRAHSFYGKSVDHLINPINGVAALSSMASTV 495
V SAIP Q+ERQYG VRTQ GS+FP AH+F GKSVDHL+NPINGVA L SM STV
Sbjct: 431 PVHSAIPALLAAQDERQYGQVRTQXGSNFPGAHTFNGKSVDHLVNPINGVANLGSMTSTV 490
Query: 496 PSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEKGTNDGFFCLPLNSKGELIQ 555
P+F+ +EN VGR NLAES AKD R FPN EQ VAYKEKG NDGFFCLPLNSKGELIQ
Sbjct: 491 PTFTLTENGVGRLFNLAESSAKDNRGPFPNLEQRAVAYKEKGMNDGFFCLPLNSKGELIQ 550
Query: 556 LNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFIDNETLLVDTELAGNQLTLF 615
LNS ++NR+DQMNEA NNMACSSRIPVCGLV PRSTRDYFIDNE +L+DTEL NQLTLF
Sbjct: 551 LNSGLVNRYDQMNEARNNMACSSRIPVCGLVQPRSTRDYFIDNEKVLIDTELTENQLTLF 610
Query: 616 PLHSNMQENQNRLLSGRFHLAEPGTSETADIRLLNSERGTESGRFFHSNLMDRPFNRCRY 675
PLHS MQEN+N+ LS RF + EPGTS DIRLLNSERGT+SG HSNLMD PFNRCRY
Sbjct: 611 PLHS-MQENRNQYLSARFDVTEPGTSGETDIRLLNSERGTDSGSLLHSNLMDAPFNRCRY 670
Query: 676 YGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGGNGKEVQEPEVINFWKNSTL 735
YGKL NQNVS EIYPENSS+M +NPARQTMRLMGKDVAVGGNGKEVQEPE INFWKNS+L
Sbjct: 671 YGKLHNQNVSTEIYPENSSTMSANPARQTMRLMGKDVAVGGNGKEVQEPEGINFWKNSSL 730
Query: 736 IENCLTNPIQENPMRKRNFLQERV----------FYPAGFHGNQVAQRNLLPNAPQVRYP 795
IENCLTN IQENPMRKRNFLQ+RV FYPAGFH QVAQ NLLPNAPQVRYP
Sbjct: 731 IENCLTNSIQENPMRKRNFLQDRVLHYPSKGETLFYPAGFHSGQVAQSNLLPNAPQVRYP 790
Query: 796 HSRLDKKNSIMNQRSNSVINLNERFNNIHAFSPLSTEAFNMEPNFQAPFISGPETL 814
H RL++KN +M QRS+SVINLNERF+NI+AF P STEAFNM PNFQAPFISGP TL
Sbjct: 791 HPRLNRKNGVMYQRSDSVINLNERFSNIYAFFPSSTEAFNMAPNFQAPFISGPRTL 833
BLAST of Tan0011465 vs. ExPASy TrEMBL
Match:
A0A6J1HZM3 (uncharacterized protein LOC111468375 isoform X3 OS=Cucurbita maxima OX=3661 GN=LOC111468375 PE=4 SV=1)
HSP 1 Score: 1036.2 bits (2678), Expect = 7.7e-299
Identity = 584/885 (65.99%), Postives = 650/885 (73.45%), Query Frame = 0
Query: 4 FSIREYALKMRGKDLRRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNNCVRE 63
FSIREYAL MRG DL+RSWPFSENVK+EVA+ALLPP+ V+KFRWW H+ V E
Sbjct: 3 FSIREYALNMRGTDLKRSWPFSENVKKEVAQALLPPMDVRKFRWWSHQQ--TDCGGVVEE 62
Query: 64 KE-----EMKVEKICPVCGVFVTATVNAMNAHIDNCLAQTTKEKRRNK----AKSRTPKK 123
KE ++++KICPVCGVFV ATVNAMNAHI +CLAQTTKE+RRNK AKSRTPKK
Sbjct: 63 KEVVVVDRIQMQKICPVCGVFVAATVNAMNAHIHSCLAQTTKERRRNKGGGGAKSRTPKK 122
Query: 124 RSIAEIFAVAPPVETMIIVNDCDRENVVGKQKIPDKLKATSLARTLVSAMKTIKANNTKN 183
RSIAEIFAVAPPV+TMII NDC+ E +GKQ I DKLKATSLAR+LVSAMKTIKA NT+N
Sbjct: 123 RSIAEIFAVAPPVKTMIIGNDCEGEKGIGKQMIRDKLKATSLARSLVSAMKTIKAKNTRN 182
Query: 184 ----------KYNNNHKNKDFGHEQLCKKGQRNHKDVSVRRCKKPCFKRLSRQKKRKLVK 243
+ KNK+FGHEQLCK G+RNHKDVS R CKKPCFKRLSRQK++KLVK
Sbjct: 183 EEEMRRRRRRRKKKKKKNKNFGHEQLCKNGERNHKDVSARCCKKPCFKRLSRQKRKKLVK 242
Query: 244 KSNVVAKQQRPVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINNGGQNKSDRRVSFSDK 303
KSNVV +QQRP+ P+RSILKHSVK +SET GSNQ NNGGQ K +RVSF DK
Sbjct: 243 KSNVVGRQQRPLAPLRSILKHSVKEISETR-------GSNQASNNGGQ-KYGKRVSFLDK 302
Query: 304 DDVLGPSTRAISDTFEQNDGSPFEASEGDTNSGETNKEVDSMEVGVNDDVFVSFSTRHEV 363
DDVLGP+T A+SDTFEQ+ +PF+ASEG + SGE++K V SMEVGV DDV VS S RH+V
Sbjct: 303 DDVLGPTTGALSDTFEQDGCNPFQASEGSSKSGESDKGVASMEVGVEDDV-VSVSPRHDV 362
Query: 364 DSQHMKGKIQLPNIHDQVNAQCSMRPHPCWDNANHSAEKLIPANRVIP-QENNLHLFDHV 423
DSQ WDNA HS EKLI NRVIP +N+LHLFDHV
Sbjct: 363 DSQ-------------------------SWDNAKHSTEKLISTNRVIPCDQNDLHLFDHV 422
Query: 424 YVDAPQKLPSVDSAIP------QEERQYGHVRTQCGSSFPRAHSFYGKSVDHLINPINGV 483
YVDAPQKLP VDSA P QEERQYGHVRTQC RAHS YG
Sbjct: 423 YVDAPQKLPPVDSATPALLAAAQEERQYGHVRTQC-----RAHSLYG------------- 482
Query: 484 AALSSMASTVPSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEKGTNDGFFCL 543
S S VPS S SENA GRFLNLA+S KD RC FPN EQS VAYKEKG NDGFFCL
Sbjct: 483 ----SNTSRVPSSSLSENAGGRFLNLAQSSGKDARCSFPNREQSAVAYKEKGMNDGFFCL 542
Query: 544 PLNSKGELIQLNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFIDNETLLVDT 603
PLNSKGELIQLNS ++NRF QMNEA+N MACSSRIPVC VLPR TRDYFIDNE LLVDT
Sbjct: 543 PLNSKGELIQLNSGLVNRFGQMNEANNTMACSSRIPVCSFVLPRRTRDYFIDNEKLLVDT 602
Query: 604 ELAGNQLTLFPLHSNMQENQNRLLSGRFHLAEPGTSETADIRLLNSERGTESGRFFHSNL 663
EL NQLTLFPLHSN+QENQN+ LS RF + EPGT SERGTESG F HSNL
Sbjct: 603 ELTRNQLTLFPLHSNVQENQNQYLSARFDITEPGT----------SERGTESGGFLHSNL 662
Query: 664 MDRPFNRCRYYGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGGNGKEVQEPE 723
MD PF R RYYGKLQNQN S EI PE+SSS+ +NPARQTMRLMGKDVAVG +GKE+QEPE
Sbjct: 663 MDSPFYRSRYYGKLQNQNGSTEINPESSSSVCANPARQTMRLMGKDVAVGEHGKEIQEPE 722
Query: 724 VINFWKNSTLIENCLTNPIQENPMRKRNFLQER-----------VFYPAGFHGNQVAQRN 783
VINFWKNSTLI+NCLTNPIQENP RKRNFLQ+R ++PAGFH
Sbjct: 723 VINFWKNSTLIDNCLTNPIQENPTRKRNFLQDRELHHPSKGEALFYHPAGFHHPS----- 782
Query: 784 LLPNAPQVRYPHSRLDKKNSIMNQRSNSVINLNERF-NNIHAFSPLSTEAFNMEPNFQAP 843
NAPQVRYPH L++ M QR SVINLNERF NN+H +ST+AFNM PNFQAP
Sbjct: 783 ---NAPQVRYPHPHLNR----MYQRPESVINLNERFNNNVH----VSTDAFNMAPNFQAP 803
Query: 844 FISGPETLSQM-MKIMSSSLGFTVLRGFPHGCYTVTNGKKHRSQI 850
FISGPETLSQM M+++S SLGF VLR F HGCY +TNGK+ + Q+
Sbjct: 843 FISGPETLSQMIMEMLSRSLGFIVLRAFLHGCYMITNGKQLQPQM 803
BLAST of Tan0011465 vs. ExPASy TrEMBL
Match:
A0A0A0KJS6 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G423330 PE=4 SV=1)
HSP 1 Score: 1026.2 bits (2652), Expect = 8.0e-296
Identity = 579/866 (66.86%), Postives = 647/866 (74.71%), Query Frame = 0
Query: 2 AVFSIREYALKMRGKDLRR-SWPFSENVKEEVAEALLPPISVKKFRWWF-------HEME 61
+ FSIREYAL R L SWPFSE VK+EVAE+LLPP+ VKKFRWW E E
Sbjct: 6 STFSIREYALNKRSMGLTTISWPFSEKVKKEVAESLLPPMDVKKFRWWSSLWLSSQEEEE 65
Query: 62 IQKSNNCVREKEEMKVEKICPVCGVFVTATVNAMNAHIDNCLAQTT-KEKRRN---KAKS 121
++ E +K++KICPVCGVFV ATV A+NAHID CLAQTT KE RR KAKS
Sbjct: 66 GEEGEEKEVITERIKMQKICPVCGVFVAATVAAVNAHIDTCLAQTTSKEIRRKNYLKAKS 125
Query: 122 RTPKKRSIAEIFAVAPPVETMIIVNDC----DRENVVGKQKI--PDKLKATSLARTLVSA 181
RTPKKRSIAEIFAVAPPV+TMI+VNDC + + VGKQ I LK TSLA +LVSA
Sbjct: 126 RTPKKRSIAEIFAVAPPVKTMIVVNDCCEDEEEKKAVGKQIIHHNKNLKTTSLATSLVSA 185
Query: 182 MKTIK-------------ANNTKNKYNNNHKNKDFGHEQLCKKGQ-RNHKDVSVRRCKKP 241
+KTIK A K K KNKDF H +LCKKG RNHKDVS ++P
Sbjct: 186 IKTIKNKIATTTEEPTILAKRKKKKKKKKKKNKDFCHGKLCKKGDIRNHKDVSTFCKRRP 245
Query: 242 CFKRLSRQKKRKLVKKSNVVAKQQRPVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINN 301
CFKRLS+QKK+KL KKS VVAKQQRP+PP+RSILKHSVK +SETN S NL GSNQ NN
Sbjct: 246 CFKRLSKQKKKKLAKKSTVVAKQQRPMPPLRSILKHSVKAISETNSSFINLKGSNQAFNN 305
Query: 302 GGQNKSDRRVSFSDKDDVLGPSTRAISDTFEQNDGSPFEASEGDTNSGETNKEVDSMEVG 361
GGQ KSDRRVSF DKDDVLGPSTR ISDTFEQN G+PF+ASE TNSGE+NKEV SME
Sbjct: 306 GGQ-KSDRRVSFLDKDDVLGPSTRTISDTFEQNVGNPFQASEVSTNSGESNKEVPSMEAN 365
Query: 362 VNDDVFVSFSTRHEVDSQHMKGKIQLPNIHDQVNAQCSMRPHPCWDNANHSAEKLIPANR 421
+NDDV STRH+VDSQH+KGKIQLPN H+QVNAQ W+N HS EKLI +R
Sbjct: 366 LNDDVDCFNSTRHKVDSQHVKGKIQLPNFHNQVNAQ-------SWENPKHSTEKLILESR 425
Query: 422 VIPQE-NNLHLFDHVYVDAPQKLPSVDSAIP-----QEERQYGHVRTQCG-SSFPRAHSF 481
IP + N+LHLFDHVYVDA QKLP SAIP QEER YGHVRTQCG + P+AHS
Sbjct: 426 DIPHDRNDLHLFDHVYVDAHQKLPPEHSAIPALLAAQEERPYGHVRTQCGLNVVPQAHSL 485
Query: 482 YGKSVDHLI---NPINGVAALSSMASTVPSFSSSENAVGRFLNLAESPAKDT-RCHFPNW 541
YGKSVDHLI N NGVAAL S+ S VPS S +EN V RFLNLAES A+D+ R N
Sbjct: 486 YGKSVDHLINNNNHFNGVAALGSVTSRVPSSSLTENPVSRFLNLAESSARDSNRFQISNG 545
Query: 542 EQSPVAYKEKGTNDGFFCLPLNSKGELIQLNSSMINRFDQMNEASNNMACSSRIPVCGLV 601
EQ V YKEKG NDGFFCLPLNS+GELIQLNS + +RFDQMNEA+ +A SSRIPVC V
Sbjct: 546 EQGVVTYKEKGVNDGFFCLPLNSRGELIQLNSGLTDRFDQMNEANTTIAGSSRIPVCNFV 605
Query: 602 LPRSTRDYFIDNETLLVDTELAGNQLTLFPLHSNMQENQNRLLSGRFHLAEPGTSETADI 661
+PRS RDYF+DNE L +DT+L GNQLTLFPLHS+MQENQNR L F + EPGTSETADI
Sbjct: 606 VPRS-RDYFVDNEKLFLDTKLTGNQLTLFPLHSHMQENQNRYLPAGFDVPEPGTSETADI 665
Query: 662 RLLNSERGTESGRFFHSNLMDRPFNRCRYYGKLQNQNVSAEIYPENSSSMLSNPARQTMR 721
RL+NSERGTE+GRFFH NLMD PFNRCRYY K QNQNVSA+ YPENSSSM +NP RQTMR
Sbjct: 666 RLMNSERGTETGRFFHPNLMDSPFNRCRYYEKFQNQNVSAQFYPENSSSMCANPGRQTMR 725
Query: 722 LMGKDVAVGGNGKEVQEPEVINFWKNSTLIENCLTNPIQENPMRKRNFLQER-------- 781
LMGKDVAVGGNGK+VQEPEVINFWKNS LI NCLTNPIQE MRKRNFLQ+R
Sbjct: 726 LMGKDVAVGGNGKDVQEPEVINFWKNSHLIGNCLTNPIQETHMRKRNFLQDRELHYPSRG 785
Query: 782 ---VFYPAGFHGNQVAQRNLLPNAPQ-VRYPHSRLDKKNSIMNQRSNSVINLNERFNNIH 813
++PAGFHGNQVAQ NLL NAPQ VRYPH ++K+S++ R SVINLNERFNNIH
Sbjct: 786 ETLFYHPAGFHGNQVAQGNLLANAPQAVRYPHPCTNRKSSLLYPRPESVINLNERFNNIH 845
BLAST of Tan0011465 vs. ExPASy TrEMBL
Match:
A0A6J1JPI0 (uncharacterized protein LOC111486332 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111486332 PE=4 SV=1)
HSP 1 Score: 1008.4 bits (2606), Expect = 1.7e-290
Identity = 574/845 (67.93%), Postives = 623/845 (73.73%), Query Frame = 0
Query: 4 FSIREYALKMRGKDL-RRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNNCVR 63
FSIREYALKMRGKDL RRSWPFSE VKEEVAEALLPPISV KFRWW E++I KSN V
Sbjct: 8 FSIREYALKMRGKDLTRRSWPFSEKVKEEVAEALLPPISVAKFRWWSQELQILKSNKVV- 67
Query: 64 EKEEMKVEKICPVCGVFVTATVNAMNAHIDNCLAQTTKEKRRN-----------KAKSRT 123
E+ KV+KICPVCGVFVTATVNAM+AHID CLA TTKEKR+N KAKSR
Sbjct: 68 --EDSKVDKICPVCGVFVTATVNAMSAHIDGCLAPTTKEKRKNKAGGGGAAAFLKAKSRP 127
Query: 124 PKKRSIAEIFAVAPPVETMIIVNDCDRENVVGKQKIPDKLKATSLARTLVSAMKTIKANN 183
PKKRSIAEIFAVAPPVETM +++DC+ E V GKQ+ DK+KATSLA TLVSAMKT+KANN
Sbjct: 128 PKKRSIAEIFAVAPPVETMTMIHDCEGEKVSGKQRNGDKIKATSLATTLVSAMKTMKANN 187
Query: 184 TKNKYNNNHKNKDFGHEQLCKKGQRNHKDVSVRRCKKPCFKRLSRQKKRKLVKKSNVVAK 243
NNN+KNK+FGHEQLCKKG RNHK V V CKKPCFKRLSRQK +K VKKSNVVAK
Sbjct: 188 -----NNNNKNKEFGHEQLCKKGHRNHKGVLV-CCKKPCFKRLSRQKMQKPVKKSNVVAK 247
Query: 244 QQRPVPPIRSILKHSVKVVSETNPSSTNLTGSNQVINNGGQNKSDRRVSFSDKDDVLGPS 303
QQR VPPIRSILKHSV TN SSTN S+QVINNG + KSDRRVSFSDK DVLGPS
Sbjct: 248 QQRAVPPIRSILKHSV-----TNSSSTNFKCSDQVINNGSR-KSDRRVSFSDKKDVLGPS 307
Query: 304 TRAISDTFEQNDGSPFEASEGDTNSGETNKEVDSMEVGVNDDVFVSFSTRHEVDSQHMKG 363
T + Q GSPF+ SEG+TNSGE+N VDSMEVG+N+D
Sbjct: 308 TTCV-----QTGGSPFQDSEGNTNSGESNTGVDSMEVGINND------------------ 367
Query: 364 KIQLPNIHDQVNAQCSMRPHPCWDNANHSAEKLIPANRVIPQENNLHLFDHVYVDAPQKL 423
R HPCWD NHSAEK I NRVIP EN+LHLFDH PQKL
Sbjct: 368 -----------------RSHPCWDGVNHSAEKSISVNRVIPHENSLHLFDH-----PQKL 427
Query: 424 PSVDSAIP-----QEERQYGHVRTQCGSSFPRAHSFYGKSVDHLINPINGVAALSSMAST 483
PSV SAIP QEERQYGH AHSF GKSVD+LI P+NGVAAL
Sbjct: 428 PSVHSAIPSLLAAQEERQYGH----------DAHSFCGKSVDYLITPMNGVAAL------ 487
Query: 484 VPSFSSSENAVGRFLNLAESPAKDTRCHFPNWEQSPVAYKEKGTNDGFFCLPLNSKGELI 543
SENA GRFLNLAES AKDTR PNWEQS VAYKEKG NDGFFCLPLNSKGELI
Sbjct: 488 ------SENAAGRFLNLAESSAKDTRSSLPNWEQSMVAYKEKGVNDGFFCLPLNSKGELI 547
Query: 544 QLNSSMINRFDQMNEASNNMACSSRIPVCGLVLPRSTRDYFIDNETLLVDTELAGNQLTL 603
QLNS +IN FDQMN+ SN M CSSRIP CGLVLPRS RD FIDN+ LLVDTEL GNQL+L
Sbjct: 548 QLNSGLINGFDQMNDTSNTMVCSSRIPGCGLVLPRSARDCFIDNQKLLVDTELTGNQLSL 607
Query: 604 FPLHSNMQENQNRLLSGRFHLAEPGTSETADIRLLNSERGTESGRFFHSNLMDRPFNRCR 663
FPLHSNMQENQ R LS F + E G S TADIRL NSERGTE GRFFHSNLMD PFN
Sbjct: 608 FPLHSNMQENQ-RYLSAGFDVTETGISRTADIRLQNSERGTECGRFFHSNLMDPPFN--- 667
Query: 664 YYGKLQNQNVSAEIYPENSSSMLSNPARQTMRLMGKDVAVGGNGKEVQEPEVINFWKNST 723
PENSSS+L NPARQTMRLMGKDVAVGGNGK+V EPEVINFWKN++
Sbjct: 668 ---------------PENSSSLLPNPARQTMRLMGKDVAVGGNGKKVVEPEVINFWKNTS 727
Query: 724 LIENCLTNPIQENPMRKRNFLQERVFYPAGFHGNQVAQRNLLPNAPQVRYPHSRLDKKNS 783
L ENCLTN IQENPMRKRN+L++ +FYPAGFH NQVAQR+LLPNAPQ RYPH R+D+KNS
Sbjct: 728 LFENCLTNSIQENPMRKRNYLEDTLFYPAGFHSNQVAQRSLLPNAPQGRYPHPRVDRKNS 751
Query: 784 IMNQRSNSVINLNERFNNIHAFSPLST-EAFNMEPNFQAPFISGPET--LSQMMKIMSSS 827
IM RS+SVINLNERFNNIH+FSPL T +AFNM NF+APF SG + LS S+S
Sbjct: 788 IMYHRSDSVINLNERFNNIHSFSPLPTDQAFNMALNFEAPFFSGSQAVRLSAQPSTFSTS 751
BLAST of Tan0011465 vs. TAIR 10
Match:
AT3G58770.1 (unknown protein; Has 38 Blast hits to 36 proteins in 11 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 2; Plants - 32; Viruses - 0; Other Eukaryotes - 4 (source: NCBI BLink). )
HSP 1 Score: 62.8 bits (151), Expect = 1.6e-09
Identity = 47/144 (32.64%), Postives = 67/144 (46.53%), Query Frame = 0
Query: 4 FSIREYALKMRGKDLRRSWPFSENVKEEVAEALLPPISVKKFRWWFHEMEIQKSNNCVRE 63
FSIREY K+R + R+ WPF+ ++ ++ LPPI+V KFRWW HE+ +
Sbjct: 8 FSIREYTEKVRSDNERKCWPFA----GDLIQSFLPPITVSKFRWWSHELA------SLLT 67
Query: 64 KEEMKVEKICPVCGVFVTATVNAMNAHIDNCLAQTTKEKRRNKAKSRTPKKRSIAEIFAV 123
K + V+ P +R+ KAK+R KKRSI EI A
Sbjct: 68 KSPVSVDDSDP-------------------------SFRRKAKAKTRQCKKRSIVEICAT 109
Query: 124 APPVETMIIVNDCDRENVVGKQKI 148
AP ++ + VV K+KI
Sbjct: 128 APKIQLA-------EDYVVHKKKI 109
BLAST of Tan0011465 vs. TAIR 10
Match:
AT5G11530.1 (embryonic flower 1 (EMF1) )
HSP 1 Score: 47.8 bits (112), Expect = 5.2e-05
Identity = 22/47 (46.81%), Postives = 29/47 (61.70%), Query Frame = 0
Query: 4 FSIREYALKMRGKDLRRSWPFSENVKEEVAEA--LLPPISVKKFRWW 49
FS+R + + R +DLR+ WPFSE V + LP +SV KFRWW
Sbjct: 29 FSMRGFVAETRERDLRKCWPFSEESVSLVDQQSYTLPTLSVPKFRWW 75
The following BLAST results are available for this feature:
Match Name | E-value | Identity | Description | |
Q9LYD9 | 7.4e-04 | 46.81 | Protein EMBRYONIC FLOWER 1 OS=Arabidopsis thaliana OX=3702 GN=EMF1 PE=1 SV=1 | [more] |
Match Name | E-value | Identity | Description | |
XP_022148072.1 | 0.0e+00 | 73.70 | uncharacterized protein LOC111016842 isoform X1 [Momordica charantia] | [more] |
XP_022148073.1 | 0.0e+00 | 73.44 | uncharacterized protein LOC111016842 isoform X2 [Momordica charantia] | [more] |
XP_038888639.1 | 2.4e-302 | 69.06 | uncharacterized protein LOC120078436 [Benincasa hispida] | [more] |
XP_023511520.1 | 1.9e-299 | 65.88 | uncharacterized protein LOC111776324 isoform X3 [Cucurbita pepo subsp. pepo] | [more] |
XP_022969330.1 | 1.6e-298 | 65.99 | uncharacterized protein LOC111468375 isoform X3 [Cucurbita maxima] | [more] |
Match Name | E-value | Identity | Description | |
A0A6J1D428 | 0.0e+00 | 73.70 | uncharacterized protein LOC111016842 isoform X1 OS=Momordica charantia OX=3673 G... | [more] |
A0A6J1D325 | 0.0e+00 | 73.44 | uncharacterized protein LOC111016842 isoform X2 OS=Momordica charantia OX=3673 G... | [more] |
A0A6J1HZM3 | 7.7e-299 | 65.99 | uncharacterized protein LOC111468375 isoform X3 OS=Cucurbita maxima OX=3661 GN=L... | [more] |
A0A0A0KJS6 | 8.0e-296 | 66.86 | Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G423330 PE=4 SV=1 | [more] |
A0A6J1JPI0 | 1.7e-290 | 67.93 | uncharacterized protein LOC111486332 isoform X1 OS=Cucurbita maxima OX=3661 GN=L... | [more] |
Match Name | E-value | Identity | Description | |
AT3G58770.1 | 1.6e-09 | 32.64 | unknown protein; Has 38 Blast hits to 36 proteins in 11 species: Archae - 0; Bac... | [more] |
AT5G11530.1 | 5.2e-05 | 46.81 | embryonic flower 1 (EMF1) | [more] |