Plant GARDEN How To ▶︎

JA

EN

Arabidopsis thaliana

CDS Sequence

CDS ID

AT1G14720.1

CDS Infomation

| xyloglucan endotransglucosylase/hydrolase 28 | Chr1:5066806-5068466 REVERSE LENGTH=999 | 201606

Sequence

ATGGGTTTTATAACTCGATTTTTAGTTTTCATGTCACTCTTCACCAGTTTGGTTTCTGGA
TTTGCTCTACAAAAGCTTCCTCTTATACAGTTCGACGAAGGTTACACACAGCTCTTTGGT
GACCAGAATCTTATTGTTCACAGAGATGGAAAATCTGTCCGGTTAACGCTTGATGAAAGA
ACCGGTTCTGGATTTGTCTCAAATGATATTTACTTGCATGGCTTCTTCAGTTCCTCTATC
AAATTGCCAGCAGATTACTCTGCAGGAGTTGTTATCGCCTTTTATTTATCAAATGGGGAC
TTATATGAGAAGAATCATGACGAGATTGATTTTGAGTTTTTGGGGAATATTAGAGGCAGA
GAATGGAGGATTCAGACCAATATATACGGTAATGGAAGCACACACTTGGGCAGAGAAGAA
AGATACAATCTTTGGTTTGATCCAACAGAGGATTTCCATCAATACAGTATCCTTTGGTCT
CTATCTCACATCATATTTTATGTAGACAATGTTCCGATCAGAGAAGTCAAACGTACGGCG
TCGATGGGCGGTGACTTCCCGGCGAAGCCAATGTCTTTATATTCAACCATATGGGATGGT
TCCAAATGGGCGACTGATGGAGGCAAGTACGGTGTAAATTACAAATATGCCCCTTACGTC
TCTCAATTCACTGATCTGATCCTCCACGGCTGCGCCGTTGACCCCACCGAGAAGTTTCCG
AGCTGCAAAGATGAAGCGGTTCAGAATCTCCGGCTAGCATCGGAGATAACGGAGTCTCAG
AGGAACAAGATGGAGATTTTCCGACAGAAACACATGACTTATTCGTATTGTTACGATCAT
ATGAGGTACAAGGTGGTTTTGTCGGAGTGTGTTGTGAATCCGGCTGAGGCTAAGCGTCTC
AGGGTCTATGATCCGGTCACGTTCGGTGGGATTCCTCACGGCCACCGTCGTGGGAAGCAT
CGGAGCAGGAGCCGATTAGCTCGAACTGAGTCGATATGA

Peptide Sequence

PEP ID

AT1G14720.1

PEP Infomation

| xyloglucan endotransglucosylase/hydrolase 28 | Chr1:5066806-5068466 REVERSE LENGTH=332 | 201606

Sequence

MGFITRFLVFMSLFTSLVSGFALQKLPLIQFDEGYTQLFGDQNLIVHRDGKSVRLTLDER
TGSGFVSNDIYLHGFFSSSIKLPADYSAGVVIAFYLSNGDLYEKNHDEIDFEFLGNIRGR
EWRIQTNIYGNGSTHLGREERYNLWFDPTEDFHQYSILWSLSHIIFYVDNVPIREVKRTA
SMGGDFPAKPMSLYSTIWDGSKWATDGGKYGVNYKYAPYVSQFTDLILHGCAVDPTEKFP
SCKDEAVQNLRLASEITESQRNKMEIFRQKHMTYSYCYDHMRYKVVLSECVVNPAEAKRL
RVYDPVTFGGIPHGHRRGKHRSRSRLARTESI

Transcript Sequence

Transcript ID

AT1G14720.1

Transcript Infomation

| xyloglucan endotransglucosylase/hydrolase 28 | Chr1:5066525-5068677 REVERSE LENGTH=1491 | 201606

Sequence

GATTAAAAGTATAAACCAACCATAGCCAGAAGTACTCTGCCTCATATTCATACTCATACT
ATTTCTTTCACTATCCTCTCTCTCTCTCTCTCTCTCTTTCAATACAGCTCCAAAACTCGT
CCTCAAGACGCTATTTATCCATTTAAGTCTCTTCTCTTTTCGTCCTCATAATACTCTTAT
ACACAGAAACGTTTTTCATTCATAACAAAAAATGGGTTTTATAACTCGATTTTTAGTTTT
CATGTCACTCTTCACCAGTTTGGTTTCTGGATTTGCTCTACAAAAGCTTCCTCTTATACA
GTTCGACGAAGGTTACACACAGCTCTTTGGTGACCAGAATCTTATTGTTCACAGAGATGG
AAAATCTGTCCGGTTAACGCTTGATGAAAGAACCGGTTCTGGATTTGTCTCAAATGATAT
TTACTTGCATGGCTTCTTCAGTTCCTCTATCAAATTGCCAGCAGATTACTCTGCAGGAGT
TGTTATCGCCTTTTATTTATCAAATGGGGACTTATATGAGAAGAATCATGACGAGATTGA
TTTTGAGTTTTTGGGGAATATTAGAGGCAGAGAATGGAGGATTCAGACCAATATATACGG
TAATGGAAGCACACACTTGGGCAGAGAAGAAAGATACAATCTTTGGTTTGATCCAACAGA
GGATTTCCATCAATACAGTATCCTTTGGTCTCTATCTCACATCATATTTTATGTAGACAA
TGTTCCGATCAGAGAAGTCAAACGTACGGCGTCGATGGGCGGTGACTTCCCGGCGAAGCC
AATGTCTTTATATTCAACCATATGGGATGGTTCCAAATGGGCGACTGATGGAGGCAAGTA
CGGTGTAAATTACAAATATGCCCCTTACGTCTCTCAATTCACTGATCTGATCCTCCACGG
CTGCGCCGTTGACCCCACCGAGAAGTTTCCGAGCTGCAAAGATGAAGCGGTTCAGAATCT
CCGGCTAGCATCGGAGATAACGGAGTCTCAGAGGAACAAGATGGAGATTTTCCGACAGAA
ACACATGACTTATTCGTATTGTTACGATCATATGAGGTACAAGGTGGTTTTGTCGGAGTG
TGTTGTGAATCCGGCTGAGGCTAAGCGTCTCAGGGTCTATGATCCGGTCACGTTCGGTGG
GATTCCTCACGGCCACCGTCGTGGGAAGCATCGGAGCAGGAGCCGATTAGCTCGAACTGA
GTCGATATGAATCGGTGTATATTGTTCGGCTAGAGGGCATTTTTGGCATTTTCTGTCTTG
TATAGGAATACTATGAATTATGGACTGAATAATGGAATGACACCGCTATATTTTGATTTC
CTCCATTTTATGAACATTATCGTTTTAACATAATAATAAAATTTCATTTTTCTATAAGTA
AACAAAATCGGGATTATAATTTTAGAATATTTTACGTATGAGAAATAATAGAATGATGAG
AATACTAAAGTACATTAAAAATATAATGTATACCGTGCATACAATGATTCT