CDS

Accession Number TCMCG034C36438
gbkey CDS
Protein Id XP_028950735.1
Location complement(join(51842634..51843743,51844604..51844720,51844814..51844925,51845158..51845309,51846263..51846334,51846506..51846571,51847328..51847456,51848352..51848460,51849239..51849318,51850779..51850904,51850992..51851042,51851858..51852040,51852133..51852219,51852316..51852426,51852555..51852659,51854348..51854519,51854602..51854774,51854886..51854958,51855680..51855882,51856039..51856131,51856633..51856881))
Gene LOC103416374
GeneID 103416374
Organism Malus domestica

Protein

Length 1190aa
Molecule type protein
Topology linear
Data_file_division PLN
dblink BioProject:PRJNA534520
db_source XM_029094902.1
Definition probable manganese-transporting ATPase PDR2 isoform X1 [Malus domestica]

EGGNOG-MAPPER Annotation

COG_category P
Description cation-transporting ATPase
KEGG_TC 3.A.3.10
KEGG_Module -
KEGG_Reaction -
KEGG_rclass -
BRITE ko00000        [VIEW IN KEGG]
ko01000        [VIEW IN KEGG]
KEGG_ko ko:K14950        [VIEW IN KEGG]
EC -
KEGG_Pathway -
GOs -

Sequence

CDS:  
ATGTCGAGGTTCCATGTGGGAGGGAAGGTGGTGGATAAAGTTGACTTGTTGAAGACTAAGAGCTTGCTGTGGCGATTTGATGTCTGGCCTTTCGCTATCCTTTACGCTATCTGGCTTACCACAATTGTGCCCACCATTGACATTGTGGATTCCGGGATTGTTTTCGGTGCCCTCGTAGCTCTTCACATTCTCGTTTGGCTTTTCACTGTTTGGTCCGTCGATTTCAAATGCTTTGTACATTATAGCAAGGTAAATGATATTCACCAGGCAGATGCATGCAAAATAACGCCAGCAAAATTTTCTGGTTCTAAAGAAATTGTATCACTCCATTTCCGTAAGCTTCAGGGAGATTCCTCGTCCTCAGTGGATATTGAAGAGATTTACTTTGACTTTAGAAAGCAACGTTATATCTTTTCCAAAGAGAACGATAACTTTTGCAAGCTTCCTTACCCTACCAAGGAATCATTCGGTTACTATTTAAAATGTACTGGCCATGGATCTGAGGCTAAAGTTGTTGCTGCTACTGAAAAATGGGGACGGAATGCATTTGAGTATCCACAACCTACATTCCAGAAATTAATGAAAGAAAATTGCATGCAGCCCTTCTTTGTCTTCCAGGTTTTCTGTGTGGGTCTCTGGTGTTTGGATGAATATTGGTATTACAGTTTGTTCACGCTTTTTATGCTGTTTATGTTCGAGTCAACAATGGCTAAAAGTCAGTTAAAGACTCTTAGTGAGCTAAGACGTGTCAGAGTGGATAACCAGACCATCATGGTACATCGCTGTGGGAAGTGGATAAAGCTTGCTGGAACTGATCTTTTGCCCGGTGATGTTGTTTCTATTGGGCGAGCTTCTGGTCCAAATGGAGAAGATAGGGCTGTGCCAGCAGATATGCTTCTATTAGCTGGAAGCGCTATTGTCAATGAAGCCATTCTCACAGGCGAGTCTACTCCCCAGTGGAAGGTATCGATCATGGCCCGAGGAACTGAGGAGAAATTATCAGCTAAGCGAGATAAAAGCCATGTCTTATTTGGTGGGACTAAGATATTGCAGCATACTGCGGATAAGGGCTTTCCTTTAAAAACCCCCGATGGTGGCTGTGTGGCTGTTGTTCTGAGGACTGGGTTTGAAACAAGTCAGGGGAAACTTATGCGTACAATTTTGTTTTCTACAGAGAGGGTGACAGCTAACAGCTGGGAAAGTGGGCTGTTCATTTTGTTCTTGGTCATATTTGCAGTGATAGCTGCTGGTTATGTACTAAAGAAGGGGCTCGAGGATCCTACTAGGAGCAAGTACAAGCTTTTCCTTAGTTGTTCACTCATTATTACTTCTGTGATTCCTCCTGAGCTGCCAATGGAATTATCTATAGCTGTTAATACATCTCTGATTGCTCTTGCACGTCGCGGAATATTTTGTACCGAACCTTTCCGAATTCCTTTTGCTGGAAAGGTTGATATCTGCTGTTTTGACAAAACTGGAACACTTACATCAGACGATATGGAGTTCTGTGGAGTTGTTGGGTCAACTAGCAGTACAGATTTAGAAGCTGACATGAGTAACGTGCCTGTGCGCGCAGCAGAGATTTTGGCGTCTTGCCATGCCTTGGTGTTTGTGGATAATAAGCTGGTTGGTGATCCTCTTGAAAAGGCTGCCCTTAAAGGAATAGATTGGACCTTCAAATCTGATGAGAAGGCCATGCCAAAAAAGGGAAGTGGTCATGCTGTGCTGATTGTTCAGAGACATCACTTTGCTTCCTACTTGAAAAGAATGGCAGTTGTAGTGCGCATTGAAGAGAAATTTTTTGCTTTTGTGAAGGGTGCCCCTGAAACCATTCAGGGTAGACTCACTGAAGTGCCATCATTTTATGTTGAAACTTACAAGAAATTTACTCGACAAGGGTCTCGTGTTCTGGCCCTTGCCTACAAATCTCTTCCTGACATGACAGTTAGCGAAGCCAGAAGCTTGGATAGGGATGTGGTGGAGAGTGGCCTTACCTTTGCTGGTTTTGCGGTTTTTAACTGTCCTATTAGATCAGATTCAGCCACTATTTTGTCTGAGCTTAAACGATCCTCACATGACTTGGTGATGATTACTGGTGATCAGGCTCTGACAGCTTGCCATGTTGCTAGCCAAGTTCATATTATATCAAAATCAGCATTAATTCTTGGTCCAAAGAGGGACGGTGAAGGATATGAGTGGATATCTCCTGATGAGACTCAGATGATTCCTTACAATGAAAACGAGGTGGAAGCTTTGTCTGAGACTCATGATCTCTGTATTGGTGGTGACTGCTTTGAAATGTTGCTACAAACCTCTGCTGTTATACGGGTCATTCCATATGTCAAGGTTTATGCGAGAGTTGCTCCTGAGCAGAAGGAGCTGATTTTGACTACTTTCAAAACAGTGGGGAGGATAACATTGATGTGTGGGGATGGAACCAATGACGTTGGAGCGTTGAAGCAGTCCCATGTGGGAGTTGCTCTATTGAATGCGGTGCCTCCAACTCAGAGTGGAAAGCCGCCCAGTGAAACGTCTAAAGAGCCAAAGAAGTCCAAGTCTGCATTGGATGTTGCAGGTAAATCTACTAGTGTAAATAGAGAAGTCTCTTCAAAGGGAAAAGCCACCGCAAAATTGGATCCCACTAGCAACCCAGCTGGTAACCGGAATCTGTCGGCTGCCGAGTTGAAACGACAGAAGCTAGCTTCATTGCAAAAGAGACTAATGGATGAGATGAATGAGGAGGGGGATGGTCGCTCAGCTCCAATTGTAAAGCTTGGAGACGCTTCCATGGCATCACCATTCACAGCGAAGCATGCATCGGTTGCTCCGACCACTGACATAATTCGTCAAGGTCGCAGTACTCTGGTGACTACTCTCCAGATGTTTAAAATACTAGGCCTCAACTGCCTCGCGACAGCTTATGTGCTTAGTGTTATGTACTTGGATGGTGTCAAGCTGGGTGATGTGCAGGCTACTATCAGCGGTGTGTTTACGGCTGCCTTTTTCCTATTCATCTCACATGCACGCCCTCTTCCAACCCTTTCAGCTGAACGGCCTCATCCGAATGTCTTCTGCTCCTATGTCTTTCTTTCTCTGTTGGGACAGTTTGCTATCCACTTATTTTTCTTGATATCTTCTGTGAACGAGGCTGAGAGACACATGCCAGACGAGTGCATTGAACCAGACTCTGATTTTCATCCCAACCTTGTAAATACAGTCTCGTACATGGTGAGCATGATGCTACAGGTGGCCACCTTTGCTGTGAACTACATGGGGCATCCGTTCAATCAGAGCATCACAGAAAACAAGCCATTCTTGTATGCCATCGTGGCTGCGGCTGGTTTCTTCACAGTTATCACATCTGATGTATTCAGGGACTTGAATGACTGGCTTAGGCTGGTGCCCTTGCCAGTGGGATTGAGAAACAAATTACTGTTATGGGCTCTTCTCATGTTTGTGACCTGCTACTCGTGGGAGAAATTTTTGCGGTGGGCATTCCCGGGCAAGATTCCAGCCTGGAAGAAGCGACAACGGATTGCTGCTTCTAGTCTCGAGAAGAAGAAACAACTTTGA
Protein:  
MSRFHVGGKVVDKVDLLKTKSLLWRFDVWPFAILYAIWLTTIVPTIDIVDSGIVFGALVALHILVWLFTVWSVDFKCFVHYSKVNDIHQADACKITPAKFSGSKEIVSLHFRKLQGDSSSSVDIEEIYFDFRKQRYIFSKENDNFCKLPYPTKESFGYYLKCTGHGSEAKVVAATEKWGRNAFEYPQPTFQKLMKENCMQPFFVFQVFCVGLWCLDEYWYYSLFTLFMLFMFESTMAKSQLKTLSELRRVRVDNQTIMVHRCGKWIKLAGTDLLPGDVVSIGRASGPNGEDRAVPADMLLLAGSAIVNEAILTGESTPQWKVSIMARGTEEKLSAKRDKSHVLFGGTKILQHTADKGFPLKTPDGGCVAVVLRTGFETSQGKLMRTILFSTERVTANSWESGLFILFLVIFAVIAAGYVLKKGLEDPTRSKYKLFLSCSLIITSVIPPELPMELSIAVNTSLIALARRGIFCTEPFRIPFAGKVDICCFDKTGTLTSDDMEFCGVVGSTSSTDLEADMSNVPVRAAEILASCHALVFVDNKLVGDPLEKAALKGIDWTFKSDEKAMPKKGSGHAVLIVQRHHFASYLKRMAVVVRIEEKFFAFVKGAPETIQGRLTEVPSFYVETYKKFTRQGSRVLALAYKSLPDMTVSEARSLDRDVVESGLTFAGFAVFNCPIRSDSATILSELKRSSHDLVMITGDQALTACHVASQVHIISKSALILGPKRDGEGYEWISPDETQMIPYNENEVEALSETHDLCIGGDCFEMLLQTSAVIRVIPYVKVYARVAPEQKELILTTFKTVGRITLMCGDGTNDVGALKQSHVGVALLNAVPPTQSGKPPSETSKEPKKSKSALDVAGKSTSVNREVSSKGKATAKLDPTSNPAGNRNLSAAELKRQKLASLQKRLMDEMNEEGDGRSAPIVKLGDASMASPFTAKHASVAPTTDIIRQGRSTLVTTLQMFKILGLNCLATAYVLSVMYLDGVKLGDVQATISGVFTAAFFLFISHARPLPTLSAERPHPNVFCSYVFLSLLGQFAIHLFFLISSVNEAERHMPDECIEPDSDFHPNLVNTVSYMVSMMLQVATFAVNYMGHPFNQSITENKPFLYAIVAAAGFFTVITSDVFRDLNDWLRLVPLPVGLRNKLLLWALLMFVTCYSWEKFLRWAFPGKIPAWKKRQRIAASSLEKKKQL