Gene detail

Detail information of Am01G001450.1 Annotation

Gene ID	Annotation
Am01G001450.1	ATPase E1-E2 type family protein / haloacid dehalogenase-like hydrolase family protein

Network

Network Category	Relationship Type
Global Network	Protein-Protein interaction + Coexpression Positive and Negative
Top300 PCC	Coexpression Positive	Coexpression Negative

Location (JBrowse)

Gene	Type	Chr	Start	End	Strand
Am01G001450.1	mRNA	Chr01	5393103	5399988	-

Sequences

CDS:

>Am01G001450.1
ATGACAAGGGGGAGGATAAGGGCAAGGCTCAGTAGGAGCAATTTCTACACATTTGGTTGCCTTAGAGCTGCTGCTACCATTGAAGATGGGCCTCATCCACTTCAAGGCCCCGGGTACTCGCGAACCGTGAATTGCAACCAACCTCTGATCCACGAAAAGAGACCTTTACATTACTGCAGGAATGATATTTCCACAACCAAATACAATGTTCTTACGTTTTTCCCCAAGGCACTTTTTGAACAGTTTCGTAGAGTTGCTAATATATACTTCCTTTTGGCTGCGTGCCTTTCAACCTCTCCAATTTCGCCTTTCGGTGCTGTCAGCATGATTGCTCCTTTGATATTTGTTGTGGGGCTTAGTATGGCAAAGGAAGCATTAGAAGATTCTCGCCGGCTCCTTCAGGATATGAAAGTCAATCGTAGGAAAGTTACACACCATAAAGGCAATGGTGTTTTTGGTCCCAAGTCTTGGCAGAACATTATGGTTGGGGATGTGGTAAAAGTAGAAAAGGATAAGTTTTTTCCAGCTGATTTGCTTCTCTTGTCATCAAGTTATGAGGATGGGATATGCTATGTGGAGACAATGAATTTAGATGGTGAGACCAACTTGAAGGTGAAAAGATCTTTGGAGTCTACCTTAGGCTTAGATAGTGATGAGGCTTTTAAGGATTTCACTGGAACAATTCGATGTGAAGATCCAAACCCGAATCTTTACACTTTTGTTGGAAACTTTGAGTATGAGCGTCAGGTTTATCCGCTTGATCCTAGTCAAATTCTTCTCCGAGATTCTAAGCTAAGGAACACTGATTACATCTATGGGGTGGTCATTTTCACTGGTCATGACAGCAAAGTCATGCAGAATTCCACAAGATCACCTTCAAAAAGGAGCACAATAGAAAAGAAGATGGATTATATCATATATACTCTATTCACTGTCCTTATTTTTATATCTGTCATTAGTTCCATAGCATTCATTGTCTTGACCAAGTACCAAGCGACAACGTGGTGGTACTTACGACCTGACAATATTGAAACCCAGTATGATCCCAAGCAGATTGGAGTGGCCGGAATGAGTCATATGATTACTGCTCTCATTCTCTATGGATATTTGATACCCATCTCACTTTATGTTTCCATTGAGGTTGTGAAGGTTTTACAGGCAACCTTCATTAACCAAGACATTCAAATGTATGATGAAGAAACAGGAACTCCAGCTGAAGCGCGAACATCAAATTTGAATGAAGAGTTGGGTCAGGTAGATACAATCCTCTCTGATAAAACTGGAACTTTAACATGCAATCAGATGGACTTCTTGAAGTGCTCCATTGCTGGTACACCATATGGCGTGCGTTCCAGTGAAGTTGAAGTTGCTGCAGCAAAGCAAATAGCTTCTGATCTTGAGGAACAAGATTTAGATCTCTCCAATTTCCCCATGCCTAGTACTAAACCGCAAGTTAGATGGGAAAACATTGGAAGAGCCGAAGAAATTGAACTGGAAACTGTTGTTACTTCCAAAGGTGATGAGGATCAAAGGAGTGCCATAAAGGGATTTGGTTTTGAAGATAACCGTCTCATGAATGGTAATTGGTTGAATGAGCCCAATGCCGATGTCATTGTATTGTTTTTCCGAATACTAGCAGTTTGCCATACTGCCATTCCTGAGGTGAACGAGGAGACGGGCAGTTTTACATATGAAGCTGAGTCGCCAGATGAAGGGTCTTTTCTTGTAGCAGCAAGAGAATTTGGTTTTGAGTTTTGTAGGAGGACTCAGTCAAGTATTTTCATACGTGAAAGGCTTTCTGCTTCAGAGCAAGTGATTGAAAGGGAGTACAAGCTCTTGAGTCTGCTGGATTTCACAAGTAAAAGAAAGCGAATGTCAGTGATTGTCCGTGATGAGGAAGGCCAAATTTTTCTTCTGTGCAAAGGGGCTGACAGTATCATATTTGATCGTTTGGCAAAGAATGGGAAAATGTATTTGGAGGCTACTACCAAGCATTTAAATGATTATGGAGAAGCAGGTTTGCGAACACTTGCTCTCGCTTATAGAAGACTTGAGGAGCAAGAGTATGCAGATTGGAACAATGAGTTTCAGAAAGCCAAAGCAGTTGTTGGGGCTGACAGAGAAGCGACACTTGAGCGGATATCCGAGACTATGGAAAAGGAGTTGATACTTGTTGGGGCTACTGCTGTAGAAGATAAACTGCAGAAAGGCGTTCCCCAGTGTATTGATAAACTTGCTCAAGCTGGTCTCAAGATCTGGGTACTAACAGGGGATAAGATGGAAACTGCAATCAACATTGGATTTTCCTGCAGTTTACTTCGACAGGGCATGAAGCAGATATGTGTAACTACGAATTCGGAGTCAGTATCCAATGATGTTAAACAGGCCATCAAGGACAACATTTTGAATCAAATCACAAATGCCTCGCAAATGATAAAGCTGGAGAAGGATCCACATGCTGCATTTGCATTAATCATTGATGGGAAAACTCTGACATATGCTTTAGAAGATGATATGAAGCACCAATTCTTGGGATTGGCAGTTGATTGTGCATCTGTCATCTGCTGTCGTGTGTCTCCCAAGCAAAAGGCACTGGTCACAAGGTTGGTGAAAGAAGGAACTGGGAAGACCACTCTGGCAATAGGTGATGGTGCAAATGATGTTGGCATGATTCAAGAAGCAGATATTGGTGTTGGAATCAGTGGGGTTGAAGGTATGCAGGCAGTGATGGCTAGTGATTTTGCGATCGCCCAATTTCGATTTTTGGAGCGACTTCTGGTGATCCATGGACATTGGTGTTACAAGAGAATAGCACAAATGATCTGCTACTTCTTCTATAAGAATATAGCATTTGGCCTCACCATCTTCTATTTTGAGGCCTTCACAGGCTTCTCTGGTCAATCGGTTTATGATGACTGGTACATGATATTGTTCAATGTTGTTCTGACATCATTACCTGTCATTTCACTCGGCGTTTTTGAACAAGACGTTCCATCGGAAGTTTGTTTGCAGTTTCCTGCACTCTACCAACAAGGACCCAAAAACTTGTTCTTTGATTGGTATAGAATCTTGGGATGGATGGCCAATGGTTTATATTCCTCCATCATCATCTTCTTCCTTACCGTCACCATCTTCCATGATCAAGCATTCCGCGCGGATGGCCAGACAGCTGACATGGCTGCTGTTGGAACCACAATGTTCACTTGCATCATCTGGGCAGTCAATTGCCAAATTGCATTGACAATGAGCCATTTTACATGGATTCAACACTTGTTTGTATGGGGCAGCATAGTCACTTGGTACCTCTTTCTCATGTTATATGGCACTCTTTCTCCTCACTATTCTAAGAGTGCTTTCCATATACTGGTTGAAGCTCTTGGTCCTGCACCTATTTATTGGACAACAACAATCTTAGTTACAATTACTTGCATACTTCCTTATCTTGTCCACATATCATTCCAAAGATGTTTCAATCCCATGGATCACCATATTATCCAAGAAATCAAGTACTACAAGAAGGATATTGAGGATCATAACATGTGGACAAGAGAGAGTTATAAAGCCAGACAAGAGACTAAGATTGGATTCACAGCAAGAGTAGAAGCAAAGATGAGACAATTGAAGGGAAGGTTGCAGAAGAAGCAATCTTCCTTGAGTGCTTTTCCTCAATCGTGA

Protein:

>Am01G001450.1
MTRGRIRARLSRSNFYTFGCLRAAATIEDGPHPLQGPGYSRTVNCNQPLIHEKRPLHYCRNDISTTKYNVLTFFPKALFEQFRRVANIYFLLAACLSTSPISPFGAVSMIAPLIFVVGLSMAKEALEDSRRLLQDMKVNRRKVTHHKGNGVFGPKSWQNIMVGDVVKVEKDKFFPADLLLLSSSYEDGICYVETMNLDGETNLKVKRSLESTLGLDSDEAFKDFTGTIRCEDPNPNLYTFVGNFEYERQVYPLDPSQILLRDSKLRNTDYIYGVVIFTGHDSKVMQNSTRSPSKRSTIEKKMDYIIYTLFTVLIFISVISSIAFIVLTKYQATTWWYLRPDNIETQYDPKQIGVAGMSHMITALILYGYLIPISLYVSIEVVKVLQATFINQDIQMYDEETGTPAEARTSNLNEELGQVDTILSDKTGTLTCNQMDFLKCSIAGTPYGVRSSEVEVAAAKQIASDLEEQDLDLSNFPMPSTKPQVRWENIGRAEEIELETVVTSKGDEDQRSAIKGFGFEDNRLMNGNWLNEPNADVIVLFFRILAVCHTAIPEVNEETGSFTYEAESPDEGSFLVAAREFGFEFCRRTQSSIFIRERLSASEQVIEREYKLLSLLDFTSKRKRMSVIVRDEEGQIFLLCKGADSIIFDRLAKNGKMYLEATTKHLNDYGEAGLRTLALAYRRLEEQEYADWNNEFQKAKAVVGADREATLERISETMEKELILVGATAVEDKLQKGVPQCIDKLAQAGLKIWVLTGDKMETAINIGFSCSLLRQGMKQICVTTNSESVSNDVKQAIKDNILNQITNASQMIKLEKDPHAAFALIIDGKTLTYALEDDMKHQFLGLAVDCASVICCRVSPKQKALVTRLVKEGTGKTTLAIGDGANDVGMIQEADIGVGISGVEGMQAVMASDFAIAQFRFLERLLVIHGHWCYKRIAQMICYFFYKNIAFGLTIFYFEAFTGFSGQSVYDDWYMILFNVVLTSLPVISLGVFEQDVPSEVCLQFPALYQQGPKNLFFDWYRILGWMANGLYSSIIIFFLTVTIFHDQAFRADGQTADMAAVGTTMFTCIIWAVNCQIALTMSHFTWIQHLFVWGSIVTWYLFLMLYGTLSPHYSKSAFHILVEALGPAPIYWTTTILVTITCILPYLVHISFQRCFNPMDHHIIQEIKYYKKDIEDHNMWTRESYKARQETKIGFTARVEAKMRQLKGRLQKKQSSLSAFPQS*

Promoter(3k):

>AM01G001450.1
AAGGGCATTATTATTTGAGTTTGGTACTTTCTTTAATGCTTGTAAGAGTCTCTCTTTTTTTTTAATTGCAACTCCCATGTCGAGTTCGGTAGGAGGAATCTAGCAAAGTTGCTCACATCTTAGCAGATGTGGCCTTGTTGTGAGCTAGTCCTCAAGAATACTCTATTATGCCATTATGTATCTCTGATTTAATCGTAAATGAAAAGCACTAAGTTCTTTTTGTCAAAAAATACAATGTTAAAAAAAAGGAGATAGATGTAAGAGCTCATCACAAAAAATATAAGATCTCATCGCATCGCTAATAAATAATTAAGAAAATGATGGGTTTATAAGTATAAAGTTTTTTGTTTGTCTCATTAAAAATAACATTTGTCTGCAAACACTGCAAAATAACATAAGAGCTAATTATAAAAAAATTCTCATTACAAAGCAAAAGAAACATAAAAACACAAGATCTCCCTTTTGGACCACCAATCAAAATCAACTTCAAACTCTCTTTTTAATTTTATGAGGCTTTTAATGCAATCATATCAAGCCTAAATGTGTAAGTGAAATGAATCATTAAATACGAGACTAAAATTGAAGGTGAAATCCGTCAATTTTAAAAAATTAAAATATCCCTACACCACTTTTTAAAAGTATCAACCCAACAGGTTGGCCCAACCCAGGGTGAGTGTTCTGTACCTTACAGTATTGGGTTGACTGTAGTTGGTAGGTCTCTTGTTGCCTGGCAGGAGGTTAGCGTGAGCCCCGGGGGGGGGGGGGGGGGGGGGGGTACCTGCGAAGCCACTCCGACGCTCAAGTCAGTATTGAGAATAGATGAGTGATTTAGCTAGGAATCAGAGTGTGTACCTTATGACGACAATGAGAGCCGGTATTTATAGGAAATCGTGTCCGTTTGTGGATCGTCGGATCAATAGAATCGATCTTAACCATTCGAGTGTGATGGCCTTGATTGGGCTTGTATGTTGTGGATATGGGGCCGAAATGATTGGGCCAATCCATATCCAATTGCTAAATGCACCTCCTGGTATTGCTGAATGGAGGTCCAGTCTAGAACAGTGAGCCAGCCCTTGCCCAGCCAATAAATTTTTGGGTCAAGTTTTTTTGAGCTCGTATTTGCTAGTCCAACCCAACTATTTTATCAACCAATTTGGGTCGCTTTGTCCTGTGGAGCTCTTTTTTTTTGACAAAAAGTGGAGCTCATTTTTTTGGTATTTAGACGGAGTGGTCACTGGCTCACTACCACTAGAAACTCACACACACACAACTGTGAGGTCTCGAGTTTGAACCCGGAGCTCATTTTGAATATAGCTCAATATGCATTCTATTTTAAAGATTTTAATAATCTGATTATTACTAACTAACGCGACAATAACTCGTCTCACCACGAATGAGTAAAATAAACTAAAGAAAAGAAGAAAAAGAAGTTGTCAATTTATCATTCATCGCCAATGCTATAACTACTACATGGCTCCCAGTTCAAAAATCACCACGTATGACAACATGGGTCCATACTGTCATTTTGACAAGTCATTAGTAGGTCAATTTACTAATTTAGAATGCCGCTTTGAATTTCAAATTCCCATTGGGGTCCCCACCCCCTTATAACATTGCTTATCAAAAAAAAGTCAAAAGAAAAATTCAAAAAAGAAAAGTAACCCTCTATTTCGTTACTCTTTTGCCCAACTCACGTTTACATCACACCCCAAAAAAGGAAACACTAAATAAGTGCAAAAATAACTGCAATGTTTTGAAAATTTGAAAGAAGGAAAAAAGAAAAGAGAAATATATAAATGTTGAGATTGGGGGAGAAGAAAGAATTTTTTTTTGGGTGTGAGGAGAAGAAAGAAATTGAGAAGGAGGAAAAAGAGGGAGTGAGAGTCTATCTTTTTCTTTTGTCCTAAAATCCCATTTTTTAAAATTTTCATTTCAACTAATTTAATTAATAATTTAATTAATTAACGAATTTTCTTTCTTTCTTTCTTTCTTTCTCTCTCTTGAAACAATTTTGGTCTCGTTTCGTGATCTGCAACCCGCAACACACGTAACGTAACACTGCTCGTTTGTTCTCTTCTTCTCTTTCCTTCTTCTCATTTGCTGCATTGCTATGGTGCGTTTTCTTTTTCTTTTCTTCTGTTATTGTTTGTGCATTTTGAAATTTGATTTGTTTTTTGTGGAAATTAAATTTTTATTTTTTCAAATTGGTGGATTTGGTTGCGGTGTGTTTTCTTGTCCCTTGCATTGACGACTTTTTCATACTTCTAACTCAATCATGATCATCATCATCATTAATATTGTTATTATATTATAATTATTTTGGGGAGAATTTGAAACAAACAATAGAAAAAGGGATGGTGGTTGATTTTTTGGGAAAAAAAAAAGAAGAATGGGGGAAACGTTTGTTTTATATTTTTTCCCAGCTGTTTTGTATGCCTTATTGGGTTTGAGACATTGTGACATTGCATTATCTATTCAGCTCCTCAATTTAAATTCTTAGAATTTTCATAACTGGGGGAGATGGAAAGAGTGTGTTACAGAATCTCTGTGGTTGGTTGGTGTCAGATTTTCTTAACTTTCTTATTATGATGATAATGATTGTAAATTTTATTGTTTTTTTTTTTGAAAATTTATGATATCAGGGTATTTTGGGAATTTGAAATTTGAATGCCGCTTTGAAATTCAAATTGGGGTCCCCCACCCACTTTTTGATTTTGATGTTGTTTTTTTGTCTTCGTGAATGAATTAAATTTTCTGGGTTTAAGTTATGTATGCAAAGTTGATATATTCTGCATAGTAGTAGTAGTATGCATGGAATGATCCAGGTGTTTAATTGCTGAAGCTAATAATTTTTGTTATGTGCATGTGTTGTTAGGTTTTAGAAGAACAAATCTAGGACAAGGGGCATTTGATGATTCCCCTTAGTTGTTAGATTTGGGTATTCTTGTTGGTGGGTATGTGTTAAATATAGAGCTCTAGCTTGAGCTGAATTGCAGCTAA

Pfam domain

Pfam accession	Pfam name	Protein start	Protein end	E-value
PF16212.8	PhoLip_ATPase_C	909	1159	3.30E-87
PF16209.8	PhoLip_ATPase_N	43	110	6.40E-24
PF13246.9	Cation_ATPase	547	651	1.20E-11

Gene family

Gene family	Subfamily
Transporter family	P-ATPase

Gene Ontology

GO term	Description	Category
GO:0005886	plasma membrane	Cellular Component
GO:0015914	phospholipid transport	Biological Process
GO:0000287	magnesium ion binding	Molecular Function
GO:0016887	ATP hydrolysis activity	Molecular Function
GO:0005524	ATP binding	Molecular Function

InterPro

InterPro term	Description
IPR023298	P-type ATPase, transmembrane domain superfamily
IPR006539	P-type ATPase, subfamily IV
IPR018303	P-type ATPase, phosphorylation site
IPR032631	P-type ATPase, N-terminal
IPR044492	P-type ATPase, haloacid dehalogenase domain
IPR023299	P-type ATPase, cytoplasmic domain N
IPR032630	P-type ATPase, C-terminal
IPR008250	P-type ATPase, A domain superfamily
IPR001757	P-type ATPase
IPR036412	HAD-like superfamily
IPR023214	HAD superfamily

trEMBL

trEMBL term	Description
A0A1S2YV43	_

SwissProt

SwissProt term	Description
ALA4_ARATH	Probable phospholipid-transporting ATPase 4

KEGG

KO	Description	Enzyme
K01530	phospholipid-translocating ATPase	[EC: 7.6.2.1]

Orthologous genes

Species	Gene ID	Annotation
Arabidopsis thaliana	AT1G17500	ATPase E1-E2 type family protein / haloacid dehalogenase-like hydrolase family protein
Medicago sativa L.	MsG0280011152.01.T01	_
Oryza sativa L.	LOC_Os06g36990.1	phospholipid-transporting ATPase 4, putative, expressed
Cucumis sativus L.	Csa009995	_
Glycyrrhiza uralensis Fisch.	Glyur001663s00027481.1	_
Codonopsis lanceolata	Cl_chr02_04040T	_
Arachis hypogaea L.	AH08G12590.2	Probable phospholipid-transporting ATPase 4 like

Expression pattern