Browse of TCMCG053C06852 protein

CDS

Accession Number	TCMCG053C06852
gbkey	CDS
Protein Id	XP_034227189.1
Location	join(43088464..43088730,43088957..43089062,43089181..43089371,43090230..43090280,43091091..43091241,43091329..43091693,43092115..43092333,43093020..43093131,43093231..43093428,43093543..43093622,43093924..43094046,43094176..43094262,43095036..43095136,43095283..43095340,43096245..43096310,43096800..43096882,43096988..43097171,43097707..43097853,43097950..43098051,43098149..43098301,43099509..43099613,43100909..43101049,43101193..43101282,43101368..43101424,43102592..43102675,43103079..43103177,43103284..43103424,43103759..43103829,43105374..43105443,43106094..43106186,43107273..43107485,43107894..43107986,43108668..43108790,43109187..43109264)
Gene	LOC117636668
GeneID	117636668
Organism	Prunus dulcis

Protein

Length	1433aa
Molecule type	protein
Topology	linear
Data_file_division	PLN
dblink	BioProject:PRJNA631757
db_source	XM_034371298.1
Definition	DExH-box ATP-dependent RNA helicase DExH7, chloroplastic isoform X1 [Prunus dulcis]

EGGNOG-MAPPER Annotation

COG_category	A
Description	ATP-dependent RNA helicase
KEGG_TC	-
KEGG_Module	-
KEGG_Reaction	-
KEGG_rclass	-
BRITE	ko00000        [VIEW IN KEGG] ko01000        [VIEW IN KEGG] ko03012        [VIEW IN KEGG]
KEGG_ko	ko:K18995        [VIEW IN KEGG]
EC	3.6.4.13        [VIEW IN KEGG]        [VIEW IN INGREDIENT]
KEGG_Pathway	-
GOs	GO:0003674        [VIEW IN EMBL-EBI] GO:0005488        [VIEW IN EMBL-EBI] GO:0005575        [VIEW IN EMBL-EBI] GO:0005622        [VIEW IN EMBL-EBI] GO:0005623        [VIEW IN EMBL-EBI] GO:0005737        [VIEW IN EMBL-EBI] GO:0016282        [VIEW IN EMBL-EBI] GO:0032991        [VIEW IN EMBL-EBI] GO:0043021        [VIEW IN EMBL-EBI] GO:0043024        [VIEW IN EMBL-EBI] GO:0044424        [VIEW IN EMBL-EBI] GO:0044444        [VIEW IN EMBL-EBI] GO:0044464        [VIEW IN EMBL-EBI] GO:0044877        [VIEW IN EMBL-EBI] GO:0070993        [VIEW IN EMBL-EBI] GO:1990904        [VIEW IN EMBL-EBI]

Sequence

CDS:   ATGGCTCCGAAGAAAAAGCAGACGTCGAAGCAGAACAGCAAGCCTAAAACGACGTCGTCGGGCCCGAGGCTCCAGATTTCGGCCGAGAACGAGAACCGGGTCCGCCGACTCCTGCTCAACTCAGGCCGGTCCGCGACGCCAGCGGCTCCGGTCGACGAGTCCCTTTCGAAAGCTCAGAAGACGAAGAAGCTAAAAGCCGTGTACGAAAAGCTTTCCTGCGAAGGCTTCACCAATGATCAAATTGAACTCGCTCTCTCTGCTCTCAAGGAAGGTGCTACATTTGAGGCTGCTGTAGACTGGTTGTGTTTAAATTTGACTAGTAATGAGCTACCACTGAAGTTTTCTAGTGGGACTTCTCTGCATGGAAATGAAGGTGGTTCTGTTGGCATCATATTGACTTCTCGGGATGACTGGACTCCCTCGGTGGATACATCTACCAAGATTGATGAGGATGCACCTGGAATTTCTATCAGAACCAAGGGACAGCGGGATGATAAGACTCTTGATTCGTTTCAACCGTCTCAGGCAGATTGGATCAAACAATATGTCGAGCAACAAGAAGAGGATGAGTCAACCACGTGGGAAGATGATGCAGCTGATGAAAGGGCAGAGAAGGTCCATAAACCAAGGTCTTATGATGTTATTGCCAAAGAGTATCGTGCTGCACGGTGGGAAGCGGCAAATGCCAAACAGAAAGGGGACAAGAAAAGCCAGGAGCGAGCAGGCAGCATAATCCGCAATCTCAAGCAAGAGTTTTCTGCTCTAGGCTTATCAGACGACATCTTGGCATCAGAATTTGGGAAGGATACTGCTTTTGAGGACACATACACTAATCCTTACAAGCACTCTGAAAAAGTCCATGCTGATGAAATAACAGTTGACAGAATTGATGAGGACTACTGCAGCTCCATTCATTTTCCAGTCAATTCTACTCTTTCAACTGAACCTGCGCAGGGAAAGATTATTGCAGAAGAAGAGTCAATAGATGTAGAAATTGGTAATTTCTTCTTAGAAGATGGGCCATCTGGAGAAGTTCTGCCTCCCGAAGTTTTGGAACTACAGAAGAGAGAAAGGATGAGAGAAATCTCTAGTGAGAAAAATTTGGAGAAATTAGATGGTATTTGGAAAAAGGGGGACTCTCGAAAGATTCCAAAGGCTGTTCTTCATCAATTATGTCAAAGATCAGGGTGGGAAGCCCCAAAATTTAATAAAGTGCGTGGAAAGGAAAATAATTTCTCTTATACTGTCAGTGTTTTGCGTAAAGCTAGTGGGAGGGGTAAAAGCAGAAAGGCTGGGGGCTTAGTGACCCTTCAGCTTCCTGATCAGAATGGAACTTTCGATTCGGCTGAGGATGCTCAAAATAGAGTGGCTGCATTTGCTCTTTGTCAACTGTTTCCTGATCTCCCAGTTCACCTACTAATTATTGAGCCTTATGCTTCTCTGGTCATTCAATGGAAGGAAGGAGAATCATCAATGACTGTAGAAGATAGTCAGGAAGATCGAAGGGCTACTTTTGTGGACTCTCTATTGAGTGCTGATGGTTCTTCTTCAACTTCTGCTGCTAATTTTATGTATGATATTCTCCCAGAAGAGGTTCAAGAACTCCATGTTGAAGAGCCTATAAGTTCAGGTGTTGTTCGCACTGATCCAGTAGCTCAAAGAGTACATCATTTCAAAGAAGTGGAGAGCTCTTATTTGAGACAAGAACTTGAGAATAAACTGAAAAATCCGAAATTCAAGGACATGTTGAAAACTAGAGCTGCACTTCCCATTGCTGGTCTGAAGGGTGATATCTTGCGATTGCTCCATGAAAATAATGTTCTAGTTGTTTGTGGTGAAACAGGTTCTGGAAAAACAACTCAGGTTCCGCAATTTATATTGGATGACATGATCAAATCAGGACATGGTGGACACTGTAACATTATATGCACGCAACCAAGGAGAATAGCGGCTATTTCCGTGGCTGAAAGAGTTTCTGATGAGCGCTGTGAACCTTCACCTGGTTCAAGAGGTTCTTTGGTTGGTTATCAAGTTCGTCTTGATAGTGCAAGCAATGACAAGACAAAGCTTCTGTTTTGCACGACGGGCATTCTTCTGAGAAAATTGATGGGAGATAAAAACTTGACAGGTATTACTCATGTCATAGTTGATGAAGTACATGAGCGGTCTCTTTTGGGTGATTTCCTGCTCATAGTTTTGAAGAATCTGATTGAGAAGCAATCAGCTCTTAGCACACCAAAACTGAAGGTTATTCTGATGTCTGCAACTGTTGATTCAGATTTGTTTTCAAGATACTTTGGTAATTGCCCTGTGATTACTGCAGAAGGCAGAACACATCCTGTCACAACTTACTATCTTGAGGATATATATGAAAGCATTGATTATCGGATTGCTTCGGATTCTCCAGCTTCCTTGGGATATGGACCTTTGACCAAGGAGAAGGCTGGTGCTGTAAACAACCGCAGGGGAAAGAAGAATCTTGTTTTATCTGCTTGGGGTGATGATTCTCTACTCTCTGAAGAAAATATTAATCCTTACTATGTTCCAGATAGTTATCAATCGTACAAAGAGCAAACTCGACAAAATTTGAAAAGATTGAATGAAGATGTCATTGATTATGATCTTCTTGAAGACTTGGTGTGCCATGTTGATGAAACTTGCGATGAGGGCGCTATACTTGTCTTCTTGCCTGGAGTATCTGAAATTTACACATTAGTTGATAAACTAGCTGCTTCTTACCGATTTGGTGGACAAGCTTCTGATTGGATTCTTCCACTACATTCATCCGTTTCATCAACCGATCAAAAGAAGGTGTTTTTACGGGCTCCGGAGAACATACGAAAGGTCATTGTAGCCACAAACATTGCAGAGACCAGTATAACAATAGATGATGTGGTATATGTTATTGATTGTGGAAAGCATAAGGAGAATCGTTATAATCCGCAGAAGAAATTGTCAAGCATGGTTGAAGATTGGATTTCTAAAGCAAATGCTAGGCAACGACGAGGAAGAGCTGGACGTGTGAAACCTGGAATTTGTTTTTGTTTGTACACACGTTATCGATTTGAAAAGCTCATGCGCCCTTTTCAGGTTCCAGAGATGCTTCGGATGCCATTAGTAGAGCTGTGTTTACAAATTAAATTGCTTTCTCTGGGTTACATAAAGCCATTATTATCCAAGGCTTTAGAACCTCCAAGGGAAGAGGCTATGACCACAGCAATTAAGTTATTGTATGAGGTTGGTGCTCTTGAAGCGGATGAAGAGTTGACTCCTCTTGGGCATCATTTGGCAAAACTCCCTGTTGATGTATTGATTGGGAAGATGATGCTATATGGGGGAATATTTGGTTGCTTGTCGCCCATTCTGTCCATTTCAGCATTCTTGAGCTACAAATCTCCATTTGTCTATCCCAAAGATGAGAGGCAAAATGTTGAAAGAGCTAAACTGGCACTGTTGACTGGGAAGCTAGATGGTCCAAGTGAATCACATGATTCTGACAGGCAATCCGACCATCTCATAATGATGACTGCTTACCAGAAATGGGAAAAGATTCTCCGTGAGAAAGGGGTTAAAGCTGCGCAACATTTTTGCAATTCGTATTTCTTAAGCAGTTCAGTTATGTACATGATAAGAGACATGAGGATACAGTTTGGAACTTTGCTAGCAGATATTGGGCTCATTGCGCTTCCAAAACAATATCAGCTTGATGGAAGAAAGAAAGAGAATCTTGACACTTGGTTTTCAGATGAATCACAACCATTCAATATGTATTCAACCCATTCATCAATTGTAAAGGCAATATTATGTGCAGGTTTATATCCCAATATTGCAGCCACTGGGAAAGGCATTGCTGAAGCAACTCTCACTAACCTTAAACAATCTGCCAGTCTGGCAACTAAGGAACGTCCAATCTGGTATGATGGAAGAAGAGAAGTTAACATACACCCTTCTTCTATCAACAGTACTTTGAAAGAATTTCAGTACCCCTTCATTGTCTTCCTTGAAAAGGTCGAAACAAACAAAGTATTTCTCCGAGATACAACAGTCATTTCTCCCAACTCTATTTTGTTGTTTGGTGGCTCCATTAACATCCAGCATCAGACTGGACTTGTTATTGTTGATGGATGGTTAAAACTGACGGCACCAGCACAAACTGCTGTCCTGTTCAAGGAACTCCGATTAACTCTTCATTCCGTTCTGAAGGAATTGATAAGAAAGCCAGAGAACTCCACCGTTGCTTATAACGAGGTTTTAAGGTCTATTATCCATTTGTTGTTAGAAGAAGATAAGCCCCCACAGTAA

Protein:   MAPKKKQTSKQNSKPKTTSSGPRLQISAENENRVRRLLLNSGRSATPAAPVDESLSKAQKTKKLKAVYEKLSCEGFTNDQIELALSALKEGATFEAAVDWLCLNLTSNELPLKFSSGTSLHGNEGGSVGIILTSRDDWTPSVDTSTKIDEDAPGISIRTKGQRDDKTLDSFQPSQADWIKQYVEQQEEDESTTWEDDAADERAEKVHKPRSYDVIAKEYRAARWEAANAKQKGDKKSQERAGSIIRNLKQEFSALGLSDDILASEFGKDTAFEDTYTNPYKHSEKVHADEITVDRIDEDYCSSIHFPVNSTLSTEPAQGKIIAEEESIDVEIGNFFLEDGPSGEVLPPEVLELQKRERMREISSEKNLEKLDGIWKKGDSRKIPKAVLHQLCQRSGWEAPKFNKVRGKENNFSYTVSVLRKASGRGKSRKAGGLVTLQLPDQNGTFDSAEDAQNRVAAFALCQLFPDLPVHLLIIEPYASLVIQWKEGESSMTVEDSQEDRRATFVDSLLSADGSSSTSAANFMYDILPEEVQELHVEEPISSGVVRTDPVAQRVHHFKEVESSYLRQELENKLKNPKFKDMLKTRAALPIAGLKGDILRLLHENNVLVVCGETGSGKTTQVPQFILDDMIKSGHGGHCNIICTQPRRIAAISVAERVSDERCEPSPGSRGSLVGYQVRLDSASNDKTKLLFCTTGILLRKLMGDKNLTGITHVIVDEVHERSLLGDFLLIVLKNLIEKQSALSTPKLKVILMSATVDSDLFSRYFGNCPVITAEGRTHPVTTYYLEDIYESIDYRIASDSPASLGYGPLTKEKAGAVNNRRGKKNLVLSAWGDDSLLSEENINPYYVPDSYQSYKEQTRQNLKRLNEDVIDYDLLEDLVCHVDETCDEGAILVFLPGVSEIYTLVDKLAASYRFGGQASDWILPLHSSVSSTDQKKVFLRAPENIRKVIVATNIAETSITIDDVVYVIDCGKHKENRYNPQKKLSSMVEDWISKANARQRRGRAGRVKPGICFCLYTRYRFEKLMRPFQVPEMLRMPLVELCLQIKLLSLGYIKPLLSKALEPPREEAMTTAIKLLYEVGALEADEELTPLGHHLAKLPVDVLIGKMMLYGGIFGCLSPILSISAFLSYKSPFVYPKDERQNVERAKLALLTGKLDGPSESHDSDRQSDHLIMMTAYQKWEKILREKGVKAAQHFCNSYFLSSSVMYMIRDMRIQFGTLLADIGLIALPKQYQLDGRKKENLDTWFSDESQPFNMYSTHSSIVKAILCAGLYPNIAATGKGIAEATLTNLKQSASLATKERPIWYDGRREVNIHPSSINSTLKEFQYPFIVFLEKVETNKVFLRDTTVISPNSILLFGGSINIQHQTGLVIVDGWLKLTAPAQTAVLFKELRLTLHSVLKELIRKPENSTVAYNEVLRSIIHLLLEEDKPPQ