MonarchBase - Protein-coding gene

DPOGS207246
Transcript	DPOGS207246-TA	5241 bp
Protein	DPOGS207246-PA	1746 aa
Genomic position	DPSCF300008 - 1370640-1380780
RNAseq coverage	155x (Rank: top 53%)

Annotation
*Heliconius*	HMEL016503	75.30%
*Bombyx*	BGIBMGA012060-TA	63.50%
*Drosophila*	Gef64C-PA	50.46%
EBI UniRef50	UniRef50_B4IZ66	51.65%	GH15696 n=3 Tax=Drosophila RepID=B4IZ66_DROGR
NCBI RefSeq	XP_001864486.1	55.61%	conserved hypothetical protein [Culex quinquefasciatus]
NCBI nr blastp	gi\|170057446	55.61%	conserved hypothetical protein [Culex quinquefasciatus]
NCBI nr blastx	gi\|170057446	47.18%	conserved hypothetical protein [Culex quinquefasciatus]

Group
Gene Ontology	GO:0005622	3.4e-47	intracellular
	GO:0035023	3.4e-47	regulation of Rho protein signal transduction
	GO:0005089	3.4e-47	Rho guanyl-nucleotide exchange factor activity
KEGG pathway	dre:571031	1e-12
	K07532 (ARHGEF12, LARG)	maps->	Axon guidance
			Regulation of actin cytoskeleton
			Vascular smooth muscle contraction
InterPro domain	[1328-1531] IPR000219	3.4e-47	Dbl homology (DH) domain
Orthology group	MCL17868		Insect specific

Nucleotide sequence:

>DPOGS207246-TA
ATGCCAGAAACTTGTGGGGGTATCAAAAGGAATGTGAAGATATACGAAGCACCAGAAGCTACGAGATCTAAAAGATGGTCTTCAAAATTAAGGCTTAATACATCTGCAAGTTCTAAATCTTCTGAAATATCCCCTGAGAGTCCATATATGTATGGCACTATTAGTGGTCAAGGTGGTTCAGCATTATCGAAATCCATGAAGTATGCGGAAACTTGGTTGTACGGGTCTGTGAGAACCCAAACACCACCTGTGAGGCCAAGCGTCTTTTCAGCGTATCCTGACATTCCTGGACCCGTATTAATAAGCACTCCACAAAAACCAACCCCACACAACTACGCTGTTATATTATGTTCCTGTCCTGAATATCTAAATGGTACTAAAAAAACCACTTCAACCAAAGTCAGTATATGTAAGAAATGCAAAGGATCTCGTTTACCTCTTACAATAGCTGAGAGTCCCCGTTTATTAGTAGGTGGTACTGTACGAGGCCCTCAAGTAAATCGCGATGCAGGCTTACTAAGAGCTGGCACTGTAAGAGTTCCTAGTTCTAAATCACGTCCTAGCATTTTAAAGCCAAATGGCGACTCAGATCCATATGATTTAATGCGTAGAAGTAGACTAGCTCCACCTCACGAAACGAGAATAGGAAGTCAATTTTCTACAACAAGATCCCGAGCGAAAAGCATAAGTCCTTGTAGAGTGAAAACGAAGCAAACAAGTCCGGAATCATTAAACAAAAATCGCAGTAAGTCTGTCAGTAGAGTAAATGAATTATGGATAGATGAGGATGCAATTACAACTGACAAAAAAAAATCCATTCTCTCTTGTGATATAAACCCTTACGAATTAGTAAAAGCAGGAGGACATTCTAAATCTACGGTGGATATAGAGTTCGACGATGACTTTGTTGAAGGTTTCCAGGATCCAAGTAAGAGTAGTAGTCGGTCTTCAAGTAAGGGTAAAAATGATAGCAATGTTAAGGCAATAGGAGGACAAAGGATAAGAGTGTCAAATGATTCAAAATCTGGTAGTGTAGACGAAGTATCAGTATATGACCCTATAAAATACGATCTCAAAAATTATGACTTTCAATCAACTGATATGTCTACGGCACTATCTTTACCAAACATAAAAAATGAAAATAAAGTAGTTCCATTGAATAAAAATAGAAATAAATCTATATCTCCCTCAAACCGTTTGAAACAAAAGAGTGTGTCACCAAAAAGACCACCGAGAAGATTAAGATATAATAAAACAGAGGATGATAGTGAAAGTGATAATCAGCGATTACCCGATAAGAATTTTAGCACAAAAACAGCTCTAGATACTACTCGAAGTTCCAAATATAAGAATAATAACAAGGAAACTATAAAATCTATATTAAAAAAGCCTAAACGGTATGATCCAGATGATTCCAATGGAAAGTTTGAAAATAAAGAGGAATCATTTGAAAGTAAACGTCTTAATTCATCACAATTTTATCTTCCAAAACCGAAAGATAATAAAAGTTTGGTCTTAACTCAGAATATCCATCAAAGAAAACGAGTTCAATTTTTGGTTGAAAAAGAAGAAACTAAAGTAATATACACAGCAGACCTAAACTTACATGAAAATATTGTCACAGAGTCAAATACAATTATTGAAACAGAAGAGGAAATTGTTGCCAAGGGTGATGTCGTTAGTCAAAGTTTAGAGGCAAATGAAACTGTTACTACCGAGTGTAATGAACAAAATTTGATAAATGAAATGTTAAATGATTCTGGAGTTTATGGAGAAGTTGAAATGAATAGTGAGAGTGAAAATATAATACAGCAAAATGTTAATACTCAAGGAGGATATATCAAAAAAAGCGAAGAAAACAATGTAAAAGATAACCATGTGCCGAAAATTCCTGTTTTAAGGCGTTCAGAATCAGAACGTCTGGTTCCGACTTTATCAATATCTCCTCCAAAGTTTCTAGATACGATGGCTTTACGTAAAAACAAATATGGTTATAAAAGTCAAGTATTTCTAGAATTTGTAAATGAATTAGAATCAACAGTTCAGTCTGAGAAACATGAATCAAAAGACTCTGAAGACATGAGTGCTAACCGTGTACCTATTGGAAATGAAAATGAAGTAGATACAGGTAATTTAAGTGATAACAGTGAAATAACAACTAAAGTTTTAGAGAACTTAAGACGTGAAATTTCTTGTTCTCCTGAACCACCACCGCGTTTAAAATTAAAATCTAAGAAACACAATTACGTTAAAACTAGATTCGTTCGTAACAATTCTACAAGTTCCACAAGTGATGAATGGTCTGATTCCAATGATAGGGAACAAAAAACAATACTGAAAATTAAACAATTTGATTCTGATGATGGTGATGAACAAAACAGTAAAGATACTTGTAAAAATATAGAACTTGAGCCTAGAAAAACGTCTATTCAGATAAATGGCAATGAATGTTATTCAACTATGAATGTTAATAACGATACACCAATATATCTGTCTTCTGTTGTTGTTAACGATGATTATGGTAATACATGTAACACTTATCAAACCGGTACTACAGTCACAATTAGTGTTGGGACTCCACAAGAAGGTATGAAGAAATCTAAGAGTCAAATATATATAGGAGCTGTTTTTCCAGGACACAATAATAGTATCGAGGATACAAATACTTATGAAGATTATTATAATGATAGTCAGGGAGATCAATTTAATTTAGTGAGCAGTAATGAAATATCTTCTATTTTAAATGATCCGGTAGAAGCAGTCCGTCGGAATCTTATCCCCCATGTTTGTGGGAAAAAAGATGTTTTCACCCAGGAAGTAAATAATTTAAGTCAAAGAAGTAAATCAGAAATTAAAAATTCAGATAAAAGCGGTAATTTTGTAACGAAGCTTTTTGATGACCCATTTTTTGCTCATTTAGCAGAAGGACTTGATTCCAACTTAGTTAAGAAATTGATAGAAAATTCGTTAATCAAACTTCAAGAGACTAAATATCAAGAAGGATCAGAAAGCAATAAACAAACTATTGAGAAACTTATCGAAAATTCATTAATATCGTTAAAAGAAGAAGTAAAAAAAGAAAATAAAAGGAATGAAATTATACATATACCAAAAAATGAAGATCTGGAACCATCATCAAAATCAGAAATTCAAACATCCGATAATTTAGAAGATGATAAAGCCTGTTCAGCTCCTTATGAGAGCATGGAATATGAAAGTGGGACAGTGGGAGTTTTTTCAGACCAGGAACCAATGTCTGATTGTTATAACGCTTCCGCGAGTGAACTTTCTACAGAAGATGATACAAATTCTACAAGATCTAAGTTTTATCAAATGCTAGTGGATGCTGCCATTTGCGATATTGAAATTTCAAATAACACTGACGATGACCATCTTTATGAATCTATACGGTTAAATAGTAGTGACCCAATTTATGAAGAAATAGGTGACATGCCTCCTCCTTTGCCAACCAATCCACCGCCAAATTCTCTTTTATTATTAGATGATGAAAAACGAAGTGGGTCCCGTTCAATTTTTGAAGGTGCGTCTAAGTACGATATTTTGTCTTATTTAGTAGATGCTAAAGAAAGGGGCATAGATGATGAAGAGACCTATATAACTAATTACAATAATGACAATAATGAATCAAAGGATAAAACCAAGATAGTAAAAAAACACATAAGTAGTAATACCAGTCAAATATCAAATGCATCAGATTCAAGTGAAGATAATTCGTTGGTTATTAATCAGGAAAATATTGAAAAAGTTGTGGTTTGTAAGAAAACATCAGCAGAAATAGAGAGAAATGATTCTGGCGTTGGTTCGGAAACAAGTAAATCGTCTAGAAACCGGCTCCAGGGTAAAACAACAACAACTAACTCATTAAGCGATAAAGACACTCCTATTCATCTGTGTGAAGATTGTGATACTGCTGTAGAAACACAAGTGACAGAACAAGGATCAGTTTTTGCTCCACTGGTTTGCCGTAAATGTTCGAAGAAAAGAACAGAAAGAAAGGAAATAATAACGGAAATTGTGGAAACTGAAGAAAAATATGGACGTGATTTACAAATAATTCTTGAAGAATTCTATAAACCTATGTTAGTTGCTGGTCTTCTAACGCAAGAACAATTGAGCGCTATATTTTTAAATGTTGAAGAGTTAATTGATAACAACCAAGTTCTTTCGGAAAAACTAAGGGACGCTCTTGAAATTGCAGTGGAACAAGGAGATGAGGACTTACTGACTGTTAACGTTGGTAAGATTCTCTTGGAATGTTCAGGAATGTTGACAGCTTTTCAATCATATTGTGTAAAACAAGCAGGCGCCGCATTGCTTTTAGCCGGACTTGAGAAGGAGAAGGAACTTTTAAGGATATTCTTGCGCGTCTCGCAAATGGAAAATGCGGTTCTGAGGAGAATGAACTTAAACTCGTTCCTCATGGTACCTGTTCAACGCGTGACAAAATATCCGCTCCTTCTTTCGCGGCTTTACCGAGCCACACCAACTTGTGCGTCTGAGAGGGAAGACGTCAAGGGTGCTCAGCGTTGTGTTGAATCCAGACTTGAGGAGATCAACGCTGCCGCTGCAGCTGCGGCCGCCGCTGCCAGAGATGTGCCGCTATGGCGGAGACTCGCAGTGGCGCGGCGGACTGCTCATGATTTGCACGTCGCCGACATAAGACTCAGAAAAATGGCCGTAGATGTTTTGGATTGGAATCACGATGATGCTAGGTTCGCAATGGAAGGCAAGCTGCTGTTTACACAACCGAACGACAACAACTGGCGAAAAGGCCGAACAATCAAGTTGATGCCGATCAATGCACTTTTGGTAACTAATGGAAAGCCAACAATCGCTCATAAAACGAACGAAATACGGGAAACAAGAGAAGCAAGAGATCGAGAGGCGAGGGAAAGAGAAGGAGATGCTCTTTTCGCACGCAGTGGAGTAAGGGAGGCTGCTTTACTTCTTGTAAGAGAAAAAGCAGGAAGATACACCTTACAAAGAGAGCCACTCTTTTTAGACCGCTGCGTAGTCGCTGCCGATCATGAACCAGAACATTTCTTTGAAGTCCACGAAATAACAACTAAAGATTCATTCATTTTCAAGGCCGAAGAAAATACCCGCACTCGAACTTGGTATCGACAGTTGCAATATCATGCACAAGGAGCTGGCGCATGGCGTAAACGGCGAAATGCGCTGGCTAACATTATGATTAACCCGATGCTTACTAGAAACTAA

Protein sequence:

>DPOGS207246-PA
MPETCGGIKRNVKIYEAPEATRSKRWSSKLRLNTSASSKSSEISPESPYMYGTISGQGGSALSKSMKYAETWLYGSVRTQTPPVRPSVFSAYPDIPGPVLISTPQKPTPHNYAVILCSCPEYLNGTKKTTSTKVSICKKCKGSRLPLTIAESPRLLVGGTVRGPQVNRDAGLLRAGTVRVPSSKSRPSILKPNGDSDPYDLMRRSRLAPPHETRIGSQFSTTRSRAKSISPCRVKTKQTSPESLNKNRSKSVSRVNELWIDEDAITTDKKKSILSCDINPYELVKAGGHSKSTVDIEFDDDFVEGFQDPSKSSSRSSSKGKNDSNVKAIGGQRIRVSNDSKSGSVDEVSVYDPIKYDLKNYDFQSTDMSTALSLPNIKNENKVVPLNKNRNKSISPSNRLKQKSVSPKRPPRRLRYNKTEDDSESDNQRLPDKNFSTKTALDTTRSSKYKNNNKETIKSILKKPKRYDPDDSNGKFENKEESFESKRLNSSQFYLPKPKDNKSLVLTQNIHQRKRVQFLVEKEETKVIYTADLNLHENIVTESNTIIETEEEIVAKGDVVSQSLEANETVTTECNEQNLINEMLNDSGVYGEVEMNSESENIIQQNVNTQGGYIKKSEENNVKDNHVPKIPVLRRSESERLVPTLSISPPKFLDTMALRKNKYGYKSQVFLEFVNELESTVQSEKHESKDSEDMSANRVPIGNENEVDTGNLSDNSEITTKVLENLRREISCSPEPPPRLKLKSKKHNYVKTRFVRNNSTSSTSDEWSDSNDREQKTILKIKQFDSDDGDEQNSKDTCKNIELEPRKTSIQINGNECYSTMNVNNDTPIYLSSVVVNDDYGNTCNTYQTGTTVTISVGTPQEGMKKSKSQIYIGAVFPGHNNSIEDTNTYEDYYNDSQGDQFNLVSSNEISSILNDPVEAVRRNLIPHVCGKKDVFTQEVNNLSQRSKSEIKNSDKSGNFVTKLFDDPFFAHLAEGLDSNLVKKLIENSLIKLQETKYQEGSESNKQTIEKLIENSLISLKEEVKKENKRNEIIHIPKNEDLEPSSKSEIQTSDNLEDDKACSAPYESMEYESGTVGVFSDQEPMSDCYNASASELSTEDDTNSTRSKFYQMLVDAAICDIEISNNTDDDHLYESIRLNSSDPIYEEIGDMPPPLPTNPPPNSLLLLDDEKRSGSRSIFEGASKYDILSYLVDAKERGIDDEETYITNYNNDNNESKDKTKIVKKHISSNTSQISNASDSSEDNSLVINQENIEKVVVCKKTSAEIERNDSGVGSETSKSSRNRLQGKTTTTNSLSDKDTPIHLCEDCDTAVETQVTEQGSVFAPLVCRKCSKKRTERKEIITEIVETEEKYGRDLQIILEEFYKPMLVAGLLTQEQLSAIFLNVEELIDNNQVLSEKLRDALEIAVEQGDEDLLTVNVGKILLECSGMLTAFQSYCVKQAGAALLLAGLEKEKELLRIFLRVSQMENAVLRRMNLNSFLMVPVQRVTKYPLLLSRLYRATPTCASEREDVKGAQRCVESRLEEINAAAAAAAAAARDVPLWRRLAVARRTAHDLHVADIRLRKMAVDVLDWNHDDARFAMEGKLLFTQPNDNNWRKGRTIKLMPINALLVTNGKPTIAHKTNEIRETREARDREAREREGDALFARSGVREAALLLVREKAGRYTLQREPLFLDRCVVAADHEPEHFFEVHEITTKDSFIFKAEENTRTRTWYRQLQYHAQGAGAWRKRRNALANIMINPMLTRN-

Monarch geneset OGS2.0

Nucleotide sequence:

Protein sequence: