halophFGD

Basic Information

Locus ID: gene-QYE76_016567

Species & Taxonomic ID: Lolium multiflorum & 4521

Genome Assembly: GCA_030979885.1

Description: transposition, RNA-mediated

Maps and Mapping Data

Chromosome	Start	End	Strand	ID
unplaced_20	101887	104366	+	gene-QYE76_016567

Protein Data

Protein Properties:

Theoretical pI	Molecular Weight	Instability Index	Aliphatic Index	GRAVY
6.51	83,057.01 Da	41.78	74.67	-0.67

Protein Domain:

Category	ID	Description	Start	End	Evalue/Score	InterPro ID
CDD	cd00303	retropepsin_like	553	646	1.92535E-19	-
Pfam	PF03732	Retrotransposon gag protein	73	164	3.2E-16	IPR005162
Pfam	PF13975	gag-polyprotein putative aspartyl protease	554	645	1.5E-10	-
SUPERFAMILY	SSF50630	Acid proteases	551	651	1.95E-16	IPR021109
Gene3D	G3DSA:2.40.70.10	Acid Proteases	537	674	1.4E-20	IPR021109
ProSitePatterns	PS00141	Eukaryotic and viral aspartyl proteases active site.	565	576	-	IPR001969
MobiDBLite	mobidb-lite	consensus disorder prediction	357	389	-	-

Gene Ontology

Biological Process:

GO:0006508 (proteolysis)

Molecular Function:

GO:0004190 (aspartic-type endopeptidase activity)

Best hit

Source	Best Hit ID	Description	E-value
RefSeq	XP_051190174.1	uncharacterized protein LOC127303488 [Lolium perenne]	0
TrEMBL	Q6AVG0	Retrotransposon protein, putative, unclassified OS=Oryza sativa subsp. japonica OX=39947 GN=LOC_Os03g52110 PE=4 SV=1	0

Expression

BioProject	Accession	TPM	Cultivar	Tissue	Development Stage	Sample Name	Description
No sample metadata found.

Network

🔍 Protein-Protein Interaction Network

Orthology

Family	Species	Count	Orthologous Genes
Amaranthaceae	Chenopodium album	1	gene:ENSEOMG00000027960
Poaceae	Lolium multiflorum	225	gene-QYE76_000112, gene-QYE76_000237, gene-QYE76_000651 ... gene-QYE76_000970, gene-QYE76_001268, gene-QYE76_001697, gene-QYE76_003222, gene-QYE76_003567, gene-QYE76_004089, gene-QYE76_004153, gene-QYE76_004233, gene-QYE76_004348, gene-QYE76_004432, gene-QYE76_004440, gene-QYE76_004789, gene-QYE76_005148, gene-QYE76_005269, gene-QYE76_005817, gene-QYE76_006870, gene-QYE76_007396, gene-QYE76_007635, gene-QYE76_008407, gene-QYE76_008759, gene-QYE76_008883, gene-QYE76_008941, gene-QYE76_010212, gene-QYE76_010567, gene-QYE76_010895, gene-QYE76_011012, gene-QYE76_011096, gene-QYE76_011097, gene-QYE76_011109, gene-QYE76_011743, gene-QYE76_013115, gene-QYE76_013278, gene-QYE76_013303, gene-QYE76_013629, gene-QYE76_013821, gene-QYE76_014108, gene-QYE76_014219, gene-QYE76_014480, gene-QYE76_014533, gene-QYE76_014620, gene-QYE76_014811, gene-QYE76_014919, gene-QYE76_015296, gene-QYE76_015559, gene-QYE76_015569, gene-QYE76_015677, gene-QYE76_016063, gene-QYE76_016567, gene-QYE76_017053, gene-QYE76_017231, gene-QYE76_017560, gene-QYE76_017723, gene-QYE76_018105, gene-QYE76_018232, gene-QYE76_018241, gene-QYE76_018720, gene-QYE76_018966, gene-QYE76_019059, gene-QYE76_019218, gene-QYE76_019290, gene-QYE76_020263, gene-QYE76_020469, gene-QYE76_020841, gene-QYE76_021352, gene-QYE76_021689, gene-QYE76_021724, gene-QYE76_021735, gene-QYE76_021898, gene-QYE76_022014, gene-QYE76_022483, gene-QYE76_022531, gene-QYE76_023270, gene-QYE76_023326, gene-QYE76_023406, gene-QYE76_023450, gene-QYE76_024385, gene-QYE76_024386, gene-QYE76_024562, gene-QYE76_024651, gene-QYE76_024687, gene-QYE76_025167, gene-QYE76_025745, gene-QYE76_025954, gene-QYE76_026175, gene-QYE76_026310, gene-QYE76_026479, gene-QYE76_026534, gene-QYE76_026563, gene-QYE76_026577, gene-QYE76_027137, gene-QYE76_027286, gene-QYE76_027909, gene-QYE76_027974, gene-QYE76_028709, gene-QYE76_028770, gene-QYE76_028799, gene-QYE76_028842, gene-QYE76_029059, gene-QYE76_029926, gene-QYE76_029971, gene-QYE76_030591, gene-QYE76_030846, gene-QYE76_030905, gene-QYE76_031136, gene-QYE76_031494, gene-QYE76_031782, gene-QYE76_032031, gene-QYE76_032125, gene-QYE76_033003, gene-QYE76_033654, gene-QYE76_033911, gene-QYE76_034294, gene-QYE76_034647, gene-QYE76_035286, gene-QYE76_036050, gene-QYE76_036235, gene-QYE76_036266, gene-QYE76_036296, gene-QYE76_036600, gene-QYE76_037097, gene-QYE76_037200, gene-QYE76_037403, gene-QYE76_037952, gene-QYE76_038117, gene-QYE76_039683, gene-QYE76_040905, gene-QYE76_041207, gene-QYE76_041280, gene-QYE76_041305, gene-QYE76_041838, gene-QYE76_041883, gene-QYE76_042099, gene-QYE76_042194, gene-QYE76_042379, gene-QYE76_042564, gene-QYE76_042586, gene-QYE76_042862, gene-QYE76_043216, gene-QYE76_043782, gene-QYE76_043902, gene-QYE76_043962, gene-QYE76_044086, gene-QYE76_044635, gene-QYE76_044672, gene-QYE76_045097, gene-QYE76_045722, gene-QYE76_046379, gene-QYE76_046416, gene-QYE76_046582, gene-QYE76_046741, gene-QYE76_046978, gene-QYE76_047299, gene-QYE76_047557, gene-QYE76_047774, gene-QYE76_047983, gene-QYE76_048542, gene-QYE76_048543, gene-QYE76_048634, gene-QYE76_048850, gene-QYE76_049109, gene-QYE76_049177, gene-QYE76_049534, gene-QYE76_050218, gene-QYE76_050488, gene-QYE76_050852, gene-QYE76_051210, gene-QYE76_051319, gene-QYE76_051438, gene-QYE76_051717, gene-QYE76_051853, gene-QYE76_051932, gene-QYE76_051946, gene-QYE76_051960, gene-QYE76_051970, gene-QYE76_052132, gene-QYE76_052133, gene-QYE76_052421, gene-QYE76_052989, gene-QYE76_053118, gene-QYE76_053600, gene-QYE76_054280, gene-QYE76_054813, gene-QYE76_055593, gene-QYE76_055687, gene-QYE76_056053, gene-QYE76_056908, gene-QYE76_057101, gene-QYE76_058359, gene-QYE76_058996, gene-QYE76_058997, gene-QYE76_059100, gene-QYE76_059364, gene-QYE76_059976, gene-QYE76_060594, gene-QYE76_061369, gene-QYE76_062302, gene-QYE76_063073, gene-QYE76_063326, gene-QYE76_063366, gene-QYE76_064053, gene-QYE76_064192, gene-QYE76_064357, gene-QYE76_064446, gene-QYE76_065008, gene-QYE76_065013, gene-QYE76_065229, gene-QYE76_065547, gene-QYE76_066521, gene-QYE76_066644, gene-QYE76_066707, gene-QYE76_066865, gene-QYE76_067239, gene-QYE76_068074, gene-QYE76_068075, gene-QYE76_069274, gene-QYE76_069520, gene-QYE76_069805, gene-QYE76_069839, gene-QYE76_069840, gene-QYE76_070942, gene-QYE76_071253, gene-QYE76_071286
Poaceae	Oryza sativa	1	ChrSy.fgenesh.mRNA.19
Poaceae	Sporobolus alterniflorus	3	Chr05G009620, Chr05G009630, Chr20G008400