halophFGD

Basic Information

Locus ID: gene-QYE76_059583

Species & Taxonomic ID: Lolium multiflorum & 4521

Genome Assembly: GCA_030979885.1

Description: protein kinase activity

Maps and Mapping Data

Chromosome	Start	End	Strand	ID
chr4	10596169	10610023	+	gene-QYE76_059583

Protein Data

Protein Properties:

Theoretical pI	Molecular Weight	Instability Index	Aliphatic Index	GRAVY
6.52	148,784.11 Da	47.51	86.37	-0.43

Protein Domain:

Category	ID	Description	Start	End	Evalue/Score	InterPro ID
CDD	cd01647	RT_LTR	1014	1153	3.64556E-36	-
CDD	cd00303	retropepsin_like	707	804	1.91533E-12	-
Pfam	PF03732	Retrotransposon gag protein	407	497	3.6E-9	IPR005162
SUPERFAMILY	SSF56672	DNA/RNA polymerases	974	1179	7.23E-49	IPR043502
SUPERFAMILY	SSF50630	Acid proteases	704	812	5.44E-5	IPR021109
Gene3D	G3DSA:3.30.70.270	-	1074	1087	1.2E-20	IPR043128
Gene3D	G3DSA:2.40.70.10	Acid Proteases	688	826	9.1E-18	IPR021109
Gene3D	G3DSA:3.10.10.10	HIV Type 1 Reverse Transcriptase, subunit A, domain 1	976	1073	1.2E-20	-
Gene3D	G3DSA:3.30.70.270	-	1088	1159	9.8E-23	IPR043128
Coils	Coil	Coil	1232	1266	-	-

Best hit

Source	Best Hit ID	Description
RefSeq	XP_023521407.1	LOW QUALITY PROTEIN: uncharacterized protein LOC111785222 [Cucurbita pepo subsp. pepo]
Swiss-Prot	Q7LHG5	Transposon Ty3-I Gag-Pol polyprotein OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=TY3B-I PE=1 SV=2
TrEMBL	A0A5N6NL53	Retrotrans_gag domain-containing protein OS=Mikania micrantha OX=192012 GN=E3N88_18560 PE=4 SV=1

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
Poaceae	Lolium multiflorum	112	gene-QYE76_000435, gene-QYE76_001231, gene-QYE76_002540 ... gene-QYE76_002906, gene-QYE76_004013, gene-QYE76_004245, gene-QYE76_004470, gene-QYE76_004504, gene-QYE76_004659, gene-QYE76_004829, gene-QYE76_007022, gene-QYE76_007346, gene-QYE76_007868, gene-QYE76_008444, gene-QYE76_009909, gene-QYE76_010480, gene-QYE76_010781, gene-QYE76_011868, gene-QYE76_012357, gene-QYE76_012464, gene-QYE76_012974, gene-QYE76_013433, gene-QYE76_013553, gene-QYE76_013715, gene-QYE76_013980, gene-QYE76_014180, gene-QYE76_014307, gene-QYE76_014441, gene-QYE76_014730, gene-QYE76_015024, gene-QYE76_015651, gene-QYE76_016925, gene-QYE76_017717, gene-QYE76_021302, gene-QYE76_022708, gene-QYE76_023965, gene-QYE76_024041, gene-QYE76_024291, gene-QYE76_024449, gene-QYE76_024496, gene-QYE76_024759, gene-QYE76_024838, gene-QYE76_026599, gene-QYE76_028145, gene-QYE76_028896, gene-QYE76_029364, gene-QYE76_029443, gene-QYE76_030456, gene-QYE76_032336, gene-QYE76_032366, gene-QYE76_033749, gene-QYE76_033790, gene-QYE76_034303, gene-QYE76_035451, gene-QYE76_035826, gene-QYE76_038712, gene-QYE76_038850, gene-QYE76_039001, gene-QYE76_039782, gene-QYE76_040556, gene-QYE76_040877, gene-QYE76_040916, gene-QYE76_041471, gene-QYE76_041588, gene-QYE76_041589, gene-QYE76_041893, gene-QYE76_042050, gene-QYE76_042385, gene-QYE76_043720, gene-QYE76_043790, gene-QYE76_044482, gene-QYE76_046041, gene-QYE76_046102, gene-QYE76_048022, gene-QYE76_049479, gene-QYE76_049925, gene-QYE76_050086, gene-QYE76_051824, gene-QYE76_051915, gene-QYE76_051958, gene-QYE76_052119, gene-QYE76_052218, gene-QYE76_054375, gene-QYE76_054624, gene-QYE76_054745, gene-QYE76_055510, gene-QYE76_056511, gene-QYE76_056535, gene-QYE76_057080, gene-QYE76_059367, gene-QYE76_059583, gene-QYE76_060009, gene-QYE76_060642, gene-QYE76_061318, gene-QYE76_062390, gene-QYE76_063337, gene-QYE76_063439, gene-QYE76_063947, gene-QYE76_064310, gene-QYE76_064329, gene-QYE76_065000, gene-QYE76_065542, gene-QYE76_066216, gene-QYE76_066786, gene-QYE76_067566, gene-QYE76_069050, gene-QYE76_069638, gene-QYE76_069704, gene-QYE76_069889, gene-QYE76_070414, gene-QYE76_071122, gene-QYE76_071930