halophFGD

Basic Information

Locus ID: gene-QYE76_025100

Species & Taxonomic ID: Lolium multiflorum & 4521

Genome Assembly: GCA_030979885.1

Description: Removal of H(2)O(2), oxidation of toxic reductants, biosynthesis and degradation of lignin, suberization, auxin catabolism, response to environmental stresses such as wounding, pathogen attack and oxidative stress

Maps and Mapping Data

Chromosome	Start	End	Strand	ID
chr6	202190219	202193462	-	gene-QYE76_025100

Protein Data

Protein Properties:

Theoretical pI	Molecular Weight	Instability Index	Aliphatic Index	GRAVY
8.47	40,872.83 Da	47.69	66.64	-0.80

Protein Domain:

Category	ID	Description	Start	End	Evalue/Score	InterPro ID
Pfam	PF13952	Domain of unknown function (DUF4216)	137	204	5.7E-8	IPR025312
Coils	Coil	Coil	297	324	-	-

KEGG Pathway

KO Term:

K00430 (peroxidase [EC:1.11.1.7])

Pathway:

ko00940 (Phenylpropanoid biosynthesis) map00940 (Phenylpropanoid biosynthesis) ko01100 (Metabolic pathways) map01100 (Metabolic pathways) ko01110 (Biosynthesis of secondary metabolites) map01110 (Biosynthesis of secondary metabolites)

Reaction:

R00602 (Methanol + Hydrogen peroxide <=> Formaldehyde + 2 H2O) R02596 (Coniferyl alcohol <=> Guaiacyl lignin) R03919 (Sinapyl alcohol <=> Syringyl lignin) R04007 (4-Coumaryl alcohol <=> p-Hydroxyphenyl lignin) R07443 (5-Hydroxyconiferyl alcohol <=> 5-Hydroxy-guaiacyl lignin)

Best hit

Source	Best Hit ID	Description	E-value
RefSeq	XP_051202093.1	uncharacterized protein LOC127315663 [Lolium perenne]	0
TrEMBL	A0A0L0UP47	DUF4216 domain-containing protein OS=Puccinia striiformis f. sp. tritici PST-78 OX=1165861 GN=PSTG_18060 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
Poaceae	Lolium multiflorum	112	gene-QYE76_001277, gene-QYE76_001352, gene-QYE76_001721 ... gene-QYE76_002495, gene-QYE76_003541, gene-QYE76_004443, gene-QYE76_004928, gene-QYE76_004941, gene-QYE76_005807, gene-QYE76_005830, gene-QYE76_005831, gene-QYE76_007803, gene-QYE76_008013, gene-QYE76_009230, gene-QYE76_010006, gene-QYE76_011087, gene-QYE76_011088, gene-QYE76_015340, gene-QYE76_015803, gene-QYE76_015804, gene-QYE76_016532, gene-QYE76_017682, gene-QYE76_017873, gene-QYE76_017875, gene-QYE76_018904, gene-QYE76_020250, gene-QYE76_021804, gene-QYE76_021865, gene-QYE76_023256, gene-QYE76_023756, gene-QYE76_023757, gene-QYE76_025100, gene-QYE76_025581, gene-QYE76_025582, gene-QYE76_026848, gene-QYE76_027131, gene-QYE76_027180, gene-QYE76_027298, gene-QYE76_028784, gene-QYE76_029705, gene-QYE76_030814, gene-QYE76_031025, gene-QYE76_031026, gene-QYE76_032944, gene-QYE76_033725, gene-QYE76_033726, gene-QYE76_035656, gene-QYE76_036097, gene-QYE76_037485, gene-QYE76_037940, gene-QYE76_037941, gene-QYE76_038016, gene-QYE76_039089, gene-QYE76_039328, gene-QYE76_040381, gene-QYE76_040873, gene-QYE76_040944, gene-QYE76_041380, gene-QYE76_041616, gene-QYE76_042404, gene-QYE76_042975, gene-QYE76_043639, gene-QYE76_043915, gene-QYE76_043916, gene-QYE76_044922, gene-QYE76_045526, gene-QYE76_046120, gene-QYE76_046263, gene-QYE76_046264, gene-QYE76_047074, gene-QYE76_047159, gene-QYE76_047736, gene-QYE76_048079, gene-QYE76_048135, gene-QYE76_048136, gene-QYE76_052370, gene-QYE76_052992, gene-QYE76_053032, gene-QYE76_053923, gene-QYE76_054108, gene-QYE76_055394, gene-QYE76_056823, gene-QYE76_057935, gene-QYE76_058184, gene-QYE76_058195, gene-QYE76_059337, gene-QYE76_059369, gene-QYE76_061050, gene-QYE76_061051, gene-QYE76_061199, gene-QYE76_061548, gene-QYE76_062122, gene-QYE76_062123, gene-QYE76_062506, gene-QYE76_062507, gene-QYE76_064177, gene-QYE76_064721, gene-QYE76_065021, gene-QYE76_066602, gene-QYE76_066729, gene-QYE76_066913, gene-QYE76_068003, gene-QYE76_068108, gene-QYE76_068932, gene-QYE76_069271, gene-QYE76_070149, gene-QYE76_070150, gene-QYE76_070245, gene-QYE76_070496, gene-QYE76_071305, gene-QYE76_071506, gene-QYE76_071866