Anise · gene

Chr07.g49852

A connected PerseaDB feature record linking structure, functional evidence, sequences, and downstream analysis tools.

7,876
bp
Chr07:2,765,215–2,773,090
genomic location
Record overview

Feature identity

Identifier
Chr07.g49852
Feature type
gene
Genome collection
Anise
Organism
Persea americana-Anise
Sequence length
7,876 bp
Genomic location
Chr07:2,765,215–2,773,090
Strand
−
Open original Tripal record
Computational annotation

Functional evidence

These terms are computationally inferred by eggNOG-mapper and should not be interpreted as experimental validation in avocado.

eggNOG
4432.XP_010263552.1,U,[lag1 longevity assurance homolog]
Gene Ontology
lag1 longevity assurance homolog | GO:0001676//long-chain fatty acid metabolic process; GO:0002238//response to molecule of fungal origin; GO:0006082//organic acid metabolic process; GO:0006629//lipid metabolic process; GO:0006631//fatty acid metabolic process; GO:0006633//fatty acid biosynthetic process; GO:0006643//membrane lipid metabolic process; GO:0006665//sphingolipid metabolic process; GO:0006672//ceramide metabolic process; GO:0006807//nitrogen compound metabolic process; GO:0008150//biological_process; GO:0008152//metabolic process; GO:0008610//lipid biosynthetic process; GO:0009058//biosynthetic process; GO:0009605//response to external stimulus; GO:0009607//response to biotic stimulus; GO:0009620//response to fungus; GO:0009987//cellular process; GO:0010033//response to organic substance; GO:0016053//organic acid biosynthetic process; GO:0019752//carboxylic acid metabolic process; GO:0030148//sphingolipid biosynthetic process; GO:0032787//monocarboxylic acid metabolic process; GO:0034641//cellular nitrogen compound metabolic process; GO:0042221//response to chemical; GO:0042759//long-chain fatty acid biosynthetic process; GO:0043207//response to external biotic stimulus; GO:0043436//oxoacid metabolic process; GO:0043603//cellular amide metabolic process; GO:0043604//amide biosynthetic process; GO:0044237//cellular metabolic process; GO:0044238//primary metabolic process; GO:0044249//cellular biosynthetic process; GO:0044255//cellular lipid metabolic process; GO:0044271//cellular nitrogen compound biosynthetic process; GO:0044281//small molecule metabolic process; GO:0044283//small molecule biosynthetic process; GO:0046394//carboxylic acid biosynthetic process; GO:0046467//membrane lipid biosynthetic process; GO:0046513//ceramide biosynthetic process; GO:0050896//response to stimulus; GO:0051704//multi-organism process; GO:0051707//response to other organism; GO:0071704//organic substance metabolic process; GO:0072330//monocarboxylic acid biosynthetic process; GO:1901564//organonitrogen compound metabolic process; GO:1901566//organonitrogen compound biosynthetic process; GO:1901576//organic substance biosynthetic process | GO:0005575//cellular_component; GO:0005622//intracellular; GO:0005623//cell; GO:0005737//cytoplasm; GO:0005783//endoplasmic reticulum; GO:0005794//Golgi apparatus; GO:0005886//plasma membrane; GO:0012505//endomembrane system; GO:0016020//membrane; GO:0043226//organelle; GO:0043227//membrane-bounded organelle; GO:0043229//intracellular organelle; GO:0043231//intracellular membrane-bounded organelle; GO:0044424//intracellular part; GO:0044444//cytoplasmic part; GO:0044464//cell part; GO:0071944//cell periphery | GO:0003674//molecular_function; GO:0003824//catalytic activity; GO:0016410//N-acyltransferase activity; GO:0016740//transferase activity; GO:0016746//transferase activity, transferring acyl groups; GO:0016747//transferase activity, transferring acyl groups other than amino-acyl groups; GO:0050291//sphingosine N-acyltransferase activity
KEGG
K04710 | CERS
NR
RWR84157.1 LAG1 longevity assurance 2-like protein [Cinnamomum micranthum f. kanehirae]
Swiss-Prot
Q9LJK3.1 RecName: Full=Ceramide synthase LOH2; Short=CS2; Short=CSI; AltName: Full=Protein LONGEVITY ASSURANCE GENE ONE HOMOLOG 2; Short=LAG One Homolog 2; Short=LAG1 homolog 2; Short=LAG1 longevity assurance homolog 2 [Arabidopsis thaliana]
Biological context

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