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This study aims to identify and analyze CYP genes in Hevea brasiliensis to understand their roles in rubber biosynthesis and stress responses.

Genome-wide identification and expression profile of CYP genes in rubber tree (Hevea brasiliensis)

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This study aims to identify and analyze CYP genes in Hevea brasiliensis to understand their roles in rubber biosynthesis and stress responses.
Systematic identification of 238 HbCYP genes and classification into clans and subfamilies.
Tissue-specific expression profiling and analysis of responses to methyl jasmonate and ethylene treatments.
Gene Ontology and real-time quantitative polymerase chain reaction validation to assess functional contributions of HbCYPs.
Identification of 238 HbCYP genes classified into 9 clans and 43 subfamilies, with significant evolutionary expansions identified through tandem and segmental duplications.
Differential expression of 93 and 60 HbCYP genes in response to methyl jasmonate and ethylene treatments, respectively.
Functional networks demonstrate interactions between HbCYPs and key enzymes in rubber biosynthesis.

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Genome-wide analysis identifies CYP gene family in rubber tree, revealing roles in rubber biosynthesis and stress adaptation.

Lyu et al. (2026) studied this question.

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