instructions38. stress35. Exemplary, genome information encouraged the recognition

instructions38.
Surprisingly, the DREB1/2 gene initiated under drought stress and salt,
suggesting that it was cross-talk between them37,39-42. These
results indicate that the DREB1s and DREB2s gene elements in combination with
ABA are maintained in monocotyledonous and dicotyledonous plants, and are
important parts in plant drought stress and salt stress35.

Exemplary, genome
information encouraged the recognition of the function of the gene function and
the order in this species, and the study of sunflower increases the definitive
information needed to understand the molecular component of stress reactions,
and thus increasing the abiotic tolerance of various products to date. The
AP2/ERF family is known in Arabidopsis4, bamboo43, grapevine44,
maize45, peach46, and rice47. As best we can
see, the systematic proof of the AP2/ERF family in has not been performed in sunflower,
and the research limitation of the genetic family is essential.

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In
this study, a broad bioinformatics research led to the discovery of genomic
linkage, phylogenetic relationship and gene expression of the AP2/ERF genes in Helianthus
annuus. Also, chromosome localizati

instructions38.
Surprisingly, the DREB1/2 gene initiated under drought stress and salt,
suggesting that it was cross-talk between them37,39-42. These
results indicate that the DREB1s and DREB2s gene elements in combination with
ABA are maintained in monocotyledonous and dicotyledonous plants, and are
important parts in plant drought stress and salt stress35.

Exemplary, genome
information encouraged the recognition of the function of the gene function and
the order in this species, and the study of sunflower increases the definitive
information needed to understand the molecular component of stress reactions,
and thus increasing the abiotic tolerance of various products to date. The
AP2/ERF family is known in Arabidopsis4, bamboo43, grapevine44,
maize45, peach46, and rice47. As best we can
see, the systematic proof of the AP2/ERF family in has not been performed in sunflower,
and the research limitation of the genetic family is essential.

In
this study, a broad bioinformatics research led to the discovery of genomic
linkage, phylogenetic relationship and gene expression of the AP2/ERF genes in Helianthus
annuus. Also, chromosome localization, gene structure, gene ontology,
homologous modeling of HaAP2/ERF protein, cis components in the
promoter region, as well as gene amplification and evolutionary systems, it was
analyzed. Our research has premisethe way for adding to the families of AP2/ERF
family control in the advancement of sunflowerin response to abiotic and biotic
stress, which dose not only provide supportive data on change the mechanism of evolution
on, gene structure, gene ontology,
homologous modeling of HaAP2/ERF protein, cis components in the
promoter region, as well as gene amplification and evolutionary systems, it was
analyzed. Our research has premisethe way for adding to the families of AP2/ERF
family control in the advancement of sunflowerin response to abiotic and biotic
stress, which dose not only provide supportive data on change the mechanism of evolution