Sentence examples for functions in the regulation of ethylene from inspiring English sources

Our results suggest that ERS1 has dual functions in the regulation of ethylene responses.

This function in the regulation of ethylene signaling may itself account for the majority of the phenotypes associated with mutations in the ARGOS family.

Here we propose a model (Fig.  9) in which, through changes in the regulation of ethylene regulating RIN-like genes and ethylene independent FUL/TDR4 like genes, the differences between fruit ripening between these two classes are not so dissimilar.

Our data are consistent with a greater role for ETR1 and ERS1 (subfamily 1) in the regulation of ethylene signaling as compared to the other three members of the ethylene receptor family (subfamily 2).

Ludwików et al. (2014) showed that the Arabidopsis protein phosphatase type 2C is involved in the regulation of ethylene biosynthesis during ozone stress.

For example, E3 Cul3-BTB ubiquitin ligases are implicated in the regulation of ethylene (ETH) biosynthesis [ 22].

Because ERS1 is also able to repress ethylene responses [ 11, 12], we hypothesized that ERS1 has dual roles in the regulation of ethylene signaling.

A MAPK (including AtMPK6) cascade was proposed to be involved in ethylene signaling [ 16], however, a recent study showed that AtMPK6 is not involved in ethylene signaling but instead involved in the regulation of ethylene biosynthesis through AtACS6 [ 17, 18].

The presence of elements responsive to other phytohormones must also be considered in the regulation of ethylene biosynthesis.

Three Ethylene response factors genes (ERF3-like, ERF-AP2-like and ERF5-1), involved in the regulation of ethylene response, were all positively affected by the NAA treatment, although with different timings.

Our genetic analysis shows that ERS1 can elevate ethylene response in receptor mutants carrying ETR1, indicating that ERS1 has dual functions in the regulation of the ethylene response.