Aug 2026· 3 Biotech· Vol 16· 0 citations· 86 references
Medicine
TL;DR
A genome-wide analysis of the DIR gene family was undertaken to characterize these genes and to gain insights into their potential involvement in stress responses, with the aim of supporting the development of improved stress-resistant banana cultivars.
A genome-wide identification and comprehensive analysis of the MaTIFY gene family in Musa acuminata provides novel insights into the evolutionary dynamics and stress-responsive functions of banana TIFY genes and identifies candidate targets for molecular breeding to improve abiotic and biotic stress resilience in banan...
Sheraz Ahmad, Huimin Song, Hangbo Cao et al.· International Journal of Mol...· 0 citations
The results suggest that RrEXPA1 may enhance stress tolerance by promoting root elongation and modulating physiological responses and lays the foundation for further studies on the regulatory mechanisms of abiotic stress.
N. Sang, Xiao-Xiao Hong, Xi Liu et al.· Gene· 0 citations
These findings provide a foundational framework for understanding the evolutionary history and functional diversification of the PsatGST gene family and offer valuable candidate genes for the breeding of stress-tolerant pea varieties.
Zao-Xia Niu, Li-Juan Zhang, Bo-Lin Sun et al.· Genes· 0 citations
A theoretical basis for elucidating the molecular mechanisms of the CmABF family in regulating postharvest oxidative stress in melon is provided and candidate gene resources for molecular breeding aimed at enhancing resistance and extending the shelf life of melon fruit are provided.
Yi-Lin Yuan, Su-Cheng Yan, Tong Li et al.· Horticulturae· 0 citations
Results suggest that the ThNFYA family may serve as candidate regulators of development and stress adaptation in T. hybrid ‘Zhongshanshan’ and lays a foundation for marker-assisted breeding of stress-tolerant varieties.
This study links FaNLP sequence characteristics with stress response phenotypes, providing a foundation for elucidating NLP-mediated regulatory networks in strawberry and indicates that FaNLP proteins primarily localize to the nucleus, implying their potential roles as transcriptional regulators.
Li-Juan Chen, R. He, Dong Wang et al.· International Journal of Mol...· 0 citations
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