We are analyzing https://link.springer.com/article/10.1007/s11816-024-00888-3.

Title:
Biotechnological strategies to decipher the functions of abiotic stress-associated genes in soybean | Plant Biotechnology Reports
Description:
Soybean is one of the richest and cheapest proteins and vegetable oil sources. It is adapted to grow in a varied environment; however, yield loss occurs due to multiple abiotic stresses. Abiotic stresses negatively impact plant growth and development, damaging the crop and decreasing productivity. The last two decades have focused tremendously on improving soybean productivity by dissecting physiological and molecular mechanisms for developing abiotic stress-tolerant varieties. Here, we present a review with a comprehensive outlook on the biotechnological approaches to explore the pathways involved in abiotic stress tolerance in soybean. The review focuses on summarizing transgenic and RNA interference-based strategies as well as genome editing tools to validate the function of abiotic stress-associated genes in soybean. We have also highlighted the significant challenges faced in increasing soybean yield against climatic changes using diverse techniques.
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Keywords {🔍}

pubmed, article, google, scholar, cas, soybean, plant, tolerance, central, chen, stress, gene, zhang, sci, wang, drought, salt, mol, abiotic, plants, biol, transcription, liu, zhao, factor, zhou, transgenic, silencing, enhances, overexpression, front, cell, nguyen, rna, crisprcas, int, genes, responses, yang, arabidopsis, wei, physiol, expression, stresses, genome, editing, sun, zheng, protein, virusinduced,

Topics {✒️}

month download article/chapter r2r3-myb transcription factor crispr/cas genome-editing tool crispr/cas9 mediated gene-editing r2r3-myb protein gene virus-induced gene silencing post-transcriptional gene silencing confers salt-alkali resistance crispr/cas soybean access canonical nonhomologous end-joining virus-derived vector systems rna interference-based strategies protein-interacting protein kinase trans-encoded small rna rna-dependent rna polymerase multi-omics assisted breeding transcription factor gserf7 rice transcription factor crispr–cas system agricultural research crispr-cas systems full article pdf soybean transcription factor crispr–cas adaptation crispr-cas adaptation marker-free transgenic plants crispr-cas immunity regulating salt-responsive genes tga gene involved confers osmotic/drought crispr-cas technology enhances aba sensitivity putative syntaxin gene regulates plant responses elongation factor gmef4 privacy choices/manage cookies plant gene silencing article tiwari enhances salt tolerance transcriptional activator interact dreb2-type protein abiotic stress responses senior research fellowship gmfdl19 enhances tolerance gmwrky45 enhances tolerance abiotic stress tolerance stress-related genes drought-stress responses enhance stress tolerance posttranscriptional gene silencing

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         description:Soybean is one of the richest and cheapest proteins and vegetable oil sources. It is adapted to grow in a varied environment; however, yield loss occurs due to multiple abiotic stresses. Abiotic stresses negatively impact plant growth and development, damaging the crop and decreasing productivity. The last two decades have focused tremendously on improving soybean productivity by dissecting physiological and molecular mechanisms for developing abiotic stress-tolerant varieties. Here, we present a review with a comprehensive outlook on the biotechnological approaches to explore the pathways involved in abiotic stress tolerance in soybean. The review focuses on summarizing transgenic and RNA interference-based strategies as well as genome editing tools to validate the function of abiotic stress-associated genes in soybean. We have also highlighted the significant challenges faced in increasing soybean yield against climatic changes using diverse techniques.
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      description:Soybean is one of the richest and cheapest proteins and vegetable oil sources. It is adapted to grow in a varied environment; however, yield loss occurs due to multiple abiotic stresses. Abiotic stresses negatively impact plant growth and development, damaging the crop and decreasing productivity. The last two decades have focused tremendously on improving soybean productivity by dissecting physiological and molecular mechanisms for developing abiotic stress-tolerant varieties. Here, we present a review with a comprehensive outlook on the biotechnological approaches to explore the pathways involved in abiotic stress tolerance in soybean. The review focuses on summarizing transgenic and RNA interference-based strategies as well as genome editing tools to validate the function of abiotic stress-associated genes in soybean. We have also highlighted the significant challenges faced in increasing soybean yield against climatic changes using diverse techniques.
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