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This review aims to explore the role of genomic technologies in enhancing amaranth for sustainable agriculture and nutritional improvement.

Leveraging genomic technologies in amaranth for stress resilience and food security: advancements, challenges, and future perspectives

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This review demonstrates genomic advancements in amaranth, highlighting its potential for food security and resilience.

This review aims to explore the role of genomic technologies in enhancing amaranth for sustainable agriculture and nutritional improvement.
Reviewed genomic and molecular breeding techniques applicable to amaranth.
Analyzed the development of the 64 K SNP array 'AmahySNP'.
Discussed applications of genome assemblies and pangenomics in crops.
Amaranth shows potential to significantly contribute to food security and resilience against climate change.
The 'AmahySNP' array aids in structure analysis and diversity studies in amaranth.
Genomic tools can enhance nutritional content and aid in the identification of important genes.

Das et al. (2026) studied this question.

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