Replication data: Vegetative stage Zn uptake by high grain-Zn rice genotypes compared with Zn-deficiency tolerant genotypes
<|begin_of_text|><|start_header_id|>system<|end_header_id|> You are a research archivist expert in dataset metadata. Answer the question truthfully.  <|eot_id|><|start_header_id|>user<|end_header_id|> Here is the Description of a dataset. Description:'Rice genotypes selected for high grain content – so-called biofortified genotypes – need to perform well in Zn-deficient soils where deficiency in rice consumers is likely to be most acute. We studied Zn uptake and growth and response to added Zn of Zn-biofortified genotypes compared with genotypes tolerant and intolerant of soil Zn deficiency, and with popular varieties as checks, in field experiments at two sites in the Philippines representing Zn-deficient and -sufficient conditions, over two seasons. Genotypes from Zn-biofortified and Zn-efficient groups varied significantly in Zn uptake, Zn-fertilizer response and root biomass, and two genotypes in particular from Zn-biofortified (IR68144) and Zn-deficiency tolerant (IR55179) groups were superior in all respects. Both IR68144 and IR55179 had the greatest growth without Zn fertilize' . Please return only a json list of at most 3 Keywords corresponding to the Description:.<|eot_id|><|start_header_id|>assistant<|end_header_id|> {"Answer" : ["biofortification","Oryza sativa","zinc deficiency"]} <|eot_id|>
 Here is the Description of a dataset. Description:'Rice genotypes selected for high grain content – so-called biofortified genotypes – need to perform well in Zn-deficient soils where deficiency in rice consumers is likely to be most acute. We studied Zn uptake and growth and response to added Zn of Zn-biofortified genotypes compared with genotypes tolerant and intolerant of soil Zn deficiency, and with popular varieties as checks, in field experiments at two sites in the Philippines representing Zn-deficient and -sufficient conditions, over two seasons. Genotypes from Zn-biofortified and Zn-efficient groups varied significantly in Zn uptake, Zn-fertilizer response and root biomass, and two genotypes in particular from Zn-biofortified (IR68144) and Zn-deficiency tolerant (IR55179) groups were superior in all respects. Both IR68144 and IR55179 had the greatest growth without Zn fertilize' . Please return only a json list of at most 3 Keywords corresponding to the Description:.
Rice genotypes selected for high grain content – so-called biofortified genotypes – need to perform well in Zn-deficient soils where deficiency in rice consumers is likely to be most acute. We studied Zn uptake and growth and response to added Zn of Zn-biofortified genotypes compared with genotypes tolerant and intolerant of soil Zn deficiency, and with popular varieties as checks, in field experiments at two sites in the Philippines representing Zn-deficient and -sufficient conditions, over two seasons. Genotypes from Zn-biofortified and Zn-efficient groups varied significantly in Zn uptake, Zn-fertilizer response and root biomass, and two genotypes in particular from Zn-biofortified (IR68144) and Zn-deficiency tolerant (IR55179) groups were superior in all respects. Both IR68144 and IR55179 had the greatest growth without Zn fertilize
biofortification; Oryza sativa; zinc deficiency