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Tissue-specific transcriptome and metabolome analysis reveals the response mechanism of Brassica napus to waterlogging stress

NIAID Data Ecosystem2026-03-14 收录

植物涝害胁迫响应

作物耐逆性育种

数据链接：

https://www.ncbi.nlm.nih.gov/bioproject/PRJNA898876 数据链接链接失效反馈

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资源简介：

Provide new insights for improving the waterlogging tolerance and cultivating waterlogging-tolerant rapeseed varieties.

应用场景：

创建时间：

2022-11-07

植物钾营养

作物耐逆性育种

K concentration and accumulation of two wild barley genotypes XZ153 (Low-K-tolerant) and XZ141 (Low-K-sensitive) under low and normal K levels.

NIAID Data Ecosystem50

Supporting data for "Metabolic responses of rice source and sink organs during recovery from combined drought and heat stress in the field"

水稻胁迫恢复代谢

作物耐逆性育种

Drought and heat stress effects on rice have been extensively studied, in particular during the sensitive flowering and grain-filling stages. However, in the field these stresses usually occur togethe

DataCite Commons2025-05-26 更新40

Table_3_Heat and drought induced transcriptomic changes in barley varieties with contrasting stress response phenotypes.xlsx

植物胁迫转录组

作物耐逆性育种

Drought and heat stress substantially impact plant growth and productivity. When subjected to drought or heat stress, plants exhibit reduction in growth resulting in yield losses. The occurrence of th

NIAID Data Ecosystem40

Transcriptome analysis of mungbean varieties with contrasting waterlogging tolerance

植物涝害胁迫响应

作物转录组

RNA-seq data derived from hypocotyls and roots of mungbean varieties subjected to 1d and 7d waterlogging.

NIAID Data Ecosystem50

Microtranscriptome analysis of sugarcane cultivars in response to aluminum stress

植物铝胁迫响应

作物耐逆性育种

Although several metallic elements are required for plant growth, excessive amounts of aluminum ions (Al3+) can result in the inhibition of root growth, thus triggering water and nutrient deficiencies

NIAID Data Ecosystem40

Tissue-specific transcriptome and metabolome analysis reveals the response mechanism of Brassica napus to waterlogging stress

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