Adventitious roots (ARs) formation is crucial for the vegetative propagation of horticultural
crops. Nitrate availability is the main factor determining plant growth and development …

Nitrate is the preferred nitrogen source of higher plants and an essential nutrient for plant
growth and development. Nitrate transporters (NRTs) play vital roles in the nitrate uptake …

Nitrate is one of the main sources of nitrogen for plant growth. Nitrate transporters (NRTs)
participate in nitrate uptake and transport, and they are involved in abiotic stress tolerance …

In the process of vegetative propagation of apple rootstocks, the development of
adventitious roots (ARs) has crucial importance. Nitrate is an essential nutrient necessary for …

The uptake and transportation of nitrate play a crucial role in plant growth and development.
These processes mostly depend on nitrate transporters (NRT), which guarantee the …

The adventitious roots (ARs) formation is a major setback for the mass proliferation of apple
rootstocks. Nitrate is a vital signaling molecule for the regulation of root architecture …

Radish is an important economical vegetable crop that requires adequate nitrogen supply
for taproot formation and enlargement. Nitrate transporter (NRT) family represents a key …

Lateral roots (LRs) are critical for absorbing water, minerals, and nutrients. Nitrate is a vital
signaling molecule for regulating LR growth. However, understanding how nitrate interacts …

The high-affinity nitrate transporter 2 (NRT2) proteins play vital roles in both nitrate (NO 3−)
uptake and translocation in plants. Although the gene families coding the NRT2 proteins …

Adequate nitrate availability throughout the strawberry life cycle improves fruit quality and
productivity. However, the gene expression and metabolism patterns during nitrate-triggered …