B73 maize seedlings, ready for leaf whorl transformation. The use of seedlings instead of embryos reduces the need for advanced growing facilities, making maize bioengineering more accessible to ...

Developmental dynamics of the maize leaf transcriptome. ScienceDaily . Retrieved June 3, 2025 from www.sciencedaily.com / releases / 2010 / 11 / 101103135249.htm ...

In maize, for example, sucrose transporters (SWEET) act in the `bundle sheath cells' (which frame the vascular bundle like a wreath) on the abaxial side of the leaf.

B73 maize seedlings, ready for leaf whorl transformation. The use of seedlings instead of embryos reduces the need for advanced growing facilities, making maize bioengineering more accessible to ...

The maize varieties—officially tagged WE 1101, WE 31013, WE 3106 and WE 3109 or known as Drought TEGO—are available for production to farmers and marketing by seed companies. Also Read PRIME ...

Goss’s wilt and leaf blight is caused by clavibacter nebraskensis, a bacterium named after Nebraska, where the disease was first identified in 1969.The disease is hard to catch because it looks ...

The study, using the agronomically critical maize (corn) plant as a model, tracks through massive sequencing of gene transcripts, the full complement of expressed genes in a corn leaf.

The study, using the agronomically critical maize (corn) plant as a model, tracks through massive sequencing of gene transcripts, the full complement of expressed genes in a corn leaf.

The study, using the agronomically critical maize (corn) plant as a model, tracks through massive sequencing of gene transcripts, the full complement of expressed genes in a corn leaf. The researchers ...