G. S. Demirer

The paper identifies and validates a six-gene regulatory circuit upstream of NLP6/7 in Arabidopsis and tomato, revealing conservation and divergence in nitrogen-responsive gene regulation across species.

This study shows that brassinosteroid signaling and zinc accumulation in tomato mediate a constitutive phosphate deprivation response, offering a new strategy for plant adaptation to phosphate starvation.

This study investigates the biocompatibility of single-walled carbon nanotubes in plants, finding that surface chemistry determines toxicity and cellular response.

This study shows that small spherical AuNPs can deliver siRNA efficiently to plant leaves without entering cells, challenging the need for nanoparticle internalization in RNA delivery.

This paper develops a method using gold nanoclusters to deliver siRNA into plant cells, achieving efficient gene knockdown with minimal toxicity.

This study develops nanotube-based delivery of siRNA to plant cells, achieving efficient gene knockdown by overcoming cell wall barriers and nuclease degradation.

This study evaluates DNA nanostructures for delivering siRNAs to plant cells and silencing genes in Nicotiana benthamiana, showing that nanostructure properties affect delivery and silencing efficiency.

This study shows high aspect ratio nanomaterials can deliver functional genetic material to plants without DNA integration, using multiple species and demonstrating siRNA gene silencing.