Synthetic Plant Immune Receptors Designed on Computers and Evolved in Living Plants
Researchers are combining computational de novo protein design with directed evolution in plants to create synthetic immune receptors that can ...
Researchers are combining computational de novo protein design with directed evolution in plants to create synthetic immune receptors that can ...
A new analysis of eight millet species shows that natural selection, rather than mutation, has predominantly shaped codon usage bias ...
A new review details how marker-free transformation and CRISPR-based clean gene technology could deliver safer, more acceptable genetic improvements in ...
Researchers propose stacking duckweed farms with retractable transparent trays and recycled wastewater to mass-produce refrigeration-free edible vaccines for animals and ...
A sperm cell-specific transcription factor called HUAXU, when coupled with clonal gametogenesis, achieves near-complete clonal seed production in hybrid rice ...
German researchers have established a marigold suspension cell culture that produces recombinant proteins at record levels while secreting far fewer ...
A new commentary highlights how the transcription factor WIND1 simultaneously promotes acetylation and deacetylation of histone H3 lysine 27, coordinating ...
Researchers in China have identified the transcription factor GmRAMOSA1 as a key regulator of adventitious shoot regeneration in soybean, showing ...
Researchers at Haramaya University have optimized sterilization, antioxidant supplementation, and hormone combinations to achieve 95 percent callus induction in pomegranate ...
Chinese researchers have engineered a new viral vector based on pepper mild mottle virus that enables rapid, high-efficiency gene expression ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine