Maize-IRNet deep learning model automates haploid fertility grading in maize, achieving 84% accuracy via mobile app for high-throughput breeding. #MaizeBreeding #DeepLearning #AgTech
Details: doi.org/10.1016/j.pl...

Rutgers researchers developed the GGB system combining ZmBBM and TaGRF4-GIF1 to boost maize transformation efficiency to 18.5%, compress regeneration to 6 weeks, and enable leaf-tissue embryogenesis. 🌽🤖 #PlantGenomics #CRISPR #NewPhytologist2026 #MaizeBreeding #AgBiotech

Anhui Agricultural University researchers combined natural Hap2 variation with CRISPR uORF2 editing in the ZmGGP 5′UTR to synergistically boost maize Vitamin C and silage quality without yield penalties. 🌽🤖 #PlantGenomics #CRISPR #PBJ2026 #MaizeBreeding #Biofortification #AgBiotech

[Daily Watch] Study identifies 10 genetic groups in Peruvian maize, reflecting evolutionary backgrounds. 🌿🧪 #MaizeBreeding #Genomics #AgriculturalScience

🏆 Proud to announce that WIMI Biotech (Qingdao) has been awarded the First Prize in Engineering & Technology Research at the 2025 Ministry of Education Outstanding Scientific Research Achievement Award!
#AgTech #Genomics #Biotech #Innovation #MaizeBreeding #China

🔬 #CIMMYT is revolutionizing #MaizeBreeding with #DoubledHaploid (DH) technology—cutting time and costs while boosting genetic precision, #Sustainability, and #FoodSecurity. 🌾