The Quality and Safety Research Group of the Institute of Vegetables and Flowers: Microstructural Insights into Ni–Fe Bimetallic MOFs for the Selective Recognition of Mixed Pollutants

Genome sequence of the wild species, Spinacia tetrandra, including a phased sequence of the extensive sex-linked region, revealing partial degeneration in evolutionary strata with unusual properties

Horticulture Research｜The Cabbage and Broccoli Research Group at the Institute of Vegetables and Flowers Publishes a Latest Review Article Titled "Recent Advances in Clubroot Disease Research in Cruciferous Crops"

Nature Plants | Team led by Yang Xueyong from the Institute of Vegetables and Flowers collaborates with the Agricultural Genomics Institute at Shenzhen and BGI Research to uncover the evolutionary code of "inferior ovary development in cucu...

Zhang Shengping's Team develops new cucumber germplasm with high carotenoid content and reveals novel metabolic regulation mechanisms

Science Advances | Zhang Youjun’s team reveals new mechanisms arbovirus disease outbreaks

Functional divergence of plant-derived thaumatin-like protein genes in two closely related whitefly species“Source: Institute of Vegetables and Flowers”

JIPB | The Cabbage Genetic Breeding Innovation Team at the Institute of Vegetables and Flowers, Chinese Academy of Agricultural Sciences, Develops New Germplasm with Broad-Spectrum Disease Resistance of Brassica oleracea by Knocking Out BPM...

Chinese Academy of Agricultural Sciences Deciphers Wild and Cultivated Pepper Genomes and Unravels the Evolution of Trait Diversity

Chinese Academy of Agricultural Sciences Builds Solanaceae Inter-species Pan-genome

Lily Research Group Reveals New Mechanism for Anthocyanin Glycosylation Regulation in Lilies

Nature | Releasing a sugar brake generates sweeter tomato without yield penalty

Design and preparation of porous MOFs nanocarriers to enhance the bactericidal effect and bio-availability of pesticides

Complete reference genome for the pepper variety “Zunla-1” unveiled by Chinese Academy of Agricultural Sciences

A new mechanism underlying chlorpyrifos resistance in a polyphagous pest mite involves reduced expression and sequence variations of a P450 gene

A novel porous nanocarrier was constructed and applied to sustained controlled release of myclobutanil and synergistic inhibition of Fusarium oxysporum

GB | Collaboration between the Institute of Vegetables and Flowers, CAAS, and Wageningen University Unveils the Key Role of Homoeologous Exchange in the Domestication of Allopolyploid Brassica Vegetables

The vegetable pathogen research Group of the IVFCAAS revealed a new mechanism by which resistance genes inhibit pathogenic microorganisms through the regulation of the rhizosphere microbiome.

The Vegetable Molecular Design Breeding Team at the Institute of Vegetables and Flowers has revealed the active transcriptional characteristics at the homoeologous exchange breakpoint positions in allopolyploids

Quality and safety research Group of institute of vegetables and flowers: Developing fine-tuned MOF membranes for highly efficient separation and adsorption of chemical pollutant in water