IVFCAAS held the Workshop and Signing Ceremony for cooperation with IPN-ISA-INRAe

The United Nations World Food Program Officer and the Cuban Agricultural Delegation Visited the Institute of Vegetables and Flowers

Quality and safety group research constructs a new method for efficient caffeine enrichment in tea

Multifaceted roles of LhWRKY44 in promoting anthocyanin accumulation in Asiatic hybrid lilies (Lilium spp.)

Evolution of the spinach sex-linked region within a rarely recombining pericentromeric region

Congratulations! Qu Dongyu re-elected as FAO Director-General

Warm congratulations: Horticultural Plant Journal received 2022 SCI Impact Factor 5.7

The Institute of Vegetables and Flowers won the second prize of the 1st China-CEEC Youth Innovation and Entrepreneurship Competition

Institute of Vegetables and Flowers participated fifty-second session of TWA of UPOV and made a report

Institute of Vegetables and Flowers participated fifty-seventh session of Technical Working Party for Vegetables of UPOV and made a report

Researchers discover novel genes regulating cucumber seed germination in low temperature

The quality and safety research group developed a new type of biomimetic hydrogel microspheres for the adsorption and removal of mixed pollutants

Corresponding academicians of the Russian Academy of Sciences visited the Peony Research Center of the Chinese Academy of Agricultural Sciences

Cloning and identification of tomato heat-stable root-knot nematode resistant gene Mi-9 by the plant protection disease research group

Felix Dapare Dakora, Director of The African Academy of Sciences, visited the Institute of Vegetables and Flowers

The Vegetable Pest Control Innovation Team reveals the genetic regulatory network mechanism underlying the Bt resistance of Plutella xylostella

The construction of highly efficient and genotype-independent genetic transformation system based in broccoli

Molecular Improvement of Quality Group reveals the molecular mechanism of STM3-J2 complex antagonistically regulating the number of inflorescence branches in tomato

Researchers found a new mechanism of conserved non-coding sequences participating in long-range gene interactions in plants