Chinese Academy of Sciences institute specializing in mycotoxin food safety and plant RNA silencing biology, bridging EU and Asian research.
SIBS CAS is a major biological sciences research institute within the Chinese Academy of Sciences network, one of China's most prestigious public research systems. The institute operates across two distinct biological research fronts: applied food safety — specifically the detection, monitoring, and mitigation of mycotoxin contamination in staple grain crops (maize, wheat, barley) — and fundamental plant molecular biology, where they study RNA-based gene silencing and how small RNA molecules travel between plant cells and tissues. Their food safety work contributes to EU food and feed chain risk characterization, while their plant biology research investigates how viruses like geminivirus interact with the plant RNA interference machinery. Participating in H2020 projects from Shanghai, they represent a rare bridge between Chinese CAS research infrastructure and European collaborative science.
Contributed to MycoKey (2016–2020), an EU-wide RIA project on integrated mycotoxin management covering aflatoxins, deoxynivalenol, zearalenone, fumonisins, and ochratoxin A in maize, wheat, and barley.
Hosted the GeminiDECODER MSCA fellowship (2020–2023), focused on isolating mobile sRNA/target pairs and characterizing cell-to-cell and systemic sRNA movement in tomato and Arabidopsis.
GeminiDECODER used a geminivirus protein as a molecular probe to study sRNA movement, implying active expertise in plant virology and TYLCV biology.
MycoKey listed ICT and detection tool kits among its core keywords, suggesting SIBS contributed to or applied technology-assisted mycotoxin monitoring methods.
In the first period (2016–2020), SIBS CAS focused on applied food and feed safety — specifically the real-world problem of mycotoxin contamination in cereal crops, spanning detection technologies, risk monitoring, and the use of feed additives for mitigation. By 2020–2023, their H2020 engagement shifted to fundamental plant molecular biology: RNA silencing machinery, mobile small RNAs, and how plant pathogens exploit or disrupt these pathways. This is not necessarily a pivot within one group — it likely reflects two distinct research departments participating in separate projects — but the trajectory within their EU footprint moved from applied food safety toward basic molecular plant science.
SIBS CAS is expanding from applied crop safety into fundamental RNA biology and plant-pathogen mechanisms, making them an increasingly relevant partner for consortia addressing crop disease resistance and gene silencing-based biocontrol.
SIBS CAS has never led an H2020 project as coordinator — they join as participant or as a hosting institution for incoming fellows. Despite just two projects, they connected with 33 distinct consortium partners across 14 countries, which reflects participation in a large multi-partner RIA consortium (MycoKey) and hosting an MSCA Individual Fellowship researcher. Their role as an MSCA host institution is particularly notable: it signals that European researchers seek out their labs, which is a form of scientific reputation that goes beyond formal project leadership.
Across two projects, SIBS CAS has connected with 33 unique partners in 14 countries — a broad network for such a small H2020 footprint, driven primarily by MycoKey's large multi-national food safety consortium. Their network spans Europe and, as a Chinese CAS institute, extends the geographic scope of any consortium into Asia.
SIBS CAS is one of very few Chinese Academy of Sciences institutes with demonstrated H2020 participation, making them a genuine bridge between European and Chinese research infrastructure — valuable for consortia seeking non-EU third-country expertise. Their combination of applied mycotoxin food safety work and fundamental plant RNA biology is unusual: most institutes in this space occupy one lane, not both. For a consortium targeting grain crop safety or plant molecular mechanisms, they bring both the applied and the mechanistic perspective from a high-capacity research system.
