Shiok meat, a Singapore start-up developer of cell-based shrimp products, signed a memorandum of understanding with Minh Phu of Vietnam to cooperate in”research and development of sustainable seafood production”, including the establishment of new research and development facilities in Vietnam.
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Shandong Academy of Agricultural Sciences and Qingdao Huada jointly developed a high-resolution spatial transcriptome preparation technology suitable for non model plants such as peanut. Using the 500 nm microsphere array chip independently developed by Huada, the spatial information of gene expression in different tissues/cells of peanut was detected, and the spatial gene expression map of non model plants was drawn for the first time, setting up a new bridge for the study of Plant Microstructure and gene function, It provides a new method for the research of plant development and crop breeding.
Read More →Gastric cancer is a common malignant tumor. In China, the incidence rate and mortality rate of gastric cancer ranks second among all kinds of diseases. Chemotherapy has been proved to be helpful in the treatment of gastric cancer. However, the existing chemotherapeutic drugs are prone to cytotoxicity and drug resistance. Therefore, searching for pure natural anticancer materials with food and drug homology and exploring its role in the prevention and treatment of gastric cancer has become a research hotspot. Fungal immunomodulatory proteins (FIPS) are a kind of small molecular proteins first found in edible fungi. They can play a dual anti-cancer role by activating the immune system and directly acting on tumor cells.
Read More →Recently, the crop journal published a research paper entitled”single cell RNA sequencing requests the landscape of maize root tips and assists in identification of cell type specific nitrate response genes” online. By measuring the single-cell transcriptome of more than 7000 maize root tip cells, A total of 11 cell types/tissues and 85 cell type specific nitrate response genes (including several known nitrate response genes) were identified
Read More →On January 21, the Ministry of agriculture, forestry and Fisheries of Japan issued provincial Decree No. 4, which said that the content related to cellular esterase is now added to the provincial decree on the Composition specifications of feed and feed additives.
Read More →Recently, Professor Zhang Yongan’s team from the school of Fisheries of Huazhong Agricultural University took grass carp as the research object and analyzed the cellular and molecular mechanism of chitosan oligosaccharide inducing fish B cell differentiation and producing natural IgM, so as to enhance fish humoral immunity.
Read More →Through the classification and identification of the main cell groups in the adductor muscle of scallop, this study mapped the differentiation trajectories of cell groups such as nerve, muscle and hemolymph, and revealed that mesenchymal stem cells participate in diversified gene transcription regulation, which not only lays a foundation for the study of shellfish cell types, stem cell maintenance and cell differentiation, It also provides an important scientific basis for the cultivation of excellent scallop varieties.
Read More →Recently, the research group of Professor Wu Hong, State Key Laboratory of subtropical agricultural biological resources protection and utilization and School of life sciences, South China Agricultural University, published in the international academic journal cells of cell biology (2020, impact factor 6.6, https://doi.org/10.3390/cells10113222 ）Published research papers online, A zinc dependent nuclease involved in nuclear degradation during programmed cell death (PCD) of citrus fruit secretory sac cells was reported for the first time.
Read More →Recently, the foot-and-mouth disease and emerging disease epidemiology innovation team of Lanzhou Institute of veterinary medicine, Chinese Academy of Agricultural Sciences has made new progress in the research on the pathogenic mechanism of porcine Seneca virus and foot-and-mouth disease virus infection. Relevant research results were published in Molecular & Cellular proteomics.
Read More →On November 6, the team of”veterinary public health and livestock and poultry product safety” of the school of veterinary medicine of Northwest University of agriculture and forestry science and technology published a research paper online in the internationally famous journal autophagy, revealing the new mechanism of classical swine fever virus using extracellular vesicles derived from autophagy to escape neutralizing antibodies and spread between cells.
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