Patent
Granted Date | Details |
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Nov 18 | Inventors: He Junxian & Gao Zhiqiang. A callus induction method of Ammopiptanthus monglicus using the young lateral root as explant. Chinese patent No: ZL201510872381.7. |
Jun 18 | S.S.M. Sun and L. Tian. “A COST-EFFECTIVE METHOD FOR EXPRESSION AND PURIFICATION OF RECOMBINANT PROTEINS IN PLANTS” (European Patent Application No. 11850890.2) |
May 18 | S.S.M. Sun and Q.Q. Liu. “Method to produce desired proteins in plants.” (KHKHK patent # HK1124994, application no. 09102272.6) |
Oct 17 | S.S.M. Sun and L. Tian. “A COST-EFFECTIVE METHOD FOR EXPRESSION AND PURIFICATION OF RECOMBINANT PROTEINS IN PLANTS” “植物重組蛋白質表現及純化之具成本效益的方法” (ROC (Taiwan) patent application no. I600763) |
Dec 16 | M-L. Chye, Z.Y. Du and M. Chen. “Methods of using acyl-CoA-binding proteins to enhance drought tolerance in genetically modified plants.” (US Patent Application 13,667,569), (PCT Application No. PCT/CN2012/084081) Chinese Patent No. 2016110701079440 issued 28 Dec 2016 |
Dec 15 | S.S.M. Sun and L. Tian “A cost-effective method for expression and purification of recombinant proteins in plants (JP patent # 5868999) |
Dec 14 | H.M. Lam and S.S.M. Sun “Methods to Enhance Plant Trauma Resistance 增强植物外伤耐受性的方法” (HK patent # 1140911) |
Mar 14 | H.M. Lam, S.S.M. Sun and G.H. Shao. “Abiotic Stress Tolerance Conferred by J-domain-containing Proteins 含J-结构域蛋白质赋予的非生物应激耐受” (KHKHK patent # 1138033) |
Jan 14 | H.M. Lam and S.S.M. Sun “增强植物外伤耐受性的方法” (Chinese patent # CN101686642B) |
Dec 13 | Sun SS, Tong PC, Cheung SC. Production of Recombinant Insulin-like Growth Factor-I (IGF-I) and Insulin-like Growth Factor Binding Protein-3 (IGFBP-3) in Transgenic Monocots. (HK patent # 1140514) |
Sep 13 | H.M. Lam, G.H. Shao and S.S.M. Sun. “Method to alleviate abiotic stress in plants. 减轻植物非生物胁迫的方法” (Hong Kong patent # HK1132878) |
Jun 13 | H.M. Lam, G.H. Shao and S.S.M. Sun. “Abiotic stress tolerance conferred by J-domain-containing proteins.” (Chinese patent # CN101553569B) |
Mar 13 | Sun SS, Tong PC, Cheung SC Production of Recombinant Insulin-like Growth Factor-I (IGF-I) and Insulin-like Growth Factor Binding Protein-3 (IGFBP-3) in Transgenic Monocots. (Chinese patent # CN101675167) |
Mar 13 | H.M. Lam and S.S.M. Sun. “Methods to improve plant resistance to infections.” 增强植物对感染的抵抗力的方法” (Hong Kong patent # HK1140910) |
Mar 13 | H.M. Lam, G.H. Shao and S.S.M. Sun. “Method to alleviate abiotic stress in plants by expression of mitochondrial-targeted purple acid phosphatase.” (Chinese patent # CN101541165B) |
Feb 13 | M-L. Chye, S. Xiao and QF. Chen. “Methods in using acyl-CoA-binding proteins to enhance low-temperature tolerance in genetically modified plants.” (US Patent No. 8,378,172) |
Dec 12 | H.M. Lam, S.S.M. Sun and G.H. Shao. “GmRD22-like Genes and Use Thereof to Protect Against Abiotic Stress GmRD22-样基因及其保持抵御非生物应激应用” (KHKHK patent # 1137776) |
May 12 | H.M. Lam and S.S.M. Sun “增强植物对感染的抵抗力的方法” (KHKHCCChinese patent # CN101686646B) |
Mar 12 | H.M. Lam, S.S.M. Sun and G.H. Shao. “GmRD22-样基因及其保持抵御非生物应激的应用” (KHKChinese patent # CN101548013B) |
Aug 11 | H.M. Lam and S.S.M. Sun “Method to Improve Plant Resistance to Infections” (US KHKpatent # US7,994,393B2) |
Aug 11 | H.M. Lam and S.S.M. Sun “Methods to Enhance Plant Trauma Resistance” (US patent # US7,994,392B2) |
Aug 11 | H.M. Lam, S.S.M. Sun and G.H. Shao. “Use of GmRD22-like Genes and Use Thereof to Protect Against Abiotic Stress” (KHKUS patent # US7,994,390B2) |
Jun 11 Licensed to Monsanto and Agregan |
B.L. Lim. “Method For Speeding Up Plant Growth And Improving Yield By Introducing Phosphatases In Transgenic Plants” (USA, PCT, Australia, Canada, IndIa, Brazil), (US patent# 20100159065) |
May 11 | H.M. Lam, S.S.M. Sun and G.H. Shao. “Abiotic Stress Tolerance Conferred by J-domain-containing Proteins” (KHKUS patent # US7939711B2) |
May 11 | H.M. Lam, S.S.M. Sun and G.H. Shao. “Method to Alleviate Abiotic Stress in Plants by Expression of Mitochondrial-targeted Purple Acid Phosphatase ” (US patent # US7,939,712B2) |
Feb 11 | M.L. Chye, S. Xiao, W. Gao “Methods of using transformed plants expressing plant-derived acyl-Coenzyme-A-binding proteins in phytoremediation” (US patent # 7,880,053) |
Dec 10 | L.S.M. Ooi, S.S.M. Sun, V.E.C. Ooi. “The unique potent bioactive protein (POL) from the Chinese medicinal herb, Yuzhu, Polygonatum odoratum (Liliaceae).” (HK patent# HK109977) |
Jan 10 | L.S.M. Ooi, S.S.M. Sun, V.E.C. Ooi. “The unique potent bioactive protein (POL) from the Chinese medicinal herb, Yuzhu, Polygonatum odoratum (Liliaceae).” (Chinese patent# CN1974598) |
Oct 09 | M.L. Chye, K.J. Zhao “Genetically modified plants with enhanced resistance to fungal disease and a method of production thereof.” (Chinese patent #ZL02822987.8; Appl# 02822987.8) |
Sep 08 | S.S.M. Sun and Q.Q. Liu. “Method to produce desired proteins in plants.” (US patent # 7,425,667) |
Jul 08 | S.S.M. Sun, D.M. Chen “Epitope identification and modification for reduced allergenic activity in proteins targeted for transgenic expression.” (US patent # 7,399,597; Appl,# 11/099,856) |
May 08 | L.S.M. Ooi, S.S.M. Sun, V.E.C. Ooi. “Isolated proteins from a traditional Chinese medicine Yuzhu and use thereof.” (US patent # 7,378,513; Appl. # 11/189,342) |
Mar 08 | B.L. Lim and W. K. Yip. Recombinant Bacillus Phytases and Uses Thereof. (US# patent 7,339,091) |
Feb 07 | S.S.M. Sun, H.M. Lam and M.C. Fung. “Transgenic plant product comprising human granulocyte colony-stimulating factor and method for preparing the same.” (HK patent # 1071908) |
Nov 06 | M.L. Chye, K.J. Zhao “Genetically modified plants with enhanced resistance to fungal disease and a method of production thereof.” (Taiwan Patent #265974; Appl# 91133086) |
Aug 06 | S.S.M. Sun, H.M. Lam and M.C. Fung. “Transgenic plant product comprising human granulocyte colony-stimulating factor and method for preparing the same.” (Chinese patent # CN1281759C) |
Jul 06 | B.L. Lim. Recombinant Bacillus Proteases and Uses Thereof. (US patent# 7,081,359) |
Oct 05 | M.L. Chye, K.J. Zhao “Genetically modified plants with enhanced resistance to fungal disease and a method of production thereof.” (US patent# 6,956,147; Appl# 10/300,819) |