|
No. |
Patent Name |
Patent No. |
Country |
Inventor |
Type |
Authorized Year |
|
41 |
A method for enrichment and separation of Listeria monocytogenes
|
ZL201310219416.8 |
China |
Yonghua Xiong, Hengyi Xu |
Patent of Invention |
2015 |
|
42 |
A method for enrichment and separation of CD34 and CD91 lymphocytes in human peripheral blood
|
ZL 201310219417.2 |
China |
Hengyi Xu, Yonghua Xiong |
Patent of Invention |
2015 |
|
43 |
A method for enrichment and separation of CD34 and CD91 lymphocytes in human peripheral blood
|
ZL 201310219417.2 |
China |
Hengyi Xu, Yonghua Xiong |
Patent of Invention |
2015 |
|
44 |
A method for enrichment and separation of Helicobacter pylori
|
ZL 201310219396.4 |
China |
Hua Wei |
Patent of Invention |
2015 |
|
45 |
Preparation of milk powder additive with high antioxidant activity
|
ZL201310268436.8 |
China |
Zong-cai Tu |
Patent of Invention |
2015 |
|
46 |
An efficient method for purification of water-soluble silver nanoparticles streptavidin conjugates
|
ZL 201310637210.7 |
China |
Hengyi Xu, Yonghua Xiong, Hua Wei, Weihua Lai |
Patent of Invention |
2015 |
|
47 |
Functional packing bag of fresh rice flour
|
ZL 201420404650.8 |
China |
Chengmei Liu |
utility model patent |
2015 |
|
48 |
A method of NMR based on Fe3O4@Au composed nanoparticle for the detection of foodborne pathogen
|
ZL 201310032117.3 |
China |
Jingsheng Zhang, Qun Tang, Weihua Lai |
Patent of Invention |
2015 |
|
49 |
A method of immuno magnetic separation based on Fe3O4@Au composed nanoparticle for the detection of foodborne pathogen
|
ZL 201310032118.8 |
China |
Jingsheng Zhang, Qun Tang, Weihua Lai |
Patent of Invention |
2015 |
|
50 |
A method of immuno magnetic separation based on Fe3O4@ nanoparticle for the detection of foodborne pathogen
|
ZL 201310032109.9 |
China |
Jingsheng Zhang, Qun Tang, Weihua Lai |
Patent of Invention |
2015 |
|
51 |
A method of magnetic accumulation of foodborne pathogen using r-Fe2O3@Au nanoparticle
|
ZL 201310083583.4 |
China |
Jingsheng Zhang, Qun Tang, Weihua Lai |
Patent of Invention |
2015 |
|
52 |
A method of immuno magnetic separation based on γ-Fe2O3@Au composed nanoparticle for the detection of foodborne pathogen
|
ZL 201310083587.2 |
China |
Jingsheng Zhang, Qun Tang, Weihua Lai |
Patent of Invention |
2015 |
|
53 |
A method of indirect magnetic accumulation of foodborne pathogen using r-Fe2O3@Au nanoparticle
|
ZL 201310083581.5 |
China |
Jingsheng Zhang, Qun Tang, Weihua Lai |
Patent of Invention |
2015 |
|
54 |
A method of NMR using γ-FeO3@Au composed nanoparticle for the detection of foodborne pathogen
|
ZL 201310032120.5 |
China |
Jingsheng Zhang, Qun Tang, Weihua Lai |
Patent of Invention |
2015 |
|
55 |
A method of NMR using Fe-Co alloy for the detection of foodborne pathogen
|
ZL 201310098318.3 |
China |
Jingsheng Zhang, Qun Tang, Weihua Lai |
Patent of Invention |
2015 |
|
56 |
A method to measure the break of protein disulfide bond
|
201410526145.5 |
China |
Zongcai Tu |
Patent of Invention |
2015 |
|
57 |
A method that decreases furan generated in the lobster sauce processing
|
ZL 201410151388.5 |
China |
Shaoping Nie, Mingyong Xie |
Patent of Invention |
2015 |
|
58 |
Controllable cross-linking reaction of peanut allergen Ara h 2 catalyzed by PPO
|
ZL 201310615739.9 |
China |
Zhihua Wu, Hongbing Chen, Xin Li |
Patent of Invention |
2015 |
|
59 |
A method for evaluating the allergenicity of food using the epitopes of food allergens
|
ZL 201310650606.5 |
China |
Ping Tong, Shaode Zhan, Zhihua Wu |
Patent of Invention |
2015 |
|
60 |
Allergenicity accessment based on monoclone antibody against linear epitope
|
ZL 201310650519.X |
China |
Hongbing Chen, Zhihua Wu, Xin Li |
Patent of Invention |
2015 |
