Main research projects
Main research projects
Linkages
Main research projects


No.

Research Project

Number

Person in Charge

Starting and Ending Time

Financial Source

Contract Fund(RMB ten- thousand yuan)

41

Self-reporting Features of Molecularly Imprinted Photonic Crystal Sensor Array and Response Mechanisms of Sulfonamides in Poyang Lake Water System

2166070065

Xiong Hua

01.2017- 12.2020

Natural Science Foundation of China

51

42

R&D and Pilot Scale Test of Injectable Structured lipids

20143ACG70015

Zheling Zeng

Zheling Zeng

The Science and Technology Program of Jiangxi Province

50

43

Study on the lactic acid bacteria bioversity of traditional fermented vegetables in china as well as the active mechanism of the dominant bacterial community with fermented environment

31560449

Tao Xiong

01.2016-12. 2019

National Natural Science Foundation of China

40

44

Study the influence law and mechanism of pectin structure on retrogradation of starch

31571875

Chengmei Liu

01.2016-12. 2019

National Natural Science Foundation of China

65

45

Study on molecular mechanism and structure-activity relationships of a set of bioactive sterols from Ganoderma atrum based on metabolism analysis

31560438

31560438

01.2016-12. 2019

National Natural Science Foundation of China

43

46

Conformational characterization of arabinoxylan from Plantain seeds and its molecular simulation by computer

21564007

Junyi Yin

01.2016-12. 2019

National Natural Science Foundation of China

40

47

Gel characteristics and formation mechanism of Mesona chinensis polysaccharides induced by Calcium ions and acid

21566024

Jianhua Xie

01.2016-12. 2019

National Natural Science Foundation of China

40

48

Regulation mechanism of polysaccharide from Plantago asiatica L. on intestinal microbiota system

31501483

31501483

01.2016-12. 2018

National Natural Science Foundation of China

21

49

Reproductive toxicity of CdSe/ZnS quantum dots on parental pregnant mice and transmission mechanism to their offsprings

81560537

Hengyi Xu

01.2016-12. 2019

National Natural Science Foundation of China

45

50

Study on the mechanism and regulation of enzymatic deactivation in the process of synthesis of OMO type structured lipid in non-aqueous phase

31571870

Jiangning Hu

01.2016-12. 2019

National Natural Science Foundation of China

68

51

Study on relationship between conjugation site, conformation change and allergenicity of specific-site PEGylated β-Lg

31560435

Shunjing Luo

01.2016-12. 2019

National Natural Science Foundation of China

40

52

Study on the mechanism of microwave promoting protein glycosylation reaction based on proteomics and space time dynamics

31560458

Hui Wang

01.2016-12. 2019

National Natural Science Foundation of China

40

53

Macrophage polarization and mechanisms of Ganderma atrum polysaccharide by notch signaling pathway

31560460

Wenjuan Li

01.2016-12. 2019

National Natural Science Foundation of China

38

54

Study on the detection technology and mechanism of DNA targeting of synthetic food additives in vitro based on stoichiometry

31460422

Guowen Zhang

01.2015-12.2018

National Natural Science Foundation of China

55

55

Study on the mechanism of microwave radiation aid catalytic sovenlysis of lignin

21466022

Yuhuan Liu

01.2015-12.2018

National Natural Science Foundation of China

50

56

Relationship between enzymatic reaction and conformational changes of unfolded polyphenoloxidase

21460435

Wei Liu

01.2015-12.2018

National Natural Science Foundation of China

55

57

Specific study on tyrosine and its metabolites in urine of breast cancer rats

21465017

Yiqun Wan

01.2015-12.2018

National Natural Science Foundation of China

50

58

Food complex carbohydrates

31422042

Shaoping Nie

01.2015-12.2017

National Natural Science Foundation of China

100

59

Mechanism of N-glycosylation modification effects on molecule protein folding and thermodynamic stability of tannase from Aspergillus awamori FCYN 206

31460434

Guiming Fu

01.2015-12.2018

National Natural Science Foundation of China

50

60

Iron overload aggravate vascular endothelial cell injury in high glucose environment and the underlying mechanism

21467017

Ming He

01.2015-12.2018

National Natural Science Foundation of China

52

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