Yanfeng Luo Professor/PhD Supervisor
College of Bioengineering, Chongqing University
Laboratory for Smart and Bioinspired Materials（Lab for Smart &
Bioinspired Materials）
Shabei Street, Shapingba District, Chongqing 83 No. Chongqing University（B) Building of the College of Bioengineering421
Postal code:400045
Tel: 86-13983391973 (cell)
Email: yfluo@cqu.edu.cn; fengziluo@126.com
Website:
http://www.yfluobiomaterials.com
Education
|
2000-2003
|
EngineeringPhD, Biomedical Engineering,College of Bioengineering, Chongqing University
Doctoral Dissertation: modified poly(DL-lactic acid)and its in vitro degradation and biocompatibility
Supervisor: Yuanliang Wang Professor
|
|
1995-1998
|
ScienceMaster, Physical Chemistry (Polymers),Chongqing UniversityCollege of Chemistry and Chemical Engineering
Master's Thesis: Preliminary study on a predictive expert system for protective composite materials of cliff stone carvings
Supervisor: Yongxian WangProfessor, Xin'an LiuProfessor
|
|
1991-1995
|
Bachelor of Engineering, Fine Chemicals,Chongqing UniversityCollege of Chemistry and Chemical Engineering
Bachelor's Thesis: Protective composite materials for cliff stone carvings and their expert system
Supervisor: Yongxian WangProfessor, Xin'an LiuProfessor
|
Work Experience
|
2008-present
|
Professor, College of Bioengineering, Chongqing University(promoted exceptionallyProfessor）
|
|
2005-2008
|
Associate Professor, College of Bioengineering, Chongqing University
|
|
2003-2005
|
Lecturer, College of Bioengineering, Chongqing University
|
|
1998-2003
|
Lecturer, Chongqing University of Science and Technology (formerly Chongqing Petroleum College)
|
|
1999
|
R&D Engineer, Chongqing Southwest Pharmaceutical Factory No. 2
|
International Exchange
|
2011.02-2012.01
|
Visiting Researcher
Biomaterials
Lab, Polymer Division, National Institute of Standards and Technology,
USA
Collaborator: Carl Simon,
Biologist
|
|
2009.09-2009.12
|
Visiting Researcher
Biomaterials Lab, Polymer Division, National Institute
of Standards and Technology, MA, USA
Collaborator:
Martin YM Chiang, Senior Scientist
Carl Simon, Biologist
|
|
2004.04-2005.03
|
Visiting Scholar
Department
of Chemical and Biochemical Engineering, Univ of Western Ontario, Ontario,
Canada
Collaborator:
Jesse Zhu, Professor
|
Research Interests
[1]
Design, preparation, and medical application of smart (shape memory) and bioinspired biomaterials
[2]
protein-material interaction and material-cell interaction mechanism research
[3]
Material mechanics and interfacial mechanics and their cell-regulatory mechanisms
[4]
New processing technologies for tissue engineering scaffolds (3D printing, electrostatic spraying, rotary extrusion, etc.)
[5]
Design and preparation of degradable polymer materials and their applications in biomedicine, food, agriculture, and environmental protection
[6]
New technologies for surface and bulk modification of polymer materials
Major Research Projects as PI or Co-PI
|
1）Projects of the National Natural Science Foundation of China
|
|
2018.01-21.12
|
Principal Investigator, National Natural Science Foundation of ChinaGeneral ProgramProgram (No: 31771013）
Project Title: recovery strain of shape memory polyurethaneandstudy of the dynamic changes of micro/nanostructures and their biological effects
|
|
2014.01-17.12
|
Principal Investigator, National Natural Science Foundation of ChinaGeneral ProgramProgram (No: 31370946）
Project Title: Bioactive shape memory artificial bone and the mechanobiological mechanism of preventing bone nonunion
|
|
2010.01-13.12
|
Principal Investigator, National Natural Science Foundation of ChinaGeneral ProgramProgram (No: 30970700）
Project Title: material surface chemistryandsynergistic effects of mechanical stimulation on osteoblasts
|
|
2005.01-07.12
|
Principal Investigator, National Natural Science Foundation of ChinaGeneral ProgramProgram (No: 30474074）
Project Title: based on serial analysis of gene expression (SAGEnew method for evaluating the bioactivity of tissue engineering scaffold materials
|
|
2016.01-20.12
|
Co-Principal Investigator, National Natural Science Foundation of ChinaKey ProgramProgram (No: 11532004）
Project Title: Mechanisms of soft tissue mechanical instability damage and repair in the osteoarticular system
|
|
2011.01-14.12
|
Co-Principal Investigator, National Natural Science Foundation of ChinaKey ProgramProgram (No: 11032012）
Project Title: MGFBasic mechanobiology research on the regulation of bone and ligament tissue repair
|
|
2）Projects of the Ministry of Science and Technology
|
|
2016.06-20.12
|
Principal Investigator, "13th Five-Year"NationalKey ProgramR&D Program project (No: 2016YFB1101401）
Project Title: Key technology and clinical application of powder-bed electron beam additive manufacturing of personalized porous tantalum implant prostheses:"Rapid modeling and analysis technology of personalized porous tantalum implant prostheses"
|
|
2007.01-09.12
|
Principal Investigator, "11th Five-Year"sub-project of the National Science and Technology Support Program (No: 2006BA103B04-2）
Project Title: Research on new contraceptive technologies and methods-Research on new female sterilization technologies — development of shape memory polymers for fallopian tube sterilization devices
|
|
2013.01-15.12
|
Co-Principal Investigator, "12th Five-Year"sub-project of the National Science and Technology Support Program (No: 2012B AI17B03-4）
Project Title: polylactic acid composites and products for promoting fracture repair and resisting infectioncomposite materials and products
|
|
3）Projects of the Ministry of Education
|
|
2015.01-16.12
|
Principal Investigator, major project of the Fundamental Research Funds for the Central UniversitiesProgram (No: 106112015CDJZR238807）
Project Title: Key technologies for biomimetic tissue construction and their application in tendon repair
|
|
2011.01-13.12
|
Principal Investigator, Fundamental Research Funds for the Central UniversitiesKey Program（No: CDJZR11235501）
Project Title: Basic research on shape memory artificial bone and prevention of bone nonunion
|
|
2007.06-09.12
|
Principal Investigator, Scientific Research Foundation for Returned Overseas Chinese Scholars, Ministry of Education (No: 2007-1108）
Project Title: Molecular mechanism study of the effects of surface chemical structure of biomedical materials on cell life behavior
|
|
4）Projects of the Chongqing Municipal Science and Technology Commission
|
|
2018.07-21.12
|
Principal Investigator, Chongqing Livelihood Technology InnovationandApplication Demonstration(general livelihood category)（No: cstc2018jscx-msyb1021）
Project Title: Key technology for rapid construction of oriented collagen fiber scaffolds and its application in tissue engineering
|
|
2017.07-20.12
|
Co-Principal Investigator, Chongqing Livelihood Technology InnovationandApplication Demonstration(general livelihood category)（No: cstc2017jscx-msyb1002）
Project Title: Key technologies for preparing three-dimensional biomimetic artificial bone scaffolds and their applications
|
|
2014.03-17.03
|
Co-Principal Investigator, Chongqing major applied development projectProgram (No: cstc2014yykfC50002）
Project Title: Key technology research on the preparation of high-value biomedical materials
|
|
2009.01-11.12
|
Principal Investigator, Chongqing key science and technology projectKey Program（No: CSTC2008AB0027）
Project Title: Development of fallopian tube sterilization plugs based on shape memory polymers
|
|
2007.01-09.12
|
Principal Investigator, Chongqing Natural Science FoundationGeneral Program（No: CSTC2006BB5010）
Project Title: Study of novel degradable intelligent drug-release hydrogels
|
|
5）University-Enterprise Cooperation Projects
|
|
2017.11-19.05
|
Principal Investigator, A state-owned enterprise; development of a novel biodegradable urea-formaldehyde slow-release fertilizer
|
|
2009.07-10.06
|
Principal Investigator, A state-owned enterprise; development and analysis of a novel conductive coating
|
|
2013.03-14.12
|
Principal Investigator, A private enterprise; improvement of the preparation process of collagen casing film
|
|
2005.01-06.12
|
Co-Principal Investigator, A private enterprise,150ton polylactic acid pilot plantandestablishment of the process
|
|
|
|
Major Research Papers and Monographs Published in the Past Five Years
Note:*Corresponding author
[1]
Yang S, Shi XX, Li XM, Wang JF, Wang YL, Luo YF*. Oriented collagen fiber
membranes formed through counter-rotating extrusion and their application in
tendon regeneration. Biomaterials, 2019 (in press, IF=8.806, CAS Zone 1)
[2]
Ma YF, Hu N, Liu J, Zhai X, Wu M, Hu C, Li L, Lai Y,
Lu WW, Zhang X, Luo YF*, Ruan CS*. 3D
Printing of Biodegradable Piperazine-based Polyurethane-urea Scaffolds with Enhanced
Osteogenesis for Bone Regeneration. ACS
Applied Interface & Materials, 2019
(in press, IF=8.097, CAS Zone 1)
[3]
Xing J, Pan X, Zhang H, Wang J, Ma Y, Wang YL, Luo YF*. Shape recovery strain and
nanostructures on recovered polyurethane films and their regulation to
osteoblasts morphology. Journal of the
Mechanical Behavior of Biomedical Materials, 2019 (in press, IF=3.56, CAS Zone 2)
[4]
Ren W, Li ZL, Chen YM, Gao HY, Yang W, Wang YL, Luo YF*. Facile Preparation of Linear
Polyurethane from UPy-Capped Poly(dl-Lactic Acid). Macrodiol. Macromol. Mater. Eng. 2019, 34(1): 1800491. (IF=2.77, CAS Zone 2) (Completed by undergraduates)
[5]
Wang SJ*, Luo
YF, Zhou Jin, Wang MX, Wang YL*. PLA-PEG-FA NPs for drug delivery system:
Evaluation of carrier micro-structure, degradation and size-cell proliferation
relationship. Materials Science and
Engineering C. 2018, 91: 297-302.
(IF=5.08, CAS Zone 2)
[6]
Li ZL, Ren W, Gao HY, Jiang DY, Wang YL, Luo YF*. Synthesis and characterization
of hydroxyl-terminated ureidopyrimidone monomer and its grafted linear
polyurethane. Functional Materials. 2018, In press. (Completed by undergraduates)
[7]
Dai LL, Li K, Li MH, Zhao XJ, Luo Z, Lu L, Luo YF, Cai KY*. Size/Charge Changeable
Acidity-Responsive Micelleplex for Photodynamic-Improved PD-L1 Immunotherapy
with Enhanced Tumor Penetration. Advanced
Functional Materials. 2018,
28(18):1707249. (IF=13.33, CAS Zone 1)
[8]
Xie H, Shao J, Ma Y, Wang J, Huang H, Yang N, Wang
H, Ruan C, Luo YF, Wang Q, Chu P, Yu
X*. Biodegradable near-infrared-photoresponsive shape memory implants based on
black phosphorus nanofillers. Biomaterials. 2018,
164: 11-21. (IF=8.806, CAS Zone 1)
[9]
Lin MP, Mao SL, Wang JF, Xing J, Wang YL, Cai KY, Luo YF*. Adsorption force of
fibronectin controls transmission of cell traction force and subsequent stem
cell fate. Biomaterials. 2018; 162: 170-182. (IF=8.806, CAS Zone 1)
[10]
Wu JC, Ruan CS, Ma YF, Wang YL, Luo YF*. Vital role of hydroxyapatite
particle shape in regulating the porosity and mechanical properties of the
sintered scaffolds. Journal of Materials
Science & Technology. 2018,
34(3): 503-507. (IF=3.609, CAS Zone 2)
[11]
Luo Y*, Xing
J, Lin M. The Biocompatibility of the scaffolds reinforced by fibers or tubes
for tissue repair. 2017. (Monograph)
[12]
Lei GJ, Luo
YF, Wang JF, Wang YL. Synthesis and Characterization of Reactive Shape
Memory Polyurethane Based on DMBA. Functional Materials. 2017; 48(10): 142-148.
[13]
Luo M, Ma YF, Xin J, Xu WL, Wang YL, Luo YF*. Synthesis and optimization of
linear poly(urethane-urea) with enhanced mechanical properties. Functional Materials. 2017;
48(9): 216-220.
[14]
Xing J, Pan XC, Wang JF, Luo YF*. Substrate chemistry regulates the surface phase separation
of polyurethane films. Functional
Materials Letters. 2017; 10(5):
1750063. (IF=1.084, CAS Zone 4)
[15]
Ma YF, Liu J, Luo M, Xing J, Wu JC, Pan H, Ruan CS,
Luo YF*. Incorporating isosorbide as
the chain extender improves mechanical properties of linear biodegradable
polyurethanes as potential bone regeneration materials. RSC Advance. 2017;
7:13886-13895. (IF=3.284, CAS Zone 2)
[16]
Luo GL, Ma Y, Cui X, Jiang L, Wu M, Hu Y, Luo YF, Pan HP, Ruan CS*. 13-93
bioactive glass/alginate composite scaffolds 3D printed under mild conditions
for bone regeneration. RSC Advance. 2017, 11880-11889. (IF=3.284, CAS Zone 2)
[17]
Xu WL, Yao X, Pan ML, Luo YF*, Wang YL. Synthesis and characterization of
poly(carbonate-amide) polymer based on lactic acid and piperazine. Polymer Materials ScienceandEngineering. 2016; 32(11): 1-5.（EICore journal; completed by undergraduates)
[18]
Xing J, Ma YF, Lin MP, Wang YL, Pan HB, Ruan CS, Luo YF*. Stretching-induced
nanostructures on shape memory polyurethane films and their regulation to
osteoblasts morphology. Colloids and
Surfaces B: Biointerfaces. 2016;146:431-41.
(IF=3.902, CAS Zone 2)
[19]
Yang S, Wang JF, Wang YL, Luo YF*. Key role of collagen fibers orientation in casing-meat
adhesion. Food Research International.
2016, 89:439-447. (IF=3.084, CAS Zone 2)
[20]
Li Y, Wang JF, Xing J, Wang YL, Luo YF*. Surface chemistry regulates
the sensitivity and tolerability of osteoblasts to various magnitudes of fluid
shear stress. J Biomed Mater Res A. 2016:104A:2978–2991. (IF=3.263, CAS Zone 2)
[21]
Lin MP, Wang HY, Ruan CS, Xing J, Wang JF, Li Y,
Wang YL, Luo YF*. Adsorption Force
of Fibronectin on Various Surface Chemistries and Its Vital Role in Osteoblast
Adhesion. Biomacromolecules. 2015, 16(3):973-84. (IF=5.58, CAS Zone 2)
[22]
Xing J, Li Y, Lin MP, Wang JF, Wu JC, Ma YF, Wang YL,
Yang L, Luo YF*. Surface chemistry
modulates osteoblasts sensitivity to low fluid shear stress. J Biomed Mater Res A. 2014, 102(11):4151-60. (IF=3.263, CAS Zone 2)
[23]
Li Y, Luo YF*,
Xing J, Lin MP, Yang L, Wang YL, Xie Z, Huang K. The responses of osteoblasts
to fluid shear stress depend on substrate chemistries. Archives of Biochemistry and Biophysics. 2013, 539(1):38-50. (IF=3.37,
CAS Zone 3)
[24]
Li Y, Luo YF*,
Xing J, Lin MP, Yang L, Wang YL, Xie Z, Huang K. The optimal combination of
substrate chemistry with physiological fluid shear stress. Colloids and Surfaces B: Biointerfaces. 2013, 112:51-60. (IF=3.554 CAS Zone 3)
[25]
Wang SJ, Luo
YF, Zeng SY, Luo CH, Yang L, Liang ZQ, Wang YL*. Dodecanol-poly(D,L-lactic
acid)-b-poly (ethylene glycol)-folate (Dol-PLA-PEG-FA) nanoparticles:
evaluation of cell cytotoxicity and selecting capability in vitro. Colloids Surface B Biointerfaces. 2013, 102: 130-135. (IF=3.554 CAS Zone 3)
[26]
Tang S, Zhang CY, Huang MN, Luo YF, Liang ZQ*. Fallopian tube occlusion with a shape memory
polymer device: evaluation in a rabbit model. Contraception. 2013, 87(2):
235-241. (IF=3.09 CAS Zone 3)
Granted and Filed Patents
|
No.
|
Application No.
|
Application Date
|
Invention Title
|
Patent Status
|
|
1
|
CN201710224190
|
2017.04.07
|
with suitable porosity and mechanical strengthHApreparation method of porous ceramics and their products
|
Published2017.06.30
|
|
2
|
CN201710224915
|
2017.04.07
|
a ceramic-toughened polymerHA‑PDLLA‑PUUpreparation method and products
|
Published2017.07.18
|
|
3
|
CN201710139910
|
2017.03.10
|
Preparation method of degradable polyurethane material based on piperazine and polytetrahydrofuran
|
Published2017.06.27
|
|
4
|
CN201710142623
|
2017.03.10
|
improve collagenproteincuring method for improving the cooked-meat adhesion of collagen casings
|
Published2017.05.10
|
|
5
|
CN201610378025
|
2016.05.31
|
Equipment and method for comprehensive measurement of heat-shrinkable film properties
|
Granted2019.02.15
|
|
6
|
CN201610200126
|
2016.04.01
|
High-mechanical-property degradable polyurethane material based on isosorbide and polylactic acid, and its synthesis method
|
Granted2018.07.17
|
|
7
|
CN201510187081
|
2015.04.20
|
An in vitro bone defect model, a shape recovery force detection device, and a detection method thereof
|
Published2015.07.01
|
|
8
|
CN201510124876
|
2015.03.20
|
Biodegradable poly(carbonate-amide) polymer and its preparation method
|
Granted2017.02.01
|
|
9
|
CN201210365997
|
2012.09.27
|
Polyester materials with a controllable number of side-chain carboxyl groups and their preparation method
|
Granted2014.10.22
|
|
10
|
CN201210363821
|
2012.09.26
|
Amphiphilic polymer material and its preparation method
|
Granted2015.02.25
|
|
11
|
CN201210361451
|
2012.09.25
|
Antibacterial polymer, its preparation method and application
|
Granted2014.06.18
|
|
12
|
CN201210247400
|
2012.07.17
|
2,2-2,2-Dimethylolpropionic acid-modified shape memory poly(urethane-urea) material and its preparation method
|
Granted2014.08.06
|
|
13
|
CN201010239463
|
2010.07.28
|
based on piperazine-blockedD,L-Biodegradable polyurethane material based on polylactic acid and its preparation method
|
Granted2012.03.28
|
|
14
|
CN201010177068
|
2010.05.19
|
based on lactide and1,4-preparation method of shape memory polyurethane based on 1,4-p-dioxanone
|
Granted2012.01.18
|
|
15
|
CN200910104405
|
2009.07.22
|
based onD,Lbiodegradable shape memory material based on D,L-polylactic acid and its preparation method
|
Granted2009.12.16
|
|
16
|
CN200910104290
|
2009.07.09
|
Preparation method of diamine-modified polylactic acid
|
Granted2011.07.27
|
|
17
|
CN200910103571
|
2009.04.10
|
A method of preparing high-molecular-weight branched polylactic acid by melt polymerization
|
Granted2011.06.15
|
|
18
|
CN200810233273
|
2008.12.08
|
Shape memory fallopian tube contraceptive device for contraception
|
Granted2011.04.27
|
|
19
|
CN200810232989
|
2008.11.03
|
A multi-block polyurethane shape memory polymer material and its preparation method
|
Granted2010.12.08
|
|
20
|
CN200810070157
|
2008.08.22
|
A preparation method of a hydrogel material based on ethylenediaminetetraacetic dianhydride
|
Granted2010.12.15
|
|
21
|
CN200710092614
|
2007.08.27
|
A class of hydrogel materials based on ethylenediaminetetraacetic dianhydride and their use
|
Granted2010.09.22
|
|
22
|
CN02133814
|
2002.09.24
|
A diamine-modified polylactic acid, its preparation method and use
|
Granted2007.03.14
|
|
23
|
CN03159055
|
2001.11.09
|
A method of modifying polylactic acid with unsaturated cyclic anhydride or unsaturated cyclic imide and its application
|
Granted2005.05.25
|
|
24
|
CN01129048
|
2001.11.09
|
A method of modifying polylactic acid with unsaturated cyclic anhydride or unsaturated cyclic imide, the modified product, and its application
|
Granted2004.04.07
|
Teaching, Educational Reform, and Talent Development
|
1）Undergraduate Courses
|
|
|
2018-present
|
Frontier Technology of BioengineeringandHealth Engineering
|
|
2014-present
|
Biomedical Materials
|
|
2014-2016
|
Modern Biomaterial Characterization TechniquesandBiocompatibility Evaluation
|
|
2006-2015
|
Pharmacology
|
|
2012
|
Freshman seminar (university-wide)
|
|
2003
|
Biochemical Engineering
|
|
2）Graduate Courses
|
|
|
2013-present
|
Nanodiagnostic Reagents
|
|
2012-present
|
Structure of Biological MacromoleculesandFunction
|
|
2011-present
|
Infrared SpectroscopyandFluorescence Spectroscopy
|
|
2006-2010
|
BiomaterialsandTissue Engineering
|
|
2005-2006
|
Biochemistry
Specialized Foreign Language
|
|
3）Educational Reform Projects
|
|
|
2020-2022
|
Participant, Chongqinggraduate studentHigh-quality course construction project: Biomaterials Science (No:
8）
|
|
2018-2020
|
Participant, Chongqing UniversityGraduate Coursesconstruction project: Biomaterials Science (No: 201704053）
|
|
2017-2019
|
Principal investigator of a university-level educational reform program: cultivating through courses integrating"talent element capabilities"and"Professional Expertise"research on the construction and application of the teaching model (No: 2017Y68）
|
|
2017-2020
|
Participant, Chongqing UniversityUniversity undergraduate teaching team construction project: Bioengineering Major Construction Team
|
|
4guided undergraduate innovation training programs and competitions
|
|
|
2019-2020
|
Chongqing University Undergraduate Research Training Program (SRTPprogram: based on3DComposite adsorbent of electrospun fibers and its application in perfusion devices (No: CQU-SRTP-2019）
|
|
2018-2019
|
Chongqing University Undergraduate Research Training Program (SRTPprogram: new processing technology for oriented micro/nanofiber scaffolds——research on electrostatic spraying technology (No: CQU-SRTP-2018361）
|
|
2017-2018
|
National Innovation Training Program for College Students: exploring the effect of surface patterning on cells using novel polyurethane materials (No: 201710611098）
|
|
2017
|
Third Prize of the National College Student Life Science League
|
|
2016-2017
|
Chongqing University Undergraduate Research Training Program (SRTPprogram: construction of novel shape memory polyurethane via multiple hydrogen bonds (No: CQU-SRTP-2016343）
|
|
2014-2015
|
National Innovation Training Program for College Students: design and synthesis of poly(carbonate-amide) medical materials based on lactide and piperazine (No: 201410611079）
|
|
2013-2014
|
National Innovation Training Program for College Students: based on"click chemistry"preparation of bioactive polycaprolactone (No: 201310611066）
|
|
5talent cultivation quality
|
|
|
2019
|
PhD student Manping Lin received the Outstanding Doctoral Dissertation Award of Chongqing University.
|
|
2019-2020
|
supervised2018guided undergraduate students Liang Chen, Baojun Chen, and Yang YangSRTPProgram.
|
|
2018-2019
|
supervised2015guided undergraduate students Wei Ren and Zhenlong LiSRTPand National Innovation Program,publishedSCIZone 2 papers1papers, including high-level Chinese journal papers1papers; they were recommended for postgraduate study at Shanghai Jiao Tong University and Xi'an Jiaotong University, and received the2018-2019Qianfeng Scholarship for undergraduate students of the academic year.
|
|
2015-2016
|
supervised2012guided undergraduate students Xuan Yao, Meiling Pan, and Weilong Xu in a National Undergraduate Innovation Program, and publishedEICore Papers1papers and authorized invention patents1papers; they were recommended for postgraduate study at Sichuan University and Chongqing University.
|
|
2015
|
PhD students Juan Xing and Manping Lin received the National Scholarship for doctoral students.
|
|
2014-2015
|
supervised2011guided undergraduate students Aohuan Dan, Liqian Zhang, and Juan Liu in a National Innovation and Entrepreneurship Training Program for College Students, and filed national invention patents1papers; they were recommended for postgraduate study at Fudan University, Tianjin University, and Chongqing University.
|
Professional Affiliations
|
|
1
|
Online- and panel-review expert of the China Scholarship Council
|
|
2
|
Online-review expert of the National Natural Science Foundation of China
|
|
3
|
Review expert of the Doctoral Program Fund of the Ministry of Education
|
|
4
|
Review expert of the Fok Ying Tung Foundation
|
|
5
|
Review expert for the Ministry of Education Natural Science Award and Technological Invention Award
|
|
6
|
Review expert of Chongqing municipal science and technology projects
|
|
7
|
Member of the Chinese Society for Biomaterials
|
|
8
|
Council Member of the Biomechanics Committee, Chinese Society for Biomaterials
|
|
9
|
Member of the Chinese Society of Biomedical Engineering
|
|
10
|
Standing Director of the Chongqing Society of Biomedical Engineering
|
|
11
|
ACS
Applied Materials & Interface, ACS Omega, Biomaterials Science, Journal
of Biomedical Materials Research A, Colloids & Surfaces B, International
Journal of Pharmaceuticalsnearly20serves as a special review expert for several international journals.
|
|
|
|
Awards
|
2018
|
Chongqing University2016-2018trade union activist of the academic year
|
|
2017
|
First Prize of Chongqing Higher Education Teaching Achievement Award"medicine-engineering-science and engineering-Exploration and practice of cross-disciplinary cultivation of biomedical innovative talents through the integration of learning, research, and application"(Ranked No.10）
|
|
2017
|
First Prize of Chongqing University Teaching Achievement Award"science and engineering education in biomedical specialties/Exploration and practice of cultivating innovative talents through the medicine-engineering integrated model"(Ranked No.8）
|
|
2015
|
Outstanding Teacher of Chongqing University
|
|
2008
|
Academician Huang Shanglian Youth Innovation Award
|
|
2007
|
Top Ten Teachers of the College of Bioengineering, Chongqing University
|
|
2006
|
Top Ten Teachers of the College of Bioengineering, Chongqing University
|
Faculty
