Research departments projects 2017


 

 

Project title

Project ID

PI / Co-PI

Objectives

Expected outcomes

Department of Pharmacological, Medical and Agronomical Biotechnology (PMAB): 03 projects

1

Identifying new plant genes involved in abiotic and biotic interactions and productivity

JA

Prof. Lebrun Michel /
Dr. To Thi Mai Huong

Use comparative functional genomics, local genetic diversity studies, association genetics and biotechnology to identify new plant genes involved in abiotic and biotic interactions and productivity.

- Evaluate the correlation between tolerance to stress and reduced sensitivity to JAs in rice;

- Bacterial induced ISR against rice pathogens.

2

Management and control of antibiotic and drug resistance.

DRISA 

Dr. Banuls Anne-Laure /
Dr. Nguyen Thi Kieu Oanh

Analyze the ecology and evolution of the resistance to antibiotics and the connections between hospitals, community and environment in order to provide information and appropriate tools to improve the management and the control of resistances.

- Identification of Pyrazinamid resistance level in Vietnam: genetic and phenotypic comparison;           

- Evaluation the drug resistance to Bedaquiline in Vietnam;   

- Evaluation of impact of industrial activities and antibiotic use on the development of resistance to antibiotics and metals in environmental bacteria that can be pathogenic for humans. 

3

Production and purification of recombinant camelid antibodies of medical interest.

Nanobody

Prof. Roussel Alain /
Assoc.Prof. Dong Van Quyen

The aim of the project is to carry out a transfer of technology in order to set up a recombinant protein production and purification unit in USTH to contribute to the scientific development of modern biotechnologies for diagnostic and therapeutic applications in treating human diseases.

The project sets up a recombinant protein production and purification unit in USTH and transfers an up-to-date nanobody technology of interest for the development of therapeutic tools.

Department of Advanced Materials Science and Nanotechnology (AMSN): 03 projects

4

Synthesis and characterization of the hybrid organic/inorganic materials. Applications in enzyme-based electrochemical biosensors for glucose detection

AMSN-Q

Dr. Nguyen Van Quynh

Development of the hybrid organic/inorganic materials which ones exhibit some special properties such as super conductivity, stability in various solvents, bio affinity… Coming up with such tremendous properties, these hybrid materials will be applied to further develop a novel generation of bioelectrochemical sensor with a high sensitivity and stability. 

- Scientific results: 01 reports on the fabrication of hybrid organic/ inorganic materials, application in bioelectrochemical sensor;

- Efficiency and applicability: The fabricated bio electrochemical sensor will be integrated into measuring system and be further developed within the Nafosted project entitled: “Elaboration of hybrid immunosensor based on dual channel transduction mechanisms: electrochemical and surface plasmon resonance detection for determining organic pollutants in surface waters” These elaborated sensors are expected to commercialize as a good scientific product in the near future.

5

Pt-based cathode electro-catalyst materials  for Direct Methanol Fuel Cells.

AMSN-NLL

Dr. Nguyen Luong Lam

Develop novel electrode materials for the methanol fuel cell application.

New materials are enhance the catalyst durability and develop better electrocatalysts with reduced Pt loading to significant cost savings.

6

Synthesis and characterization of the nanocomposite based on conducting polymers and complexed metal oxides nanoparticles in application of catalytic activities for ORR and OER reactions.

AMSN-NDA

Dr. Nguyen Duc Anh

Develop novel electrocatalytic materials for solar water splitting and H2 fuel cell application.

-  Synthesis and preparation of hybrid materials from conducting polymers and complexed metal oxides nanoparticles;

- Investigation of materials morphologies;

- ORR and OER catalytic activities.

Department of Energy (EN): 01 project

7

Clean energy and sustainable development in Vietnam

CleanED 2017

Dr. Laurent Van de Steene /

Dr. Nguyen Xuan Truong

   
 

Topic 1: Micro Smart Grid Development and Application for Building Energy.

- Contribute to modernisation of Vietnamese distribution grid, especially in low voltage grid, in order to complete national directions of energy security, economic development and climate change requirements;

- Address scientific research on smart grid technologies at local level, that known as “micro grid”;

- Benefit from photovoltaic power supply, to improve energy efficiency and to reduce cost of electrical consumption in different scenarios.

Contribution to Vietnam policy implementation and technology application regarding to the solar power energy and smart grid technologies.

 

Topic 2: Co-firing for electricity production - Non technical aspects.

- Evaluate the physical and monetized effect of two representative co-firing project to various stakeholders: global CO2 emissions, local air quality, farming profitability, transport business, electricity generation profitability;

- Produce a map of the biomass resource market potential in Vietnam at the grid scale resolution.

- An economic analysis model;

- Map of biomass resource market potential in Vietnam.

 

Topic 3: Co-firing for electricity production - Technical aspects.

Investigate the behaviour of Vietnamese biomass during co-combustion with anthracite coal. In particular, we will focus on the influence of parameters and phenomena that control the combustion of coal/biomass mixing regarding carbon conversion and pollutant formation.

Thermochemical behaviour of a coal/biomass mix during combustion in industrial power plants.

Department of Information and Communication Technology (ICT): 01 project

8

ICT methods and tools in socio - environmental systems.

ICTSYS

Prof. Alexis Drogoul/
Assoc.Prof. Luong Chi Mai

- Design and deliver methods and tools  by conducting and combining investigations in different domains of ICT: computer modeling and simulation, high-performance computing,  image indexing and retrieval,  classification of multimedia documents and health bioinformatics;

- Provide natural bridges with the other departments of USTH and Vietnamese research institutes (especially the ones at VAST).

- Modeling and simulation;

- Data-mining;

- Image and speech processing;

- Information retrieval;

- Expert-user interactions.

Department of Water – Environment – Oceanography (WEO): 02 projects

9

Pharmaceutical residues and its impacts in aquatic environment in Vietnam.

PHARES

Prof. Philippe Behra /
Dr. Bui Van Hoi

- Develop analytical methods for the simultaneous analysis of pharmaceutical residues in surface water;

- Analyze the content of pharmaceutical residues in surface water;

- Study the decomposition of pharmaceutical residues in water.

- Contribute to pharmaceutical residue analysis processes in water environment;

- Monitor pharmaceutical residues in water;

- Study the dynamics of biodegradation of pharmaceutical residues in the environment.

10

Hydrology - Oceanography

HO

Prof. Marine Herrmann /
Dr. Trinh Bich Ngoc

Understand and forecast the functioning and variability of the coupled hydrodynamical-biogeochemical system in the regional and coastal marine areas. 

- Identify and understand the physical and biogeochemical processes involved in the functioning of the oceanic system;

- Understand its variability at different scales (daily to long term evolution) and identify the factors that trigger those scales of variability (atmospheric, oceanic, hydrological, anthropogenic...);

- Forecast the evolution of oceanic system, from the short-term scales (operational forecast) to the long-term evolution (impact of climate change);

- Impact of ocean dynamics on marine ecosystems;

- Fate and transport of suspended sediment.