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Vietnam makes biotechnology progress

Vietnam’s rapid progress in research and application of biotechnology in agriculture is contributing to the country’s goals for green growth and farmers’ demands, according to experts.
Vietnam makes biotechnology progress ảnh 1An international workshop organised by HCM City Open University discusses challenges facing the field of agricultural biotechnology. (Photo courtesy of the Open University)


HCM City (VNS/VNA)–
Vietnam’s rapid progress in research and application of biotechnology inagriculture is contributing to the country’s goals for green growth andfarmers’ demands, according to experts.

Nguyen Ngoc Bao Chau of the HCM City Open University’s Faculty ofBiotechnology said that in the last five years “many institutes, universities,centres and startups in the country including HCM City have conducted researchand developed effective applications for biotechnology in agriculture”.

Chau was speaking on the sidelines of an international workshop on agriculturalbiotechnology held on August 29 by HCM City Open University.

Researchers in the country have used biotechnologies to improve the quality ofseeds as well as plant and animal breeds, he said.

Biotech methods have been able to detect plant diseases rapidly, and have alsobeen used to create products that prevent disease and pest infestation.

Nguyen Bao Quoc of the Agriculture and Forestry University said that manyglobal scientists have developed numerous techniques for the detection ofmicrobial pathogens, but these methods are labour- and time-intensive and canbe undertaken only in well-equipped labs.

His group has developed an alternative approach for rapid detection of manygroups of phytoplasmas (bacteria transmitted to plants by insects) that causewitches’ broom and white leaf disease in longan, cassava and sugarcane plants.

Duong Hoa Xo, Director of the Biotechnology Centre of HCM City, said the centrehad collected and preserved gene sources, with 360 varieties of orchids,including precious ones that grow in the country’s forests, 124 varieties ofbonsai, and 100 varieties of herbs.

A bank for microorganism genes had also been set up, which uses scientifictechniques to insert genes with useful characteristics, such asdisease-resistance characteristics of one flower to another.

The centre had also conducted research on vaccines that protect againstdiseases among tra catfish, he said.

Bui Minh Tri of the Agriculture and Forestry University said that his group hadcompleted research on the mini Dendrobium plant, which has a number ofadvantages, such as early and frequent flowering, diverse colors and shapes,and varieties with nice fragrances. The plants are suitable for decorating inlimited spaces.

At the workshop, researchers, scientists, and students from universities inMalaysia, Thailand and Vietnam gave presentations about their research.

Rujira Tisarum of the National Centre for Genetic Engineering and Biotechnologyin Thailand presented a study on the potential of halophytes and glycophytesfor salt removal in highly saline wastewater and soils.

Global losses from crops damaged by salinity now amount to 12 billion a year.The number of areas worldwide affected by salinity has increased by 10 percentannually in recent years because of climate factors, human activities andwastewater.-VNS/VNA

VNA

Representing Vietnam were VinRobotics and VinDynamics, two tech subsidiaries of Vingroup. They showcased "Make in Vietnam" humanoid robots, demonstrating the country’s growing capacity to integrate into the global robotics value chain.

Quantum computers are closer than ever. The year 2026 has been internationally designated the "Year of Quantum Security" -- and the window to prepare is closing fast.

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Mel Shalev, a former senior Israeli technology expert, who have spent decades working, conducting research and collaborating with partners in Vietnam, noted that the rapid advancement of artificial intelligence (AI) is bringing profound changes to education worldwide, suggesting Vietnam capitalise on this trend to enhance teaching and learning effectiveness.

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The workshop aims to achieve three key objectives providing a platform for academic exchange and strengthening collaboration between leading international scientists and young researchers, including doctoral students; promoting multidimensional scientific dialogue on major open questions in the field; and initiating new directions for international research cooperation with the active participation of Vietnam's physics community.

With the bilateral relations continuing to grow and the determination of both sides to advance innovation, cooperation in AI and high technology is expected to become one of the most dynamic pillars of Vietnam-Singapore relations in the coming time.

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After four editions of the Top Industry 4.0, this year, the programme was officially renamed “Vietnam I4 Impact Awards”, which is not just a change in name but a shift in development thinking and core values.

Experts said close coordination among State management agencies, research institutes, universities, and businesses will improve training quality and serve the dual goals of quality education and practical research application.

To promote copyright protection, Vietnam is accelerating efforts to master core technologies and build integrated platforms capable of receiving, processing, distributing and protecting digital content on a unified system.

OVs hope the two countries can establish an interconnected cooperation mechanism in the technology supply chain, from sharing research, testing, and development infrastructure to training human resources, thereby forming a technology alliance able to compete with others in the ASEAN region and the world.

Part of the Vietnam Innovation Challenge 2026, the programme goes beyond conventional coding competitions by requiring participants to develop AI-driven solutions to business challenges in real time.

Many experts in Singapore expressed their hope that the General Secretary and President’s visit will pave the way for more substantive cooperation mechanisms between Vietnam and Singapore in high technology, innovation and human resources development.

Ho Chi Minh City currently hosts 143 science and technology enterprises, accounting for around 20% of the national total. Total factor productivity (TFP) contributes 59% to the city’s GRDP growth, with science and technology responsible for 74% of TFP growth.

Over recent years, NSTDA has built strong partnerships with Vietnamese research institutes and organisations in agriculture, biotechnology, energy and sustainable development. Notable examples include joint projects on cassava value chains, salt-tolerant rice, biotechnology products and an initiative on green energy cooperation and development in the Mekong basin.