DNA laboratory set for researches, trainings

The Philippine Science High School-Eastern Visayas Campus (PSHS-EVC) has received the chance of a lifetime to produce scientific researches, courtesy of the Breakthrough Junior Challenge (BJC) DNA Molecular Biology laboratory.

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From brown to green: DENR battles environmental issues through biotech

As the research bureau of the Department of Environment and Natural Resources (DENR), the Ecosystems Research and Development Bureau (ERDB) conducts various researches to help protect and preserve the environment. The ERDB takes advantage of the plant-microorganism relationships in developing biofertilizer that are useful to produce quality planting materials.

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Sarcotoxin IA Gene from flesh fly confers enhanced resistance to citrus canker in sweet orange

Citrus canker caused by Xanthomonas citri subp. Citri (Xcc), is a serious disease in citrus-producing areas. While different levels of resistance to the disease have been reported, they are not sufficient to provide disease control. Overexpression of antibacterial genes is a potential way to increase plant resistance. Previous studies showed that sarcotoxin IA, an antimicrobial peptide from the flesh fly (Sarcophaga peregrina), can be efficient to control different plant pathogenic bacteria.

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Biotech crops reduce use of pesticides–experts

The Rome-based Food and Agriculture Organization (FAO) of the United Nations estimates that up to 35 percent of the losses in the annual crop production worldwide are due to pests—insects, weeds, plant diseases, rodents and birds.  Of the estimated 1 million insects in the world, between 150 and  200 species frequently cause serious damage to crops.

When losses due to pests are combined with postharvest losses, worldwide food losses would amount to 45 percent. “This is almost one half of the world’s potential food supply,” the FAO pointed out. Read more

Thailand Emerges as Southeast Asia’s Prime Destination for Biotechnology Development

BANGKOKNov. 14, 2017 /PRNewswire/Korea IT times– Biotechnology in Thailand has been through over three decades of development. Today, with its superb infrastructure, substantial scientific capability and strategic location in the center of the Southeast Asia region, Thailand is home to many well-established world tech labs and pharma companies, and is ready to embrace new wave of advanced biotech development. Bio economy is also a new ambition of the Thai government, one of the ten targeted growth-engine industries under the new “Thailand 4.0″ growth model, which focuses on the concept of inclusive, productive and green growth to enhance the country’s competitiveness and economic development.

Biotech companies in Thailand enjoy a variety of competitive advantages from supporting ecosystems including intellectual property protections and technically-equipped workforce as well as an abundance of natural resources and rich biological diversity.

The Board of Investment (BOI) recognizes the importance and value of the bio economy industry, and offers a wide range of tax and non-tax incentives for projects that meet national development objectives. Tax incentives for biotechnology companies investing in Thailand include an 8-year corporate income tax holiday and exemption of import duties on machinery and raw materials used for manufacturing of export products. Non-tax incentives are visa and work permit for foreign experts, permit to own land and permit to take or remit foreign currency abroad. In addition, products or raw materials brought in for research and development also receive import duty exemption.

Moreover, the National Science and Technology Development Agency (NSTDA) provides government and organizational support. Through the operation of four national research centers, including BIOTEC, MTEC, NANOTEC, and NECTEC, and a technology management center (TMC), NSTDA acts as a bridge between the requirements for academic research and innovation in the industry.

Thailand has developed network of organizations that support research and development in biotech. Currently, 24 universities across the country have the combined capacity to supply approximately 7,000 students with a biotechnology background each year. In addition, well-established research infrastructure, including various pilot plants located in several leading universities across the country, allows biotech companies to scale up their research before commercializing their innovations. Many of these pilot plants operate as private and public sector partnership, such as the Agricultural Research Development Agency (ARDA) under the Ministry of Agriculture.

Diverse natural resources, biology and thriving agricultural sector assist Thailand to be a research hub for biotechnology. Its hot and humid climate supports tropical ecosystems that a large variety of plant, animal and microbe species survive. Thailand has approximately 15,000 species of plants which account for approximately 10% of the estimated total number of plant species found globally. Moreover, abundant farmland across the country and a year-round growing season allow agricultural raw materials to be sourced from locally at low prices. Meanwhile, Thai agricultural sector, the mainstay of the country’s socioeconomic foundation, is currently transitioning to ‘Smart Farming’, a key reforming process endorsed by the government to increase the efficiency of agricultural production and enhance cooperation between farmers and the public and private sectors.

Thailand Science Park (TSP), the first technology and innovation hub of Thailand, serves as a one-stop service center to assist both foreign and local companies engaged in scientific and technological research. TSP is a key hub for research and development where specialists and researchers from the industry, the academia and NSTDA collaborate to further inspire and stimulate the formation and growth of the knowledge-based businesses. A network of 1,600 full-time researchers and technicians, of which around 400 hold doctorate degrees, can be found at TSP. TMC also provides important support to biotechnology through its Technology Licensing Office (TLO), which is responsible for the licensing of intellectual property.

The recent setting up of the Strategic Talent Center (STC) helps enhance the country’s ecosystem for stronger research and development capability. The center serves as a platform interacting with the private sector in identifying available specialists or researchers in science and technology to support the private sector in conducting R&D and innovation activities. The STC will be actively involved by matching their skills and expertise with real demands from the requesting companies.

For more information, please contact thailandinvestmentyear@gmail.com or visit www.boi.go.th.

The Board of Investment of Thailand (BOI)
Raweechay Atthakhosolsuradi
Tel. +66 (0) 2553 8111 Ext. 6932

-Published in Korea IT Times.  See original article link here.

National Biotechnology Week kicks off on November 20

National Biotechnology Week (NBW) will kicks off on November 20, at the Expo Hall 1 fourth floor, Fisher Mall, Quezon City. Themed “Bioteknolohiya para sa Kalikasan, Kalusugan, Kagandahan, Kabuhayan, at Kaunlaran:Lamang ang Masa at Magsasaka sa Limang ‘K’ ng Bioteknolohiya!” activities will run through until November 24.

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USDA to re-engage stakeholders on revisions to biotechnology regulations

WASHINGTON — The U.S. Department of Agriculture’s Animal and Plant Health Inspection Service on Oct. 5 announced it is withdrawing a proposed rule to revise the agency’s biotechnology regulations and will re-engage with stakeholders to determine the most effective, science-based approach for regulating the products of modern biotechnology while protecting plant health.

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National Biotechnology Week 2017 highlights contribution of biotechnology to farmers and masses; DOST to join the celebration

QUEZON CITY, Metro Manila- The various agencies of the Philippine government will hold the 13th National Biotechnology Week (NBW) celebration on 20-24 November 2017 at the Fisher Mall EXPO HALL, Fourth Floor, Quezon Ave., cor. Roosevelt Ave., Quezon City.

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Uganda Parliament Passes Bill To Promote Use Of Genetically Modified Materials, Biotech

KAMPALA, Uganda — Several genetically modified crops that are more resilient to drought, flooding, saline or acid soils and temperature extremes resulting from climate change are already being researched in Uganda and are in advanced stages. The enactment of an enabling law, the Uganda National Biosafety Bill 2017, is intended to enhance the development of modern biotechnology.

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Uganda: Tears and Cheers Over New GMO Law

Kampala — Days after parliament quietly passed the National Biotechnology and Biosafety Bill, widely known as the ‘GMO Bill’, in early October, Meg Hilbert Jaquay, the Managing Director of Jakana Foods Limited, remains sad. Her company exports 30 metric tonnes of organic dried fruits to U.S., Europe, Asia, and across Africa every year.

But, she says, all this is now under threat as Uganda will become less competitive for the fastest growing food market segment in U.S. and Europe.

“GMO products are not allowed under either the Organic Standard or Fair Trade standards,” Meg told The Independent, “The rest of the world is moving away from this old technology, and instead of Uganda looking to the future it is still in catch-up mode.”

Meg says because of government’s failure to recognise the organic sector, Uganda which was second in the world has now dropped to fourth, and it may drop further unless the government agrees to pass the Organic Policy to protect the sector.

Andrew Ndawula Kalema who is a certified organic farmer in Nakaseke District says the passing of the Bill is a blow to organic farmers.

“Uganda is one of the countries which have been having a comparative advantage of exporting organic products but with passing of the Bill we have now lost this advantage,” Kalema says.

He says the passing of the Bill was possible not because of its merits and how much it’s going to benefit the country but because of the huge financial muscle of the multinational GMO seed companies behind it and who will be the main beneficiaries not Ugandans.

Patrick Luganda, the Executive Director of Media link, an organisation which links farmers with the media and trains climate journalists said the way the Bill was passed is suspect.

“That was like smuggling the Bill. Why pass it at such a time when members are charged over the age limit debate. And what a coincidence that similar laws are being pushed in Malawi, Kenya, and Ghana,” Luganda said.

Luganda further explained that in Malawi the government has even made it illegal to plant indigenous varieties and farmers have to plant only the GMO seeds which are expensive.

Luganda was describing how the Bill was passed on Oct. 04, at a time when the Speaker of Parliament when all attention was on the so-called ‘age-limit Bill’. One side of parliament, which is supposed to be occupied by the opposition, was empty as many of them had been expelled and the others were boycotting sittings in solidarity. Thomas Tayebwa (Ruhindi North) wanted the Bill’s passing delayed until the opposition members returned but he was overruled.

President Yoweri Museveni’s earlier utterances backing the Bill appear to have swayed the decision.

Scientists excited, CSOs to sue

Museveni said the GMO law is to “help the country resolve some of the problems the agriculture sector is facing”. He is now expected to sign it into law as soon as it gets to his table.

The passing of the Bill sent the pro-GMO scientists into celebration.

The list of the 135 “stakeholders” whom the Parliamentary Committee on Science and Technology, chaired by Nakifuma County MP, Eng. Robert Kafeero Ssekitoleko, interacted with to craft the law reads like the Who-is-Who list of Uganda’s scientists; from government departments like NARO, UNSCT, Uganda Virus Research Institute, National Drug Authority, Uganda National Bureau of Standards, universities and others.

But, although three farmers are on the list, the Uganda National Farmers Federation (UNFF), a body which claims to be an umbrella body of all farmers’ associations in the country, is conspicuously missing. Its Executive Secretary, Augustine Mwendya, had earlier told The Independent that he backs the Bill.

Dr. Godfrey Asea, the director of National Crops Resources Research Institute (NACRRI), one of the research institutes under NARO in Namulonge in Wakiso district congratulated Parliament for passing the Bill.

“We now have a framework to conduct environment release and research outside the institutes,” he said.

Erastus Nsubuga, the chairperson of the Uganda Biotechnology and Biosafety Consortium, called the law “a great achievement” that will help scientists work within the country.

CSOs threaten court action

But Ellady Muyambi, an environmental scientist with the nonprofit Uganda Network on Toxic Free Malaria; one of the civil society organisations which had been fighting the Bill, accuses the scientists at National Research Organisation (NARO) of being bankrolled by global seed companies who want to dominate the market and who sponsor their research and study abroad.

“We are definitely going to court to quash the Bill,” he told The Independent, “We should already have gone to court after Parliament passed the Bill but our lawyers advised us that we can’t until the President assents to the Bill and it becomes law.”

Muyambi says the MPs “passed a law they don’t understand and don’t know the implications of.”

The Civil Society Organisations (CSOs) say the Bill is merely a legal regulatory regime to allow in GMOs without safeguards and they pointed out gaps in the Bill that needed to be blocked to improve it.

But according to a statement by the Minister for Science, Technology and Innovation, Dr. Elioda Tumwesigye, many of these were rejected.

With threats to have issues of this recently passed Bill taken to court, it looks like the five year running battle between pro GMO and opponents is not about to end.

If, as expected, the National Biotechnology and Biosafety Bill becomes law, it will clear the way for use of biotechnology to modify animals and plants in Uganda or import similarly treated products.

Normally, the argument has been, the purpose will be positive; to improve yields, breeds, and purpose. The biosafety element of the law means the development, transfer, application, and application of plants and animals will be done in a safe manner.

Foreign influence?

But the controversy which has followed the Bill since it was first tabled on February 05, 2013 followed it to the Committee on Science and Technology which considered it and two of the 33-member committee disagreed with the majority and authored a minority report. They complained that there was limited consultation on the Bill, it was prepared without regard to impact on the country, and focused only on agricultural biotechnology, and had external influence in its preparation.

Ssekitoleko, laboured to respond to allegations of foreign sponsorship of the Bill, especially on foreign trips. The Committee report names six countries including Kenya, South Africa, India, Brazil, Argentina and US which members of his committee visited for benchmarking studies on biotechnology.

Ssekitoleko says only the Brazil trip got money from the Uganda National Council for Science and Technology (UNCST) for part of the expense.

Still, UNCST was in the end denied the regulatory mandate for the biotechnology sector.

Ssekitoleko was also quizzed on why his committee visited only GMO ‘success stories’ and not Burkina Faso where GM cotton backfired. He said Burkina Faso never came up during the Committee discussions.

According to its framers, the Bill is intended to be a regulatory framework that facilitates the safe development and application of biotechnology in Uganda. But opponents of the Bill claim genetically modified foods are harmful to humans and that they are used by big agribusiness firms to control global seed markets and farmers around the world.

The Bill faced opposition from MP outside the committee also.

Gen. Pecos Kutesa (UPDF) warned that the Bill is a threat not only in Uganda, but the rest of Africa, because, he said, “one who creates seeds can create artificial seeds”. Thomas Tayebwa (Ruhindi North) said the Bill was sponsored by foreign agencies.

“The European Union whose market we are targeting is totally against the production of genetically modified products in favour of organic products. The GMO industry, which we are trying to invest in, is going down and Ugandans are going to lose out.” Tayebwa is reported to have said.

Muyambi said Uganda’s agricultural problem was political and not absence of a law to promote GMOs as the pro GMO lobby argued.

“The agricultural sector is underfunded and President Museveni says he putting the money on building roads. Even with the GMO law in place the agricultural sector will never be redeemed under this government which has failed to prioritise agriculture,” Muyambi says.

He says Museveni’s government sidelines technocrats and instead hands the agricultural sector to the army and cites Operation Wealth Creation (OWC), a project under President Museveni’s brother; Gen. Caleb Akandwanaho aka Salim Saleh, where billions of shillings have been invested to alleviate poverty through agriculture.

On the argument of scientists developing genetically modified drought resistant varieties like NARO’s Water Efficient Maize for Africa (WEMA) project in Kasese, Muyambi asked why they do the field trials in Kasese where there is water for irrigation and not in Karamoja which is dry to prove the drought resistance of their maize.

Muyambi says the MPs “passed a law they don’t understand and don’t know the implications of.” He cited other examples; including the Plant Varieties Act and Geographical Indications Act.

“Can you imagine the Geographical Indications Act stipulates that if one, for instance develops a variety of irish potatoes to be grown in Kabale he or she can patent it and it wouldn’t be grown in any other part of the country without the owner of the patent being paid?” he said.

Muyambi also says apart from the Bill being unconstitutional the timing of the passing of the Bill was not proper as members of Parliament were heated up by the age limit debate.

But Dr. Barbara Zawedde, the co-ordinator of the Uganda Biosciences Information Centre (NARO information hub) reportedly said Uganda has capacity to regulate biotechnology.

“We can now also choose what we want to use in modern biotechnology in agriculture, medicine, environment management, and medicine,” she said.

Some Contentious Articles in GMO Bill

Labeling and identification of GMO materials in the market and in use in Uganda is complicated because much as it is very easy for a supermarket to label mangoes or any fruits it’s selling, a woman selling a basket of mangoes on her head will most likely not put a label on the basket that they are a GMO product.

The National Gene Bank in which all genetic material, indigenous, or otherwise required shall be kept and preserved should be an independent authority and not under NARO which promotes GMOs.

CSOs and other stakeholders want declaration of GMO free areas so as to prevent pollution on indigenous varieties by GMOs.

Lack of public participation and awareness of the Bill.

Penalties and offences of GMOs rules are laughable and big multinational companies will breach and pay.

-Written by Andrew Kaggwa in The Independemt (Kampala) via AllAFrica.  See original article link.

Giant plant would boost rice harvests in China

The scientist behind China’s “giant rice” has said he believes the crop could boost yields across Southeast Asia and other Belt and Road Initiative countries, helping to ease global concerns over food security. Xia Xinjie, chief researcher at the Chinese Academy of Sciences, said his newly developed rice plant can better adapt to conditions such as climate than the rice plant strains in use.

The new plant grows to about 2 meters, almost twice the height of standard varieties, and has a longer growth cycle.

A test in Hunan province this month yielded 15,000 kilograms per hectare, just short of the record 17,000 kg set by the newest hybrid rice strain.

Xia is confident his rice will one day surpass hybrid rice yields. “Hybrid rice has almost reached its maximum capacity, but (the research team developing) giant rice is charting a new route to record-breaking yields by increasing the biomass — or weight — of the plant,” he said.

The taller plant also allows increases in the capacity for aquatic products in paddy fields, which can increase farmers’ incomes, he added.

“For common rice plants, the water level is low and there is limited space for raising aquatic products. Sometimes, overcrowded aquatic products can reduce the rice output. But with higher rice plants, 300,000 frogs could live comfortably within a hectare of paddy, and bring in an extra 300,000 yuan ($45,000) per hectare for farmers.”

However, after the initial media reports about Xia’s giant rice, concerns have been raised over its cost-effectiveness and whether it would increase the use of fertilizers.

A user of Zhihu, a Chinese Q&A website, wrote that “extra tall rice plants would require newly developed reaping machines, and certainly more fertilizers, thus compromising the cost-effectiveness of the new breed”.
Xia said the harvest of giant rice can be managed by standard reaping machines, although “it could lead to some waste”. He added that if the giant rice is to be planted on a large scale, “some modifications” to the reaping machines would be needed.

As for fears over the need for more fertilizers, he said that although the higher rice plant requires more nutrition, farmers do not need to apply extra fertilizers.

“It’s because many paddies are already suffering from … too much fertilizers,” the scientist said. “Giant rice can grow to 2 meters even though farmers do not increase the fertilizer volume. Besides, the excrement from the aquatic products provides a natural fertilizer.”

Xia began his research in 2006, after he was inspired by the achievements of biologist Yuan Longping in developing super hybrid rice.

“I was working for a US agricultural biotechnology company then. After I watched a TV program introducing Yuan’s super hybrid rice, I was encouraged and wanted to return to China to continue my previous research on paddy rice,” he said.

After continuously selecting and breeding plants that met his requirements to create a taller, stronger rice plant with bigger flower clusters and stronger stalks, he started trial planting in 2014.

He said the new breed is “100 percent free of genetic modification”.

“Tens of millions of yuan were invested in the research. Quite a few entrepreneurs offered to sponsor the project at the beginning, but many withdrew because the breeding process was too long and the result was uncertain,” he said.
He plans to expand the plantation of the giant rice plant to more than 130 hectares next year, if authorities grant approval. Currently only several dozen hectares of giant rice were planted in Hunan.

-Published in China Daily via The Philippine Daily Inquirer.  See original article link here.

Biotech agency aims to create ‘herb hub’ for Asean region

HERBAL products will be a major focus for the National Centre for Genetic Engineering and Biotechnology (Biotec) over the next five years.

Somvong Tragoonrung, executive director of Biotec, said the agency would leverage advancements in biotechnology and disruptive technologies to create a regional “herbal hub” in Thailand.

The agency aimed to create herbal standards by identifying the quality of herbal and bioactive compounds used to create food and ingredients for pharmaceuticals.

The agency also plans to join forces with other countries, including Japan, to create and sustain the herbal hub.

Somvong said that biotechnology could help improve plant breeding, support the seed industry, and protect plants both from insect-borne diseases and from extinction due to climate change.

Biotec is developฌing “DNA barcodฌing” technology for Thai herbal products, so the ingredients of pharmaceutical drugs can be identified through a genetic marker, and “DNA fingerprinting” technology to assist with plant conservation management.

It expects to apply barcoding to 600-700 herbal and plants over the next few years.

“I think that the global trend is driving forward into biotechnology, biocosmetics and biopharmaceutical,” Somvong said.

“There is a greater demand for bioproducts in the global market. Thailand also has the potential to deliver biocosmetics and biopharmaceuticals to the market, supporting the Thailand 4.0 strategy.

“We will join hands with the private sector to support the bioeconomy.”

The agency provides plant-breeding support for crops including rice and cassava, and it uses genome technology to develop vaccines for farm animals, including pigs for domestic use.

“I think that biotechnology in Thailand compares well with others countries in the Asean region. We are second only to Singapore,” said Somvong.

He said the agency would be lever aging the knowledge in its “microbe bank” to benefit the Thai public.

-Written by Jirapan Boonnoon in The Nation.  See original article link here.

Genetic Engineering — Its global benefits now and beyond

Agriculture could be defined as the manipulation of plant and animal DNA to suit the needs of humans. We have been changing the DNA of our food for 10,000 years. For most of agricultural history, we’ve had no idea what DNA changes occurred in our food. The discovery of recombinant DNA technologies in the 1970s began to change that. For the past 20 years we have been using genetic engineering (GE) to engineer precise DNA changes in our food.

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