Posted February 28, 2017

 

STONY BROOK, N.Y. – Applied DNA Sciences, Inc., a provider of DNA-based supply chain, anti-counterfeiting and anti-theft technology, product genotyping and product authentication solutions, announced that it has identified lead genetic markers that are unique to certain cotton cultivars grown in Uzbekistan, where forced human labor is used to cultivate the cotton.

 

To date, the biomarkers have been tested in raw and ginned cotton. The testing of yarn and finished textiles is forthcoming.

 

Applied DNA is looking for partners to aid in halting forced labor in cotton fields, while facilitating a global collaboration in identifying and highlighting Uzbek cottons that are harvested by modern machinery specifically without forced labor.

 

The company offers a molecular tagging and authentication service to brands and retailers who want to exclude adulteration by forensically proving the origin of their cotton. The platform is based on a unique molecular tag, known as "SigNature® T", applied at the point where locally grown cotton is ginned, and forensically authenticated at each stage of the supply chain to allow traceability for fibers to finished goods back to their origin. To date, multiple brands and retailers have SigNature T-tagged more than 150 million pounds of U.S.-grown cotton.

 

Applied DNA proposes that machine harvesting and modern ginning be introduced to the Uzbek cotton industry as soon as possible, perhaps funded by governments, NGOs and the global cotton industry. Molecular markers supplied by the company could ensure that every relevant fiber is recognizable as free of forced labor. In collaboration with leaders within the cotton industry and cotton research, Uzbek cotton fibers could be introduced to the global market as a superior upland cotton, untainted by ethical compromise.

 

"Even if a retailer's brand were surreptitiously adulterated with Uzbek cotton, the damage to their equity would be irreparable,” said Dr. James Hayward, president and CEO of Applied DNA. “When combined with a program of molecular tagging at the source, our products and services can de-risk supply chains for every cotton retailer, brand and manufacturer." 

 

According to the Cotton Campaign, every year the Uzbek government forces more than a million Uzbek citizens – including teachers, doctors and nurses – to work long hours picking cotton for state-run industries under threat of penalties, including loss of their jobs or education. The government of Uzbekistan operates the largest forced-labor system of cotton production in the world. There is no region in Uzbekistan excluded from this system, so no Uzbek cotton is free from forced labor.

 

"DNA technology can help businesses and regulators enhance traceability and transparency in global supply chains,” said Kirill Boychenko, coordinator of the Cotton Campaign at the International Labor Rights Forum. “Applied DNA's advances in molecular tagging and cotton genotyping can provide technical guidance on cotton produced with forced labor from countries like Uzbekistan and Turkmenistan that can then be used by brands, retailers, supply chain intermediaries and law enforcement to ensure responsible sourcing."
 

‘The Cotton Pledge’

 

More than 250 brands and retailers have signed, "The Cotton Pledge," promising not to knowingly source cotton from Uzbekistan. Growing consciousness of unethically produced cotton among consumers is apparent in the results of a recent Harris Poll: roughly three in five Americans (61 percent) say if they discovered a brand made their bedding/clothing products from raw cotton that was picked by child/forced laborers, they would no longer purchase from that brand.

 

The United States recognizes Uzbek cotton as a product made with forced labor and has stopped goods made with Uzbek cotton at the border under a law prohibiting import of goods made with forced labor. The California Transparency in Supply Chain Act requires businesses to report their efforts to combat forced labor in their supply chains. The Modern Slavery Act in the United Kingdom requires businesses that trade in at least £36 million in goods a year to report what steps, if any, they are taking to address forced labor in their supply chains. Until today, however, there has been no mechanism to discriminate fibers of Uzbek origin.

 

"The innovative use of technology by Applied DNA Sciences to tackling some of the world's most complex problems – transparency in supply chains and modern forced-labor abuses – is to be applauded,” said Andrew Wallis, OBE, the catalyst behind the Modern Slavery Act, and founder and CEO of Unseen, a U.K. charity that works towards a world without forced labor.

 

Earlier this month, the French Parliament adopted a much-awaited law that applies only to French companies, enforcing a "public vigilance" for corporations of their supply chains, for human rights and the environment. Similar laws are under consideration in Switzerland and the Netherlands.

 

Uzbekistan is one of the largest exporters of cotton – sixth in the global economy. The countries that import the largest quantities of Uzbek cotton are also the countries that rank among the largest suppliers of finished textiles to the U.S. and U.K., such as Bangladesh and China.

 

Hidden labor rights abuses in global supply chains are increasingly being scrutinized by consumers, governments and intergovernmental organizations. It can be challenging for global brands to determine potential risks at every stage of the complex supply chains inherent in goods produced with cotton. This new technology offers companies aiming to minimize risk an opportunity for ensuring cotton made with forced labor from Uzbekistan does not slip into the goods they buy and produce.

 

Recently, in a report submitted by the International Labor Organization (ILO), a United Nations Agency, to the World Bank, third-party observations made clear that progress against forced labor in Uzbekistan is making significant strides. Uzbekistan has phased-out organized child labor, and the "risk has been reduced to the point where child labor has become socially unacceptable." However, forced labor does remain a risk for higher-level students, the staff of public and private agencies, and the staff of medical facilities.

 

Company separately announces portfolio expansion

 

Separately, Applied DNA Sciences announced a significant expansion of its U.S. and global patent portfolio in 2016, demonstrating its ongoing commitment to innovation and leadership in the marketplace.

 

Applied DNA's U.S. and Global patent portfolio now totals 44 issued patents, with 84 applications pending. In 2016, Applied DNA was granted U.S. Patent Nos. 9,266,370, 9,290,819, 9,297,032, 9,412,284 and Canadian Patent No, 2,713,101. These newly issued patents provide broad long term protection for Applied DNA's core business verticals, including its fiberTyping®, SigNature® DNA, SigNature® T and BackTrac® platforms, as well as its bulk DNA production services.

 

U.S. Patent 9,290,819 is based upon Applied DNA's groundbreaking research in the genotyping of mature cotton fibers and provides strong protection of Applied DNA's fiberTyping services currently utilized by major U.S. retailers and brands as well as SigNature T supply chain partners. U.S. Patents 9,266,370 and 9,297,032 provide further protection for Applied DNA's SigNature DNA molecular taggant and the SigNature T platform, and their use in a broad range of markets, including pharmaceuticals, consumer products, industrial materials, printing and electronics.

 

U.S. Patent 9,412,284 is the first in a new family of patents that protects the encoding and decoding of information within the two-dimensional curves of a pattern, such as a military camouflage pattern. Canadian Patent No, 2,713,101 extends Applied DNA's protection of its unique bulk DNA production apparatus and methods to Canada.

 

"The continuous development of our intellectual property to advance the commercial adoption of our core technology platform, SigNature DNA, is central to our business model,” said Dr. James Hayward, president and CEO of Applied DNA. “These new patents and others under examination underpin our penetration of core business verticals with an uncopyable and unbreakable mark that can reduce risk and uncertainty across global supply chains. Our intellectual property estate is among our most valuable assets and we will look to further leverage this asset in the future."

 

Clay D. Shorrock, Esq., general counsel for Applied DNA, added: "Our commitment to innovation underpins our patent portfolio's strong growth in 2016. Our patents continue to validate our core technologies and confer a significant competitive advantage to the company. As we continue to innovate across our business lines, our patent portfolio is well positioned for substantial growth in 2017 and beyond."

 

Source: Applied DNA Sciences