07/10/04

Samoa to profit from indigenous knowledge deal

Samoan healer grinding Mamala bark Copyright: Paul Alan Cox/Patricia Stewart

By: Priya Shetty

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<div class="article-wrap">
<div id="article-introduction">
<h1>Samoa to profit from indigenous knowledge deal</h1>
<h4>By: Priya Shetty</h4>
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<p><P>The Samoan government and the University of California, Berkeley, have signed an agreement to share equally the profits from a potential anti-HIV drug — prostratin — derived from the bark of Samoa’s indigenous Mamala tree.</P><br />
<P>The drug, which stimulates expression of the HIV virus from reservoirs in the body so that anti-HIV drugs can clear it, is also being tested in clinical trials by the AIDS Research Alliance, who pledged in 2001 to give 20 per cent of any profits back to the country.</P><br />
<P>Jay Keasling, a chemical engineering professor at Berkeley, and his team will first need to isolate the genes of the Mamala tree that produce prostratin. The gene will then be inserted into  bacteria <em> </em>to create ‘microbial factories’ that can churn out much larger quantities of the drug than could be produced naturally.</P><br />
<P>The researchers are working in collaboration with ethnobotanist Paul Alan Cox who first learned of prostatin’s anti-viral properties from local healers. The agreement, which allocates a 50 per cent share of commercial profits to the Samoan people is novel, says Cox, in that “it may be the first time that indigenous people have extended their national sovereignty over a gene sequence”.</P><br />
<P>Indigenous knowledge is increasingly being recognised as a valuable resource for commercial products such as pharmaceuticals. But the absence of a legally binding international treaty governing the intellectual property rights regarding such local knowledge means that it is open to exploitation (see <a  href="/Dossiers/index.cfm?fuseaction=policybrief&policy=50&dossier=7&language=1" target=_self rel="noopener noreferrer">Global legislation on indigenous knowledge</A>). </P><br />
<P>Earlier this year, the discovery of naturally decaffeinated coffee plants originating in Ethiopia but grown in Brazil led to a fierce dispute over its genetic ownership (see <a  href="/News/index.cfm?fuseaction=readnews&itemid=1494&language=1" target=_self rel="noopener noreferrer">Storm in a coffee cup</A>).  By contrast, the agreement signed in Samoa seems — on the surface at least — to be a win-win situation. Keasling believes the pact will “set a precedent for biodiversity conservation and genetic research” and for future commercial use of indigenous knowledge. </P><br />
<P>Not everyone is so positive, however. Rudolph Ryser, chair of the Centre for World Indigenous Studies, told SciDev.Net “the agreement is destined to falter”.  According to Ryser, such agreements cannot be fairly made until mutually agreed international protocols are put in place. He adds that rather than signing agreements to share profits with local people, drug developers should instead aim to provide drugs for free.</P></p>

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The Samoan government and the University of California, Berkeley, have signed an agreement to share equally the profits from a potential anti-HIV drug — prostratin — derived from the bark of Samoa’s indigenous Mamala tree.

The drug, which stimulates expression of the HIV virus from reservoirs in the body so that anti-HIV drugs can clear it, is also being tested in clinical trials by the AIDS Research Alliance, who pledged in 2001 to give 20 per cent of any profits back to the country.

Jay Keasling, a chemical engineering professor at Berkeley, and his team will first need to isolate the genes of the Mamala tree that produce prostratin. The gene will then be inserted into bacteria to create ‘microbial factories’ that can churn out much larger quantities of the drug than could be produced naturally.

The researchers are working in collaboration with ethnobotanist Paul Alan Cox who first learned of prostatin’s anti-viral properties from local healers. The agreement, which allocates a 50 per cent share of commercial profits to the Samoan people is novel, says Cox, in that “it may be the first time that indigenous people have extended their national sovereignty over a gene sequence”.

Indigenous knowledge is increasingly being recognised as a valuable resource for commercial products such as pharmaceuticals. But the absence of a legally binding international treaty governing the intellectual property rights regarding such local knowledge means that it is open to exploitation (see Global legislation on indigenous knowledge).

Earlier this year, the discovery of naturally decaffeinated coffee plants originating in Ethiopia but grown in Brazil led to a fierce dispute over its genetic ownership (see Storm in a coffee cup). By contrast, the agreement signed in Samoa seems — on the surface at least — to be a win-win situation. Keasling believes the pact will “set a precedent for biodiversity conservation and genetic research” and for future commercial use of indigenous knowledge.

Not everyone is so positive, however. Rudolph Ryser, chair of the Centre for World Indigenous Studies, told SciDev.Net “the agreement is destined to falter”. According to Ryser, such agreements cannot be fairly made until mutually agreed international protocols are put in place. He adds that rather than signing agreements to share profits with local people, drug developers should instead aim to provide drugs for free.