INDIA BUDGETS FOR BIOTECH
The Union Minister
for Finance in India has, for the first time, given specific thrust to advance
biotechnology in the country. The
Federation of Indian Chambers
of Commerce and Industry (FICCI) said that the Union Minister's presentation
of the 2004-05 budget emphasized that science and technology, including biotechnology, "will
receive priority and will be provided with additional funds."
A specific provision
was for companies doing scientific research and development and approved
by the Department of Scientific and Industrial
Research before
April 1, 2004 to be entitled to 100% deduction of profits for 10 years. FICCI
noted that this will favor small and medium biotechnology companies who can
channel savings to augment R & D activities.
For more information, email Bhagirath Choudhary, assistant director for biotechnology
in FICCI, at bhagirath@ficci.com or biotech@ficci.com.
INDIA'S NEW BIOTECH POLICY
In the next six months, India is said to announce its new policy on biotechnology.
This was according to Biotechnology Secretary M.K. Bhan, as cited by Kerala.com,
during the Bio 2004 - an international conference that was held in Bangalore,
and attended by approximately 300 delegates from India and abroad. According
to Bhan, the new policy will provide the framework for the research and business
institutions, and illustrate the trade and investment guidelines for the newly
emerging biotech sector.
Says Bhan, "A group of experts will also be set up to suggest models
for public-private partnerships in the biotech sector. The biotechnology department
will invest in the creation of innovation centres within the existing academic
and research institutions.” To date, Delhi University has been identified
to be the first center to receive the funding. Other cities such as Hyderabad,
Pune, Chennai, Ahmedabad and Lucknow will also be the focus of the development.
Download more news on India at the Kerala.com website at http://kerala.com/.
Based on a related news story, Vision Group Chairperson, Kiran Mazumdar Shaw,
stated that the booming biotech industry has the potential to attract investments
worth $250 million - and this is in Karnataka alone. Shaw, however, stated
that despite this positive figure, the biotech industry in India still has
a long way to go in terms of funding, government support and regulatory issues.
As of 2003, total revenues from the biotech sector of India was at $750 million
- out of which Karnataka's revenues stood at $300 million. Shaw added that
Bangalore is currently being eyed for development by at least 17 biotech companies.
Read the news release at http://www.ciol.com/content/
news/2004/104071204.asp.
ESA REPORT ON BIOTECH RESEARCH CAPACITY
The Agricultural and Development Economics Division (ESA) of the Economic
and Social Department of United Nations Food and Agriculture Organization (FAO)
recently published a working paper on National Agricultural Biotechnology Research
Capacity in Developing Countries. The report is based on a survey conducted
to determine the current levels of biotechnology research capacity in China,
Colombia, Indonesia, Kenya, Mexico, and Zimbabwe.
Results of the study showed that most of the research institutions in these
countries are in the initial stages of developing biotechnology research capacity.
The proportion of biotechnology expenditures to the total agricultural research
expenditures is very small, and most of these supports are coming from the
public sector.
The report discusses
the importance of secured and sustained public research capacity- including
physical, human and financial, in the
successful development
of biotechnology innovations. For instance, countries like China, India, Indonesia,
Malaysia, Philippines, Argentina, Brazil and Bulgaria have made significant
investments in biotechnology research and regulation. Experience with genetically
modified organism (GMO) testing for a wide array of locally important traits,
and commercialization in these countries is growing, and government support
programs and policies actively encourage biotechnology R&D.
The full copy
of this paper can be accessed online at http://www.fao.org/es/esa
GM PLANTS TO BE USED TO CREATE VACCINES
According to BBC
News, genetically modified (GM) plants will soon be used to grow vaccines
against rabies and AIDS. Termed as “pharming,” this
technology allows medicines (injectibles and oral vaccines) to be grown in
plants. Professor Julian Ma of the St George's Hospital Medical School in London,
and the scientific coordinator of the project, stated that the technique to
create such plants will take two years to be developed before the first crop
can be grown, as scheduled, in 2006. While clinical trials of the first vaccine
derived from GM plants are planned to take place in 2009.
Says Professor
Ma, "Plants are inexpensive to grow and if we were to
engineer them to contain a gene for a pharmaceutical product they could produce
large quantities of drugs or vaccine at low cost.” At present, the European
Union (EU) has awarded £8.6m to a pan-European consortium of scientists
who are keen on developing the said technology.
The news release from BBC is available at http://news.bbc.co.uk/1/hi/sci/tech/3887517.stm.
ETHIOPIA DRAFTS AGRI-BIOTECH DOCUMENTS
According to the Ethiopian Ministry of Agriculture and Rural Development (MoARD),
a document on agricultural biotechnology has been recently drafted. State Minister
Belay Ejigu said the Ministry prepared the document for biotechnology to help
bridge the gap in competition by promoting the challenges in agricultural production.
The Minister also stated that the government is committed to support and promote
biotechnology capacity building endeavors to enable Ethiopia to break out of
the vicious circle of poverty.
The State Minister added that the participants of the workshop are expected
to identify and appreciate the potentials and limitations of agricultural biotechnology
development of the country in order to assess and enrich the draft document.
Experts in the sector are required to formulate priority interventions and
potential research and development projects based on the existing realities
of the country.
Belay added that the adoption of this technology obviously lies with the national
research and extension system. The workshop discussed, among others, biotechnology
policies and strategy of Ethiopia, biosafety regime for the development of
biotechnologies, the role of higher learning institutions for capacity building
in agricultural biotechnology, and how to share experiences on agricultural
biotech research and development. / Kenya Biotechnology Information Center
INDIA AND U.S. SIGN BIOTECH LETTER OF INTENT
India's Department of Biotechnology (DPT) and the United States for International
Development have signed a letter of intent to initiate enhanced cooperation
in agricultural biotechnology research and development. The partnership will
pursue agri-biotech research projects including technology development, technology
diffusion, biosafety and related policy activities. In addition, joint workshops,
conferences, scientific exchanges and training of scientists will also be done.
The program will
increase "the range of safe and environmentally sound
technological options to producers and consumers of agricultural products." Visit
the Department of Biotechnology's website at http://www.dbtindia.nic.in.
GM CROP ACREAGE IN THE US TO INCREASE IN 2004
The acreage planted to genetically modified (GM) crops in the US is envisioned
to increase in 2004. This is according to the National Agricultural Statistics
Service, of the United States Department of Agriculture (USDA) in Washington,
DC in the US. Herbicide resistant soybean is expected to increase to 85 % in
2004. While, the total percentage of GM cotton is also predicted to rise to
76%. GM corn will also rise further to 45%. On the other hand, wheat acreage
is expected to drop by 3 percent from its 2003 figure.
Corn planted area for all purposes is estimated at 81 million acres, and growers
are expected to harvest 73.4 million acres for grain. The 2004 soybean planted
area is estimated at 74.8 million acres, up by 2 percent from its 2003 figure,
and is foreseen to be the largest planted area on record if this materializes.
Area for harvest also increased by 2 percent - 73.7 million acres. All cotton
plantings are also expected to total 13.9 million acres, 3 percent above the
2003 figure.
On the other hand, all wheat planted area is estimated at 59.9 million acres,
down by 3 percent from 2003, and harvested area is expected to total 50.7 million
acres (4 percent decrease).
The report is available at http://usda.mannlib.cornell.edu/
reports/nassr/field/pcp-bba/acrg0604.txt
|
DOCUMENT
REMINDER
PK 8, MYTHS & FACTS BOOKLET, NOW IN FRENCH
Pocket
K No. 8 which discusses the Cartagena Protocol, and the Myths & Facts
which focuses on the July 30, 2001 recommendations of the New Zealand Royal
Commission on Genetic Modification (RCGM) are the newly released
publications in French
of the International Service for the Acquisition of Agri-Biotech Applications-Global
Knowledge Center on Crop Biotechnology. Download these new publications at
http://www.isaaa.org/kc.
NEW CB BRIEF
Augusto
de Leon, Abraham Manalo, and Fe Cielo Guilatco's study
entitled “The
Cost Implications of GM Food Labeling in the Philippines,” is the latest
CB (Crop Biotech) Brief from the Global Knowledge Center on Crop Biotechnology
of the International Service for the Acquisition of Agri-biotech Applications
(ISAAA-KC). Downloadable at http://www.isaaa.org/kc, De Leon and colleagues
analyzes the different issues and concerns accorded GM labeling in the Philippines.
GMO SYMPOSIUM
The
8th International Symposium on the Biosafety of Genetically
Modified Organisms (GMOs) will take place on September 26 to
30, 2004, in Montpellier, France. More details can be accessed
at http://www.inra.fr/
gmobiosafety/ or at http://www.inra.fr/
gmobiosafety/posterand
speakers.php.
The secretariat can also be emailed at isbgmo@versailles.inra.fr.
Fax (+33 1 30 83 37 28) or phone (+33 1 30 83 37 30) inquiries
are also welcome. |