Dossier: BASF's starch-potatoe EH92-527-1
- "Amflora"
Last updated July 2007
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legal documents
background information
At this point approval is sought under Directive 2001/18 (deliberate release of GMOs into the environment) for cultivation only. An additional application has been filed by BASF under Regulation 1829/2003 (genetically modified food and feed) for approval as food and feed. Such an approval would ease the need to prevent any of the GM potatoes accidentially entering the food chain and also allow to use the waste from GM starch production in animal feed.
The advantage of the potatoe, derived from the variety "Prevalent", would be to ease the extraction of starch from the potatoes, as ordinary potatoes produce two types of starch, of which only amylopectin (70-80%) is used for food and non-food purposes while amylose (20-30%) must be separated by means of chemical, physical und enzymatic processes, including the use of substantial quantities of processing water. By supressing the genes for the production of amylose the EH92-527-1 potatoe produces over 98% of amylopectin. Amylose is used to produce paste, adhesives, lubricants, films, building materials, synthetics and other industrial products. Roughly one quarter of all potatoes grown in Europe is already used for non-food industrial purposes, another half for animal feed and only one quarter for human consumption, which is constantly declining since the 1980ies.
The BASF potato supresses by means of antisense inhibition of
a single gene, coding for a granule-bound starch synthase (gbss). The only known
additional protein produced by the GM potato is from the neomycin phosphotransferase
gene (nptII), coding for a protein giving the plant resistance to the antibiotic
kanamycin. According to Directive 2001/18 antibiotic resistance markers should
be phased out from commercially released GMOs by 2004. However, the European
Food Safety Authorities GMO panel deemed that kanamycin-resistance could be
neglected with respect to human health threats, as it was already widely spread
in the environment and in humans. However, the World Health Organisation, WHO,
classifies nptII as a "critically important" antibiotic. When asked
by the EU Commission in 2006 the European Medicines Agency EMEA also contradicted
EFSAs assessment and confirmed the critical importance of nptII in human medicine.
The construct has been first submitted for approval to the Swedish authorities
by the company Amylogene in 1996. Newer varieties of starch-potatoes without
an antibiotic resistance gene are tested as well.
At this moment no GMO potatoes are grown world-wide. GM varieties developed by Monsanto to kill the Colorado beetle had been grown but were withdrawn from the market in the USA. BASF and others are presently testing potato varieties with resistance to phytophtera.
Cordis
report on Council decision
Friends of the Earth Europe
Press release on Council of Ministers vote 16th July 2007
Greenpeace EU Unit
Background note on potato vote
Documents under Directive 2001/18 (approval for cultivation)
European Commission 9 November 2006, submitted to the Standing Committee on
GMOs
Draft
Commission Decision concerning the placing on the market, in accordance with
Directive 2001/18/EC of the European Parliament and of the Council, of a potato
product (Solanum tuberosum L. line EH92-527-1) genetically modified for enhanced
content of the amylopectin component of starch
C/SE/96/3501 Sweden Amylogene HB Potato variety EH92-527-1 with modified
starch content
February 2003
Full text of the original application
February 2003 Summary
notification file Public
comments file
May 2004 Assessment
report file Public
comments to the risk assessment file
June 2005 BASF
amended report on sequence and molecular structure
June 2005 BASF
report on possible open reading frames
June 2005
BASF response to EFSA
July 2004 Response
of United Kingdom Competent Authority
June 2000
Test of different types of potato pulp in a feeding experiment with heifers
European Medicines Agency,
EMEA (February 2007)
Presence of the antibiotic resistance marker gene nptII in GM plants for food
and feed uses
Upon request of the Commission EMEA suggests that the antibiotic marker contained
in the starch-potatoe does have significant therapeutic relevance and questions
the assumptions of EFSA.
Documents under Regulation 1829/2003 (approval for use as food and feed)
EFSA, 9 November 2006
Summary
of the dossier for approval as food and feed
European Commission, 14 November 2006
Comments
in consultation on the approval for food and feed
EFSA, GMO Panel, Adopted on 7 December 2005
Opinion
of the GMO Panel on an application (Reference EFSA-GMO-UK-2005-14) for the placing
on the market of genetically modified potato EH92-527-1 with altered starch
composition, for production of starch and food/feed uses, under Regulation (EC)
No 1829/2003 from BASF Plant Science [1]
EFSA, GMO Panel, 2004
Opinion
of the Scientific Panel on Genetically Modified Organisms on the use of antibiotic
resistance genes as marker genes in genetically modified plants, EFSA Journal
48, 1-18.
Joint
Research Centre, 14 September 2006
Event-specific method to detect and quantify the EH92-527-1 potato transformation
using real time PCR
Institute for
Reference Materials and Measurements, 2006,
Certification
of EH92-527-1 Fraction and Identity of Non-Modified and Genetically Modified
Potato Powder Certified Reference Materials ERM®-BF421a and ERM®-BF421b
Royal Society of Chemistry, UK, Nov 2006 BASF touts GM spuds for starch
ISB (Information Systems for Biotechnology), Nov 2006 Searching for Unintended Compositional Changes in GE Potatoes
Food-Navigator, Feb 2006, GM potato no threat to health, says EFSA
Consiglio delli diritti genetici, Struttura del costrutto (in Italian, shows the GM inserts and lists their use in other GMOs)
GeneWatch, UK, 2004 Comments by GeneWatch UK
Mariette Andersson, Lund University, Doctoral Dissertation, 2004 Development of Transgenic Potatoes to Attain Novel Starch Qualities
GMO-Compass, GM potatoes
Royal Society of Chemistry, UK, Sep 2005 Stressed GM potatoes contain increased levels of toxic metabolites