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genetic engineering

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Efficacy of Bollgard III cotton against Helicoverpa

Downes, Sharon (CSIRO Ecosystem Sciences, 2014-06-30)

The resilience of a stacked Bt technology is determined by the efficacy of each individual toxin in controlling insects.

The characterisation of Vip3A resistance in Helicoverpa spp.

Walsh, Tom (CSIRO Ecosystem Sciences, 2014-06-30)

The three-gene product Bollgard 3 is expected to be available commercially in 2015.

Post-Doc: Sharon Orford - Genetic manipulation of fibre quality in Australian cotton

Orford, Sharon (University Of Adelaide, 2004-06-30)

Genetic engineering to confer useful agronomic and fibre traits will lower the cost and time

required for producing improved cotton varieties and will promote environmentally-friendly

Post Doc-Belinda Townsend: Potential for the genetic manipulation of gossypol - A defence chemical with negative impacts on cottonseed products

Townsend, Belinda (The Australian National University, 2002-06-30)

Gossypolis a naturally occurring sesquiterpene chemical and a product of secondary metabolism unique to cotton species.

Cotton Biotechnology: Core Program

Llewellyn, Danny (2001-06-30)

Genetic engineering techniques allow the transfer of novel genetic material from one organism to another and hence has the potential to augment classical plant breeding techniques by extending the gene pool accessible

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