Search results for 'Cloning OR DNA OR RNA OR genetics OR breeding OR GMO OR transgenic OR biotechnology OR transcription OR genetically OR biosafety OR recombinant'
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Cloning livestock.
An efficient animal cloning technology, using the procedure of nuclear transfer (NT), would provide many new opportunities for livestock agriculture,...
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Assessing biosafety of GM plants containing lectins.
The introduction of genetic engineering has already shown its benefits in transferring genes into crop plants and conferring resistance towards pests...
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A brief history of mammalian coat colour genetics.
The study of coat colour genes of mammals can be traced back to the rediscovery of Mendel's laws in 1900. A phenotypic homology of coat colour loci ba...
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Transcriptional profiling in plants using Serial Analysis of Gene Expression (SAGE).
Transcriptional profiling in plants using SAGE has so far been limited mostly to a handful of important model systems: Arabidopsis, rice, maize, toba...
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Goose breeding and production in Canada.
In the 1950s, goose breeders were severely restricted in their ability to benefit from the application of quantitative genetic methodologies and expe...
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Biotechnology of Curcuma.
Curcuma is gaining importance globally as a potential source of drugs to combat a variety of ailments. Biotechnological intervention in the genus is ...
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Transgenic rice seed as a nutriceutical delivery system.
Rice is consumed as a staple food by more than half the world's population. If rice were nutritionally fortified or biofunctionally enhanced by genetic mod...
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The application of RNA interference libraries to functional genomics studies in mammals.
RNA interference (RNAi) technology is a gene-silencing tool with high specificity and efficiency for gene function studies. The use of RNAi libraries...
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Using genetics to improve stress resistance through altering root architecture.
Root architecture is a key feature of roots that contributes to improving plant performance under stress. Identifying relevant root traits and definin...
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In vitro selection for disease resistance in plants - an alternative to genetic engineering.
Plant cell culture provides a unique opportunity to manipulate morphogenesis in a controlled environment, thus providing crop improvement with a power...
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