Sentence examples for model for biotechnology from inspiring English sources

While this may not be the ideal model for biotechnology, it does, along with AIBA's recommendations, provide the impetus and rationale for an autonomous regulatory body within a market economy.

Dr Madhava Menon's suggestion at the Genomics Policy course of the Telecommunications Regulatory Authority of India (TRAI) serving as a potential model for biotechnology regulatory reform was met with some enthusiasm.

The tiny eustigmatophyte Nannochloropsis sp. recently emerged as a promising model organism for biotechnology as it possesses a considerably high cellular oil content interesting for biodiesel production.

The moss is also a promising model for green biotechnology [ 5- 9], which allows the production of safe recombinant proteins with eukaryotic post-translational modifications in competitive quantities.

In fact, India's success in information technology – its computer software and services industry grew from about $500 million to more than $6 billion in exports over the last decade – may provide a model for its biotechnology aspirations [ 2].

A major paradigm shift has been identified in the business models of Biotechnology for Engineering — 'Capability to Connectivity' model.

Chlorella species, one of the best-known unicellular green algae, was studied in early research on photosynthesis [ 11] and is now used as a model and source for biotechnology and commercial applications such as use as a food additive, feed, and bioenergy source.

The political debate on genetic engineering in New Zealand during 2001 02 provided a focus for the development of a model for communication about biotechnology.

Modeling this aspecificity is important for biotechnology and poses significant bioinformatics challenges; for example, predicting aspecificity based on mining the available enzyme characterization data (Nobeli et al., 2009).

Golden rice could serve as a model for arrangements to share proprietary biotechnology where it is needed most, predicted Dr. Tonniessen, who oversees grants to improve food supplies and nutrition worldwide.

More than a decade ago, the first genome-scale metabolic models for two of the most relevant microbes for biotechnology applications, Escherichia coli and Saccaromyces cerevisiae, were published.