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...technology can be applied both to primary shaping methods like injection moulding and secondary methods like assembly. Click the 'View document' link below to read pre-viewing comments. View document Click the 'View document' link below to read the post-viewing comments. View document [Figure 10] Figure 10 Cross-section of a hover mower Self assessment question 1 Figure...

...technology, the DNA encoding the domain of interest is inserted into a plasmid vector just downstream of, and in the same translation reading frame (ORF) as the gene for GST. Under optimized conditions, certain strains of bacteria are induced to take up the plasmid and grown in selection media. Expression of the fusion protein is then chemically induced in transformed...

...technology over hundreds of years has been the desire to make sharper, more detailed images. In other words, to improve the spatial resolution with which we can measure the sky, allowing us to obtain these detailed views of individual objects. But in parallel with these precision views, astronomers have developed the ability to map structure in the sky on scales much...

...technological development in the late 20th century has enabled scientists to derive bathymetry using data from satellites orbiting the Earth at unprecedented resolution. But because of the way the satellites orbit the Earth the resolution of the data decreases towards the North and South Poles. What will happen to the amount of detail that can be seen if the resolution of...

...technology of centrifugation allowed samples to be spun at very high speeds indeed, a refinement known as ultracentrifugation. For example, a centrifugation speed of 30 000 revolutions per minute (rpm) can produce a centrifugal force of 100 000 times Earth's gravitational force (100 000 × g). Ultracentrifugation using the appropriate types of sample preparation and...