In global enhancement techniques, each pixel of an image is transformed following a single transformation function.
Each transformed line, derived from a single transformation event, has been multiplied in vitro for over two years, and several different harvests have been tested spectrophotometrically and via HPLC, finding only minor variations in carotenoid content (Table 3).
In this case, expression of the two fusion proteins from the same plasmid is advantageous, since a single transformation event is sufficient to ensure that every transformed cell contains both IFP genes.
Therefore, only ~five of 1.5 billion crypt stem cell lineages transform within a 100 years, or a single transformation event per ~30 billion crypt stem cell years (stem cell lineage transformation efficiency ~3 × 10-9).
There is a single transformation technique that worked in all of the previously transformed volvocine species, namely particle bombardment.
This phenotype appeared to varying degrees in three mature (flowering) transformant plants thought to have arisen from a single transformation event, and the variant phenotype was also transmitted to vegetatively propagated runner plants.
Desymmetrization of meso-substrates is also achieved, where two consecutive stereogenic centres are selectively introduced in a single transformation.
The analytical model comprises different combinations of various nucleation and growth mechanisms for a single transformation.
Using this strategy, both targeted alleles of diploid cells were simultaneously replaced in a single transformation procedure.
Any single transformation of a 0 to a 1 or a 1 to a 0 would change the parity of the block and make the error detectable.
Moreover, multiplex genome editing for the deletion of spo0A and pyrF was achieved in a single transformation, with an editing efficiency of up to 100%.
