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The CRISPR-Cas9 system is revolutionizing genomic engineering and equipping scientists with the ability to precisely modify the DNA of essentially any organism.
Our ability to precisely modify both innate and adaptive immune responses could provide new therapeutic directions in a variety of diseases.
The ability to precisely modify the genome of crops without leaving behind trace evidence has long been a dream for genetic engineers.
While complex genome editing in the mouse since the 1990s has been dominated by the use of embryonic stem (ES) cells, CRISPR/Cas9 now offers a versatile and fast approach to precisely modify virtually any DNA regions directly in mouse zygotes.
Targeted genome engineering provides the ability to precisely modify genetic information in order to study gene function, biological mechanisms, and disease pathology.
Both TALEN and CRISPR-Cas genome editing techniques can be utilised to precisely modify the sequence at a particular locus by the addition of template DNA sequences, thus allowing specific genetic variants to be modelled (Bedell et al., 2012; Chang et al., 2013).
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From 2006 to 2012, a few crop plants were successfully and precisely modified using zinc-finger nucleases.
To further improve the resulting geometrical quality, local material shrinkage can be compensated by precisely modifying the cavity contour.
Next, the polymer material is precisely modified over selected steps, e.g. upon irradiation to high energy electrons using defined doses (step 3: local modification), if not already done by grayscale lithography.
Our aim here was to demonstrate the feasibility of editing a plant genome by precisely modifying a defined target DNA motif.
The aim of this study was to demonstrate the feasibility of editing the barley genome by precisely modifying a defined target DNA sequence resulting in a predicted alteration of gene function.
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