The phrase "availability of transformation" is correct and usable in written English.
It can be used in contexts discussing the potential or capacity for change or conversion in various fields, such as technology, business, or personal development.
Example: "The availability of transformation in our processes has led to increased efficiency and innovation within the company."
Alternatives: "possibility of change" or "capacity for transformation".
The development of new transgenic systems for emerging model systems depends, to a large extent, on the availability of transformation vectors of wide applicability across taxa.
Tomato is a fleshy and climacteric crop that has several advantages as a fruit development model: economic importance as a crop, small genome, short generation time, availability of transformation protocols and genetic and genomic resources [ 2, 3].
For this purpose we assume the availability of two transformation functions named T gr (transformation from road coordinates to global coordinates) and T rg (transformation from global coordinates to road coordinates).
The availability of a transformation system, constitutive and inducible promoters, selectable markers, and reporter genes now makes extensive engineering of E. elegans possible.
The availability of a transformation system that is based on a dominant selectable marker now makes extensive genetic engineering of Gonium possible.
The availability of reliable transformation technology should encourage the application of current functional genomics technologies to triticale, and accelerate the biotechnological-based approach to its improvement.
In-depth functional analysis of molecularly identified genes is enabled by the availability of germline transformation [ 2, 3] and systemic RNA interference that is splice-variant-specific [ 4] and feasible at all life stages [ 5- 7].
Accurate evaluation of promoters for expression of foreign genes in transformant rickettsiae awaits availability of a rickettsial transformation vector that allows direct comparison of gene expression constructs differing only in promoters and free of possible chromosome integration effects.
The availability of a genetic transformation system for the midgut symbiont allows for gene products to be expressed in vivo in the tsetse gut where they can produce a hostile environment for pathogen transmission.
This possibility depends, however, on the availability of a robust transformation system.
We consequently tested the effect of different salt concentrations and auxin to cytokinin ratios on the intensity of callus growth (on which the availability of tissues suitable for transformation depends) and on transformation efficiency.
