"high transferability" is a correct and usable in written English.
This phrase is used to describe the degree to which skills, knowledge, or other assets can be transferred or adapted in different contexts. For example, "Mary was rated highly for her high transferability due to her ability to quickly learn and apply new skills in a range of different environments."
In addition to high transferability, EST-SSRs were good candidates for the development of conserved orthologous markers for genetic analysis and breeding of different species [ 22].
This indicated a high transferability of EST-SSR markers between far-ranging species.
This tribological contact was analyzed in a one tappet/one cam friction test-rig using series-production tappets, cams and valve springs ensuring high transferability of the results into the real application.
We find that many effects and adaptation strategies are similar to those found in Stockholm, indicating a high transferability between smaller and larger cities with substantial differences in public transport use.
In the present study, a set of 320 Dendrobium SSR markers were applied to test their transferability and polymorphism in this large plant family, and 109 of them showed high transferability (an average of 24.71%) and polymorphism (an average of 85.91%) across 44 species of 15 Orchidaceae genera.
Our results showed that those EST-SSR markers displayed considerable polymorphism and high transferability in both cultivated and wild species of Vaccinium, and will contribute to the studies of genetic diversity, linkage mapping, QTL and molecular assisted breeding of Vaccinium crops.
Highly valued practices and actions are usually linked with high transferability.
Therefore, it is necessary to obtain molecular markers with high transferability within the genus Thujopsis that also exhibit a low frequency of null alleles.
Although no similar high-throughput genotyping system has been developed for simple sequence repeats (SSR), these markers have several advantages over SNPs, including multi-allelic detection, high-transferability across species and flexibility with various laboratory systems.
Our results are highly congruent with the premise of high-transferability in EST-SSRs as all of the tested primers that successfully amplified in one species did the same in its counterpart and most of the loci displayed two or more alleles for the genera.
High transferability to A. campestre agrees with its morphological similarity to A. miyabei.
