The phrase "a specific escape" is correct and usable in written English.
It can be used when referring to a particular method or instance of escaping from a situation, place, or condition.
Example: "The novel describes a specific escape plan that the characters devised to break free from captivity."
Alternatives: "a particular escape" or "a defined escape".
Thus, we believe that it is more likely that WBP5 is a variable escape gene than a tissue-specific escape gene.
This extraordinary finding demonstrates the potent selective pressure of CART19/blinatumomab that drives extreme and specific escape strategies by leukemic blasts.
The balance between escape and reversion results in association between specific escape mutations and the HLA types of the hosts (Kawashima et al., 2009; Palmer et al., 2013).
For the CTPS2 gene, a designation of tissue-specific escape from XCI had also been made in a previous study of allelic expression (2); however, only one of three alternative TSSs was called subject to the inactivation in this study, and this call was made in only one of the multiple blood-derived tissue sets.
These mouse RNA-seq studies used interspecies crosses to maximise the number of polymorphisms that could be examined, so it was possible to identify strain-specific escape from XCI, which is an example of the inter-chromosomal variability observed in escape from XCI between females (Fig. 1C).
Overall, DNA methylation-based evidence for tissue-specific XCI was found in all females examined, with the highest degree of tissue-specific escape always observed in fetal neural tissue but with a great deal of variability between females.
Smart multifunctional nano-carriers can be engineered with tunable physicochemical properties to increase gene expression and enhance cellular uptake, including organelle-specific escape and nuclear membrane targeting.
How do genes such as Kcnq1 achieve tissue-specific escape from imprinting?
We study how the Kcnq1 gene, initially silenced by Kcnq1ot1, undergoes tissue-specific escape from imprinting during development.
Thus, overall, we see very limited evidence for complete tissue-specific escape from inactivation, rather variable escape that is frequently restricted to only a subset of the tissues examined.
