The phrase "accelerated target" is correct and usable in written English.
It can be used in contexts where you are discussing goals or objectives that are set to be achieved more quickly than usual.
Example: "The team has set an accelerated target for project completion to meet the upcoming deadline."
Alternatives: "expedited goal" or "fast-tracked objective".
Increased Pexcess was recently shown to independently predict adverse cardiovascular events in patients with cardiovascular disease [ 13], possibly due to accelerated target organ damage, but this has never been examined.
Furthermore, antidotes may also be developed as catalytic antibodies (i.e., abzymes) produced against transition-state analogs for degradative (e.g., hydrolytic) reactions of specific molecular targets, such that the relevant transition states are stabilized upon binding by the catalytic antibodies, thereby thermodynamically favoring accelerated target degradation [ 2].
Protein-DNA non-specific binding shows sequence independent interaction for accelerated targeting by interacting with DNA backbone.
The hypothesis that rare variants influencing a complex trait should co-localize with associated common alleles has accelerated targeted re-sequencing of the GWAS loci [ 90].
Target says that Shipt "significantly accelerates Target's digital fulfillment efforts".
Nonetheless, their computation is still expensive, and the proposed hybrid Kalman filter (HKF) in[14] is mainly applied to track an accelerating target.
One strategy to accelerate target gene validation in mouse models is to apply the CRISPR/Cas system in zygotes for the one-step generation of animals carrying mutations in multiple genes (Wang et al, 2013).
Since the discovery of amazingly rapid association of Escherichia coli lac repressor with operator DNA in 1970, many studies have focused on the mechanisms that accelerate target DNA search by proteins.
While open access chemistry was met with a lot of skepticism 5 years ago, the success of freely available probes in accelerating target validation and discovery of new biology has spurred many open access programs in the pharmaceutical industry.
Herein, we report the efficacy of using the PSOAT system for small interfering RNA (siRNA) delivery and its specific mechanism for cellular uptake to accelerate targeted gene silencing.
NIF provides a unique platform to study the rich physics of nonlinear and turbulent mixing flows in High Energy Density plasmas because it can accelerate targets over much larger distances and longer time periods than previously achieved on the NOVA and OMEGA lasers.
