The phrase "allows the response of" is correct and usable in written English.
It can be used when discussing mechanisms or systems that enable or facilitate a particular reaction or reply.
Example: "The new software update allows the response of user queries in real-time, improving overall efficiency."
Alternatives: "enables the reply of" or "facilitates the response of".
Forming the model in this way allows the response of actuators of various sizes and pre-strains to be simulated with a range of electrode designs and mechanically stiffened sections.
The multi-level approach combines species responses, so each species is supported by the others, but still allows the response of species to differ.
The availability of comprehensive loan-level and of aggregate data allows the response of lending growth to balance sheet shocks to be estimated using data on business loans granted both at the bank-loan and at the bank-industry level.
It is done by background subtraction rejecting especially the stationary and correlated clutter such as antenna coupling, impedance mismatch response, and ambient static clutter, and allows the response of moving targets to be detected.
Unlike conventional modelling of intracellular signalling pathways, agent modelling allows the response of signalling to be interpreted at the cellular level.
In contrast, presurgical treatment allows the response of primary disease (unaffected by previous therapy) to be characterised by multiple means and to be correlated with the molecular characteristics.
Monkeys learn to do this within a single-training session, which allows the responses of the same group of neurons found in a part of the brain called the mid-level visual cortex to be recorded throughout the learning process.
Comparison of the transcriptome of nonsmokers to that of healthy smokers allowed the response of SAE to cigarette smoke to be quantified and novel smoking-responsive genes to be identified.
More accurate values for the dielectric permittivity of different wetland sediments have been calculated, allowing the response of GPR in wetland contexts to be predicted.
Finally, a simplified approach has been developed and contrasted experimentally to allow the response of a large beam subjected to flame heating to be simulated by means of conventional computational resources.
The developing complementary technologies of DNA microarrays and proteomics are allowing the response of bacterial pathogens to different environments to be probed at the whole genome level.
