The phrase "allow us to mimic" is correct and usable in written English.
It can be used when requesting permission to imitate or replicate something, often in a formal or professional context.
Example: "In order to better understand the process, we would like to ask if you could allow us to mimic your approach during the training session."
Alternatives: "permit us to imitate" or "let us replicate".
It may be that the range we currently use as our "gold standard" does not allow us to mimic conditions under which evolution of mutants to become resistant is best represented.
The key ingredient of our protocol model is specifically designed tree transducers which work over infinite signatures and have the ability to generate new constants (which allow us to mimic key generation).
This in turn would allow us to mimic CDR loop length variation and enlarge the binding surface available for antigen recognition [33].
We anticipate that a different Ca2+ delivery technique for our system will allow us to mimic the transient Ca2+ pulses (or trains of such pulses) that are more typical for physiological neurotransmitter release.
Proof of Theorem 1.1 The symmetry assumption on J allows us to mimic this idea and use an energy approach in order to get Theorem 1.1.
This approach allowed us to mimic the FIA sample design to investigate disagreement at the plot locations.
This kind of an electrochemical chain allowed us to mimic and to analyze the electrical responses of an electrochemical actuator based on an interpenetrating polymer networks containing PEDOT that was able to work in air.
Understanding how, in nature, complex things are performed in a simple and effective way allows us to mimic nature's insights and develop powerful adaptive systems that able to evolve, thus dealing with the current challenges imposed on manufacturing systems.
This approach allowed us to mimic the model of Morioka et al. model because in the presence of doxycycline cIAP2 expression was shut down.
Cells with a similar phenotype will migrate to the implant surface in vivo, allowing us to mimic the conditions crucial to osseointegration.
To overcome this limitation, we exploited here a recently developed technique allowing us to mimic as much as possible the human conditions.
