The phrase "allow us to effectively" is correct and usable in written English.
It can be used when requesting permission or the opportunity to do something in a manner that is efficient or impactful.
Example: "Allow us to effectively address your concerns during the meeting."
Alternatives: "enable us to efficiently" or "permit us to successfully".
As such, the asset ownership models allow us to effectively assess the effect of the recession on, say, asset ownership losses.
Fluxomers and the FIA algorithm, as opposed to prior approaches, allow us to effectively reduce the number of system variables using a simple linear transformation on x.
The circuit above is capable of safely handling rapid on/off transitions at the position of the motor in case we want to drive the pump with a PWM signal, which would allow us to effectively power the motor at a fraction of its full "on" voltage determined by the duty cycle of the PWM signal.
To allow us to effectively manage both of these priorities in a continuous manner, we selected to transfer the patient to the hybrid operating theater in our facility which has the capacity for both laparotomy and TEVAR.
The VETS Act will allow us to effectively navigate both of these challenges.
Data collection and innovation in fishing methods will be key to healthy fisheries, and allow us to effectively control populations.
Systematic variation of nanoporous ITO layer thickness allows us to effectively exclude the surface-originated electrocatalytic effects of the nanoporous electrodes such as defects.
The use of a combined model approach allows us to effectively combine tools of analysis on one hand with a handle on process complexity on the other (this is especially true of the TASEP/PBN/ODE models).
Despite this large number of hits, our screen design allowed us to effectively rank drug anti-inflammatory activity, as measured by their effect on neutrophil recruitment.
Furthermore, because our model allows us to effectively 'humanise' KCNJ10 in ZF, such humanised ZF could be used to identify drugs that specifically modulate the function of human mutant KCNJ10, providing a unique opportunity to screen pharmacological agents for activity on human mutant KCNJ10 and to subsequently personalise treatments.
We use a bottom-up pattern growth approach to search for patterns, which allows us to effectively reduce the search space as pattern sizes grow.
