The phrase "allows the substrate to" is correct and usable in written English.
It can be used in contexts related to biology, chemistry, or engineering, where a process or mechanism enables a substrate to perform a function or undergo a change.
Example: "The enzyme allows the substrate to bind more effectively, enhancing the reaction rate."
Alternatives: "enables the substrate to" or "permits the substrate to".
The method effectively removes defective In2O3SnO2 nanostructures from the surface of the optical PET-film (PET) of e-paper and allows the substrate to be returned to the production line.
Comparison of the apo and inhibitor-bound structures reveals conformational changes in a flexible cap that allows the substrate to access the relatively buried active site, providing new insight into the mechanism for substrate recognition.
The highly reactive Ado intermediate allows the substrate to be readily activated toward reaction through stereoselective H-abstraction.
Analysis of the surface of the Calloselasma rhodostoma LAAO active site showed that the recess has a long Y-shape which allows the substrate to interact with the enzyme in such a way that one portion of the input channel interacts with O2, and the other is where product release occurs [ 50].
This means two protomers tightly arranged as a compact dimer (via monomer monomer interactions), which in turn interacts with another compact dimer (via dimer dimer interactions) through long loops leaving a central hole that allows the substrate to enter into the active-site pocket of each subunit.
Actually, this disapproach has primarily allowed the substrate to increase its height through decreasing of osmotic pressure on it.
"Acer is expected to adopt Corning's reinforced glass substrate and simply print color on its back to allow the substrate to function like a notebook cover for a frameless design.
Hence, the attractive interaction between PMMA brushes and substrate surface had the most dominant effect on the substrate thickness, and even in the presence of homo-PEG chins it did not allow the substrate to increase its thickness.
These lids are displaced during interfacial activation allowing the substrate to be activated by opening up and exposing the catalytic triad.
The basic architecture of an ABC transporter is four core domains with two hydrophilic nucleotide-binding domains (NBDs) that hydrolyze ATP to fuel the transporter and two transmembrane domains (TMDs) that allow the substrate to cross the membrane [3].
The exposed 5' OH group of the tethered dX was readily radiolabeled with 32P by polynucleotide kinase (PNK), allowing the substrate to be followed during the course of ligation reactions.
