The phrase "a compartment can be" is correct and usable in written English.
It can be used when describing the potential characteristics or functions of a compartment in various contexts, such as storage, transportation, or organization.
Example: "In this design, a compartment can be used to store essential tools and equipment securely."
Alternatives: "a section may serve as" or "a unit could function as".
Once defined, compartments and voxels within a compartment can be referenced by rules.
Also, because they employ a digital gold signal that can be unambiguously identified, all the signal over a compartment can be collected even if it is low and widely dispersed.
On ultrathin TEM sections, the LD of a compartment can be expressed as the numbers of gold particles in a profile area (organelles) or along a trace length (membranes).
This means that the gpj's yielded by any stimulus, except the largest, are nearly equal across compartments, so that, with a good approximation, the conductance of any compartment can be denoted gp (without subscript j).
A cellular compartment can be a region of the cell, an organelle or cellular structure, dedicated to particular processes and/or hosting certain sub-sets of components e.g. genes are found only in the nuclear compartment.
A PK compartment can be defined by initializing it and then defining a differential equation with inputs (positive terms) and losses (negatives).
This study established that the amount of protein present in a particular compartment can be regulated by the use of localization signals of various strengths.
It is assumed that anterrograde transport is non-selective, thus in the CSTR model all glycoproteins in a particular compartment can be transported.
In addition to the depot, a lymph compartment can be added to the model.
For example, an endogenous compartment can be added in which either the receptor and the complex can flow into, or the drug and complex can.
Similarly, the lack of an eyespot with a PFE in a given wing compartment can be understood as the cessation of organising activity after the release of the PFE signal.
