The phrase "a volume transfer" is correct and usable in written English.
It can be used in contexts related to data transfer, shipping, or any situation where a quantity or volume of something is being moved from one place to another.
Example: "The system is designed to handle a volume transfer of data between the two servers efficiently."
Alternatives: "a data transfer" or "a quantity transfer".
Using a volume transfer scheme, twinning was simulated where the twin variants were predefined as grains.
These include: (1) a volume transfer constant Ktrans (per minute), (2) the volume of the EES per unit volume of tissue νe, and (3) the flux rate constant between EES and plasma kep (per minute).
In particular, decreases in Ktrans, a volume transfer constant for contrast agent in blood/plasma and the extravascular extracellular space, was shown to be predictive of time to progression in liver cancer upon VEGF blockade [ 39].
In order to confirm the idea of a Irinophore C™-induced vascular normalization, non-invasive magnetic resonance imaging was used to assess Ktrans, a volume transfer constant of a solute between the blood vessels and extra-cellular tissue compartment, in orthotopic tumors grown in untreated and Irinophore C™treated mice.
These include a) the volume transfer constant (Ktrans [min-1]); b) the volume (Ve) of extravascular extracellular space (EES) per volume unit of tissue; and c) the flux rate constant between EES and plasma (Kep [min-1]).
The clear hexane fraction on top was poured into another test tube, evaporated to a small volume, transferred to autosampler vial, and a recovery standard (13C CB-128) was added.
They also demonstrated a relationship between the circulating angiogenic biomarkers and DCE-MRI imaging biomarkers: a negative relationship with fractional blood plasma volume (Vp) and a positive relationship with volume transfer coefficient of contrast agent across the capillary wall (Ktrans).
Tracer uptake curves derived from signal enhancement in selected regions of interest were fitted using a two-compartment kinetic model for determination of volume transfer constants (Ktrans).
Where Ve is an estimate of the extracellular volume, Ktrans, the volume transfer constant (1/min), and kep, the rate constant (1/min), between extracellular extravascular and plasma space.
Quantitative perfusion values for cerebral blood volume (CBV) and volume transfer coefficient (Ktrans) were obtained from a modified Patlak algorithm.
The spatial distribution of the values of the rate constant kep and volume transfer constant Ktrans were represented in a map.
