The phrase "axis of the tissue" is correct and usable in written English.
It can be used in contexts related to biology, anatomy, or medical discussions where the orientation or structure of tissue is being described.
Example: "The axis of the tissue plays a crucial role in determining its functional properties and interactions with surrounding cells."
Alternatives: "orientation of the tissue" or "alignment of the tissue".
The BMP-12-treated cells were largely spindle-shaped and like the fibrous matrix, were generally well aligned/organized along the longitudinal (tensile) axis of the tissue (Fig. 2B, Fig. 3A).
Interfollicular human epidermis consists of keratinocytes arranged in a spatial gradient of differentiation across the deep-to-superficial axis of the tissue (Fig. 1b).
A keratinocyte's position within the epidermis, along the deep-to-superficial axis of the tissue, directly reflects its relative stage of differentiation.
Conduction velocity was measured using two extracellular microelectrodes (Platinium/Iridium (PI20030.5B10), Micro Probe Inc., Gaithersburg, USA) placed on the longitudinal axis of the tissue strip.
The apico-basal plane of the chromosome plates in APs can tilt with respect to the apical basal axis of the tissue.
CV was measured with two microelectrodes (Platinium/Iridium (PI20030.5B10), Micro Probe Inc., Gaithersburg, USA) placed on the longitudinal axis of the tissue strip.
The delivery and support of cells seeded throughout acellular scaffolds are typically conducted through the vascular axis of the tissues.
From the set of 3D reconstructed SHG fields, we can obtain 3D image distributions of the total SHG scattered intensity (not modulated by the local projection of the incident polarization onto the symmetry axis of the organized tissue), the local SHG tensor symmetry axis orientation, θ, the SHG field phase, and the local value of ρ.
The tip of a scalpel blade number 11 was inserted into the window at an angle of 90° to the fronto-occipital axis of the brain, and the tissue at the distal portion of the olfactory bulb and the adjacent frontal cortex was transected (figure 1A, B).
To study the effect of the angle between the axis of the probe tip and tissue surface, a set of measurements were performed similar to pressure.
The distribution of drug was followed at a single depth (60 μ M) along the z-axis from the periphery of the tissue to enable determination of the comparative degree to which each compound was able to permeate the tissue.
