The phrase "a tissue can be" is correct and usable in written English.
It can be used when discussing the properties, functions, or characteristics of a tissue in various contexts, such as biology or medicine.
Example: "A tissue can be classified as either connective or epithelial based on its structure and function."
Alternatives: "a tissue may be" or "a tissue could be".
A tissue can be maintained by various strategies.
Biochemical process steps of a tracer in a tissue can be described by an appropriate tracer kinetic model.
The water fluxes into and out of a tissue can be determined using radiotracers or heavy water.
As a first approximation, a tissue can be represented as a collection of capillaries (and small arterioles and venules), surrounded by parenchymal cells.
Magnetic resonance imaging detection of immune cell infiltration of a tissue can be accomplished by labelling the immune cells with MR-detectable paramagnetic agents.
Overall, protein expression in a tissue can be considered to have two aspects, extent of staining (the number of cells that exhibit staining) and intensity of staining (the amount of staining in positive cells).
However, the expression abundance of different members of a cluster in a given tissue can be drastically different.
However, there are numerous other examples where this mechanism for targeting a chemical to a particular tissue can be exploited, particularly in drug delivery e.g. of chemotherapeutic agents to solid tumours.
The generation of aberrant splicing events or changes in ratio of isoforms in a specific tissue can be associated with a disorder, its clinical severity and even the penetrance of a particular variant.
In conclusion, glioblastoma development within a nervous tissue can be engineered in vitro, providing a relevant model to study the disease and allows the identification of clinically-relevant genes induced by the tumor/host tissue interaction.
Moreover, actual structure of a biological tissue can be imported into the model as an object (image) provided by OCT, Photo-Acoustic Tomography (PAT), ultrasound, MRI, etc.
