The phrase "a tissue model" is correct and usable in written English.
It can be used in contexts related to biology, medicine, or materials science, where a model simulating the properties or behavior of biological tissue is discussed.
Example: "Researchers developed a tissue model to study the effects of drug delivery on cancer cells."
Alternatives: "a biological model" or "a cellular model".
A tissue model is bioprinted using a 3D printer at Pennsylvania State University in University Park.
Bovine ovarian tissue was used as a tissue model.
We previously described a tissue model of GBM developing into a stem cell-derived human Engineered Neural Tissue (ENT) that allows the study of tumor/host tissue interaction.
Shorter exposures (10 s) were required to trigger delivery from capsules embedded in hydrogels placed in a tissue model and did not result in tissue heating or death of encapsulated cells.
The novel strategy of this approach in nano-pathophysiology is to utilize the vascularized tissue engineered construct as a tissue model to predict the distribution and subsequent therapeutic efficacy of a drug delivery system with different physicochemical and biological properties.
In order to identify the genes that mediate epithelial development we used a tissue model of the skin derived from primary human keratinocytes.
Until a realistic ocular ultrasound model is produced, a live tissue model remains the best alternative.
Enhanced precision in micro-forceps peeling assisted by tremor compensation was also demonstrated in a biological tissue model, thereby further validating its potential as a practical microsurgical device.
Here a corneal tissue model was constructed to include the stroma, epithelium, and innervation.
The model's accuracy is limited to the period during needle motion, indicating that a viscoelastic tissue model may be required to capture tissue relaxation after the needle stops.
We fabricated a composite scaffold and tested its potential for the engineering of hollow organs in a bladder tissue model.
