Which of the following is not a correct conclusion about EQUicycler?

The selection of the answer indicates that all the provided statements about EQUicycler are deemed correct conclusions based on the principles and functionality of the device in tissue engineering applications.

EQUicycler, designed to apply equiaxial mechanical strain, demonstrates its effectiveness in transferring such strain to the cell-collagen constructs, which is crucial for mimicking physiological conditions and promoting the desired cellular responses. This mechanical stimulation is known to influence cell behavior positively, aiding in the enhancement of tissue formation.

Moreover, the ability of EQUicycler to maintain and promote cell viability over prolonged culture periods is another key feature. Sustaining cell viability is essential in tissue engineering as it ensures that the constructs remain functional and capable of developing into mature tissues over time.

Additionally, EQUicycler's effectiveness in aligning collagen fibers and inducing compaction is significant for the mechanical properties of engineered tissues. Proper alignment and compaction contribute to the structural integrity and mechanical strength of the tissue, reflecting the physical demands of the biological environment it aims to replicate.

Thus, all these points collectively validate the capacity of EQUicycler in promoting desirable outcomes in tissue engineering, leading to the conclusion that all statements are indeed correct.