Expression levels of osteocalcin and TRAP mRNAs in the injured tissue increased at 14 days.
Pronounced spectral changes were observed in the range 700 900 nm as the percentage of browned tissue increased.
Additionally, cross-linking of the acellular tissue increased its resistance against enzymatic attack, which is necessary for cell migration into scaffolds.
They showed that during a 3-h period of IAP at 20 mmHg, the L/P ratio in the RAM tissue increased significantly, indicating ischemia and energy failure.
The fraction of non-aerated tissue increased from groups 1 to 5, while the normally aerated tissue fraction decreased in a corresponding fashion.
The content of α-farnesene in the skin tissue increased during the first 8 weeks of storage at 0 °C in air, and started declining after 12 weeks.
Mononuclear cell numbers, counted in the granulation tissue, increased in both control and treated limbs over the entire course of the study.
The mechanical properties of the regenerated tissue increased due to the deposition of chondrogenic matrix within the SFCS scaffold structural framework of the trachea.
The biodistribution of 111In-DTPA-11B6 in NMRI mice with LNCaP xenografts revealed that the accumulation in tumour tissue increased threefold from 4 h (5.9 ± 3.6%IA/g) to a maximum at 48 h (19 ± 0.78%IA/g) (Figure 1a).
These factors include the binding of GNPs to tumor tissue, increased interstitial fluid pressure, and hindered diffusion due to cell packing and the ECM [7, 8, 11, 12, 13].
In healthy tissue, increased electrical activity is coupled with release of vasodilatory factors such as nitric oxide and arachidonic acid metabolites that increase local blood flow to meet increased energy expenditure.
