Sentence examples for tissue life span from inspiring English sources

Macrophages are stable to changes of temperature [19] and acidity [20] and have a long tissue life span under normal circumstances [21].

Reduced tissue life span of differentiated cells results in uncontrolled proliferation.

Since its discovery, electrotransfer of DNA into muscle has become a very popular method of gene delivery due to easy access of the muscle tissue, long life span of the muscle cell, abundant blood supply and its suitability for the production of proteins as systemic therapeutic agents [ 4].

Interestingly, in mice, over-expression of PEPCK specifically in muscle tissue increases movement, life span and muscle mitochondrial proliferation [ 20].

A decrease in the number of these cells will affect pools of TCSCs and have an impact on tissue rejuvenation and life span.

We postulate that a decrease in the number of these cells due to prolonged IIS negatively affects the pools of TCSCs in various organs and has an impact on tissue rejuvenation and life span [ 82, 83].

Many congenital, traumatic, and degenerative diseases may affect the function of skeletal tissues during the life span, leading to the necessity of very specific replacements and treatments.

Secretions of these tissues affect the life span of the corpora lutea (CL), thereby leading to continuous progesterone release.

Consistent with the importance of mitochondrial maintenance in aging, certain interventions that increase mitochondrial proliferation, such as over-expression of PGC1alpha in gut tissue, have recently been reported to increase life span and tissue function in aging Drosophila [ 49, 50], and PGC1alpha activity is also implicated in maintaining tissue function during aging in mammals [ 51].

Residual stresses are present in a large variety of biological tissues and result from tissue growth and remodelling occurring over the life span of the tissue (Bovendeerd et al. 1994).

Bone marrow derived human mesenchymal stem cells (hMSC) are the primary cell type in bone tissue engineering, and their life span during osteogenic differentiation is associated with changes in oxygen tension.