Sentence examples for diverse tissues such from inspiring English sources

Intriguingly, CR enhances mitochondrial protein acetylation in diverse tissues, such as liver, heart, and kidney (Schwer et al, 2009).

It has been previously shown that p53 TSD /− mice have a diminution of adult stem cells in diverse tissues such as bone marrow, brain, and testes.

hK10 was found to be present in diverse tissues, such as breast, ovary, and prostate as well as in many biological fluids (Liu et al, 1996; Luo et al, 1998, 2001a).

Although each CRM displays a specific spatial expression pattern with expression in diverse tissues such as various cuticle parts, the wings, legs and different structures in the head, all displayed identical temporal profiles, with reporter activation starting at 48 h APF and peaking at 72 h APF.

Given the vast differences in the physical and structural properties of diverse tissue such as heart, skin, ligaments, bone, etc., it is important to select both suitable scaffolding materials as well as to engineer the nano- and micro-structural multiscale architecture of the ensuing scaffolds according to the specific tissues under consideration.

One reason for this lack of consistency is that most studies have analysed RNA from whole tumour samples without verification of the percentage cancer epithelium and/or have used diverse control tissues such as whole ground ovary [9].

A regenerative role for HGF has been reported in a number of diverse adult tissues, such as liver, kidney and bone.

Owing to the extended depth of imaging by means of light sheet microscopy, the high mobility of small RabA1d-positive TGN vesicles was observed in diverse root tissues such as epidermis, cortex, endodermis, pericycle and central cylinder cells.

Finally, vigorous motility of RabA1d-containing TGN vesicles was also observed in diverse root tissues such as epidermis, cortex, endodermis, pericycle and central cylinder cells confirming the role of RabA1d in vesicular trafficking in different cells and not only associated to tip-growth.

HIV-infected monocytes can thus migrate to a variety of different sites around the body, and are likely to be responsible for colonization and continued turnover in diverse tissue compartments such as the CNS.

Once these approaches are extended to diverse tissues through projects such as GTEx, and eventually to comparisons of diseased and normal tissues, eQTLs are set to become a core component of personalized medicine.