Sentence examples for key adhesion from inspiring English sources

This study is one of the first to investigate the ability of primary human osteoblastic cells isolated from trabecular bone to adhere to the biodegradable polymers PLAGA and PLA, and to examine the expression of their key adhesion receptors (integrins) on these substrates.

VCAM-1 is one of the earliest markers of atherosclerotic lesions in animal models and thus a key adhesion molecule mediating leukocyte recruitment to early lesions [12], [13].

Among the events involved in molecular plasticity, loss and gain of key adhesion molecules appears to be a significant factor [8], [9].

The loss (e.g. E-cadherin) and gain (e.g. carbohydrate ligand-binding epitopes) of key adhesion molecules are contributing factors in the metastatic process [11], [12].

Therefore both models maintain a heterogeneous population of cellular expression through out the metastatic progression displaying an inversely correlated cellular expression of these two key adhesion molecules.

A similar inversely correlated cellular expression between these two key adhesion molecules has also been reported in a malignant canine mammary carcinoma model and was the basis of this study [25].

Further, the 39-gene signature that is rich with key cell adhesion transcripts such as: CLDN1, FN1, MUC1, THBS1 and TNC, along with cytokines that promote or regulate adhesion, CYR61 and IL-8.

Decellularised human amniotic membrane (DHAM) is an ECM-like tissue which contains key cell adhesion protein molecules such as fibronectin.

We review the operating principles, advantages and limitations of each technique, and key bacterial adhesion studies from each area are presented.

Furthermore, numerous studies have detected degradation of key epithelial adhesion proteins, such as E-cadherin and desmogleins, by members of the MMP family [63], [64], [65], [66], [67], [68], suggesting that MMP activity can result in diminished keratinocyte adhesion to neighboring cells.

Cadherins are key cell adhesion molecules that affect organ development and maintenance.