Factors previously reported for adhesions include LPS, fimbriae, flagella, and outer membrane proteins [20], [27].
Together the data show that active calpain has an essential role in the migration of T cells at the level of LFA-1 adhesion turnover and that the adhesions include high affinity LFA-1.
It is this latter approach which has been utilized by all of the FDA-approved devices for the reduction of postoperative intra-abdominal and pelvic adhesions, including Seprafilm.
In these models, the use of Seprafilm was reported to be efficacious in reducing adhesions, including in the presence of blood and irrigation solution [4], in combination with melatonin [33] and under ischemic conditions [4].
These cancers are characterised by low to absent expression of genes involved in tight junctions and cell-cell adhesions, including claudins, occludins and E-cadherin [14], [15].
Novel adhesions, including trimeric autotransporters, might contribute to virulence.
The latter involved numerous proteins localised to focal adhesions, including Bcar1, Tln1, Pxn and Vcl.
A variety of signaling proteins are associated with focal adhesions, including focal adhesion kinase (FAK), which is an important mediator of signaling at these centers.
Epithelial cell adhesions, including intercellular (junctional) and cell-extracellular matrix adhesions, are critical to the maintenance of structural integrity, polarity, and cell-cell communication.
Attachment is required for biofilms formation, and bacteria interact with pipe wall surface through adhesions including polysaccharides and surface proteins, with initial contact often mediated by active motility.
There is a large range of possible mechanosensitive processes being involved at focal adhesions, including stress-sensitive ion channels, force-induced opening of cryptic binding sites and large-scale reorganization of the adhesions.
