To avoid stiffness of fingers and tendon adhesion, we started active finger rehabilitation measures as early as the second week.
Cells with four and five busbars were processed and compared to those with three in respect of efficiency, finger and solder adhesion.
In this study, we focused on benzocyclobutene (BCB) coatings, finger structure bonding, and adhesion observation.
For H3K9me3, we found prominent enrichment of the cell adhesion and zinc-finger gene categories (INTERPRO Cadherin term, zinc finger regions (UP_SEQ_FEATUREs), and consistent gene ontology categories for these (GO: 0007156 ~ homophilic cell adhesion, GO: 0003677 ~ DNA binding)).
Laparotomy, hysterotomy, and subsequent blunt dissection through adhesions using a finger or curette have been traditional treatments for severe IUAs [6, 50, 58, 62].
ActivityScore functional analysis indicates that zinc-finger proteins, zinc homeostasis, focal adhesion, and Wnt signaling are enriched in genes with high ActivityScore (p-value < 1 × 10−10).
Also, zinc finger proteins with the LIM domain are important for focal adhesion and cell adhesion to fibronectin [17], [18].
Additional Pfam entries include conotoxin-like proteins, growth factors and their receptors, adhesion-like domains and putative zinc finger.
Pyogenic flexor tenosynovitis is an infection of the flexor tendon sheath of the finger that can result in tendon necrosis and adhesions leading to marked loss of motion, deformity, and loss of limb, particularly if treatment is delayed [ 21, 22].
Thus, adhesion formation inevitably occurred and led to finger dysfunction.
