Sentence examples for muscle and subsequent from inspiring English sources

We also present our experience with two cases of fracture of surgical neck of humerus in young males with buttonholing through the deltoid muscle and subsequent skin puckering.

Isolation of nuclei from muscle and subsequent successful ChIP assay is infrequent in the literature and methods details are scarce.

Together, this suggests that gene transfer to antigen presenting cells within the muscle and subsequent expression and presentation of the transgene may be a critical factor in the initiation of an immune response.

EDHF-mediated vasodilation represents a considerable proportion of total vasodilation, which is resistant to inhibitors of nitric oxide- and prostacyclin synthesis, and is caused by endothelium-dependent hyperpolarization of smooth muscle and subsequent closure of voltage-gated Ca2+-channels leading to relaxation [3] [5].

From this we further propose that remission of diabetes is due to reduced lactate production in muscle and subsequent normalization of substrate driven glucose production through gluconeogenesis.

Uncontrolled calcium release in skeletal muscle and subsequent uncoupling of oxidative phosphorylation and excessive cell metabolism are thought to be the underlying pathophysiology.

This increase in ROS and imbalance in the cytokine profile can further disrupt the balance between muscle synthesis and proteolysis, with a net loss of muscle protein and subsequent muscle weakness [ 38, 39].

Therefore, the combination of leg muscle BFR with slow-walk training elicits muscle hypertrophy only in the blood flow restricted leg muscles, which might be due to an accumulation of metabolites within the muscle fiber and subsequent muscle cell swelling induced from the application of BFR.

Gore et al. showed that shortening of the limb leads to length-tension disadvantage for the abductor muscles and subsequent decrease in strength [ 27].

Nevertheless, C57-J1 cells were able to cross the vessel walls and massively colonize dystrophic muscles; this colonization was further enhanced by ctx-induced muscle damage and subsequent regeneration, even though this could not possibly apply to a clinical situation.

The second distinguishable phenotype was the sporadic loss and disorganization of slow muscle fibers in the superficial monolayer, which suggests impairments in slow muscle differentiation and subsequent migration in WAF-treated embryos.