Sentence examples for increased overload from inspiring English sources

Moreover, patients with MetS had significantly higher eGFR and 5-fold higher ACR, indicating that in these hypertensive patients the kidneys too showed signs of increased overload and damage.

However, while performing in a longitudinal study, it was observed that in the long run, the job rotation increased overload on other body regions, and workers began to report more back pain, especially in the group who had just completed the driving task [ 9].

It is of course worth mentioning that in this research in depth lower than 5 m, liquefaction potential was lower due to increasing overload and at depths more than 5 m are vulnerable to liquefaction.

Numerical simulations show that the elastic strain energy in elements increases with increasing overload safety coefficient and finally converges to the concrete material surface energy, at which time the locally plastic damage area develops rapidly and finally leads to cracking failure of structures.

Its expression is reduced with the progression from hypertrophy to HF, possibly due to increasing overload.

If the participant is in a head-out immersion, the buoyancy decreases his weight-bearing on the ground and by that his sensory input is reduced; this may increase the challenge on the balance control system, thus increasing overload.

In short, to determine the MLSS, a series of 25 min swimming exercises were performed, which supported increasing overloads in relation to body weight, and were fixed in each series, with intervals of 48 h between them.

From a hemodynamic view, LVH is an adaptive remodeling process of the LV, which compensates the increase in cardiac work induced by an increased afterload (pressure overload), an increased preload (volume overload), or both.

The resulting acidosis may then cause decreased contractility and increased calcium overload during the reperfusion period.

34 It is increased following overload of the rabbit Achilles tendon 69 and also accelerates hypercellularity and angiogenesis.

These findings in MDS can be explained with ineffective erythropoiesis, which may lead to already increased iron overload before transfusions begin.