Sentence examples for conduction changes from inspiring English sources

Electrocardiography (ECG/EKG) may show tachycardia (a fast heart rate) due to the thyroid disease, abnormalities due to cardiac arrhythmia (atrial fibrillation, ventricular tachycardia), and conduction changes associated with hypokalemia (U waves, QRS widening, QT prolongation, and T wave flattening).

Future validation of this would further support a causal link between Kv2 dysfunction and conduction changes in axotomised neurons.

Further studies in this model are warranted, to clarify potential contributions of local conduction changes, and cellular and subcellular mechanisms of alternans, to the increased susceptibility to AF.

Whether the gap junction and conduction changes observed in STZ induced type 1 diabetic rats are also present in models of type 2 diabetes remain to be established.

Future studies may clarify potential contributions of local conduction changes, and cellular and subcellular mechanisms of alternans, to the increased AF susceptibility.

In SCN5A mutation-positive patients with Brugada syndrome, intraventricular conduction changes were found to progress with age (Probst et al., 2006; Veltmann et al., 2006).

We suggest that the samples made by this method have a convenient characteristic for the investigation of nanosensing properties, because density of state and electrical conduction change by external subject.

We suggest that the samples made by this method have a convenient characteristic for the investigation of nanosensing properties, because the density of state and electrical conduction change by external subject.

Table 2 Average sheet hall coefficient Sample Average sheet hall coefficient (cm2 C−1) Dominant carrier Bond paper blank 2.76E + 09 P Carbon cloth −3.24 N CNT paper −1.383 N CNT paper + Pt 1.372 P. The CNT paper sample switched from n- to p-type carrier upon deposition of the Pt, indicating that electron conduction changed to hole conduction upon deposition of the Pt.

The aim of this study was to determine whether particular kinds of patients and particular nerves were at risk of nerve dysfunction as a result of lengthening, by analyzing how nerve conduction changed at the different stages of the limb-lengthening procedure (i.e. after corticotomy but before lengthening or after lengthening) in patients with different pathologies.

Main parameters are solar and atmospheric radiations, wind, heat conduction and changes in humidity.