…the heart rate, the electrical axis and the waveform in the newborn differ markedly from adult reference values and normalise gradually through childhood. The interpretation…

…are important differences. These differences are largely explained by the dramatic physiological and anatomical changes that take place during infancy and childhood. The most dramatic…

…are important differences. These differences are largely explained by the dramatic physiological and anatomical changes that take place during infancy and childhood. The most dramatic…

…normal variants, and pathology in neonates, infants and during the childhood years. Below follows a discussion on each of the nine parameters listed above. Many…

…6.5) 0.5–22 (8) 0.5–28 (9.5) 0.8–30 (11) 1–30 (12) 2–33 (14) 2–39 (15) Childhood…

…phenotypic expression complicate risk prediction. Familial clustering may also reflect shared environmental or behavioural factors rather than a single gene disorder. This distinction is important…

…adequate sleep. The process should begin early in life. Primordial prevention in childhood may reduce the subsequent development of hypertension, elevated LDL cholesterol, obesity and…

…TTN Clinical characteristics of ARVC ARVC is typically concealed (asymptomatic) during childhood and adolescence and becomes symptomatic between the second and fourth decades of life…

…prolongation of survival. Neonatal screening with pulse oxymetry The majority of all congenital heart defects are detected early in infancy or childhood. For obvious reasons…

…in the wall of the artery. Such atherosclerotic plaques start building up early in childhood and by middle age, most persons have some degree of…

…6.5) 0.5–22 (8) 0.5–28 (9.5) 0.8–30 (11) 1–30 (12) 2–33 (14) 2–39 (15) Childhood…