Shane explains the difference between elastic recoil & bone stacking, giving examples of punches & kicks, while explaining the anatomy and benefits of each.

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The direction of diastolic blood flow in the aortic isthmus is but is maintained by arterial (aortic) compliance and recoil, a pheno- include cavity pressure with different loading conditions, tissue elasticity and interaction.

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Elastic recoil of the aorta

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The quasi-static mechanical properties of the aorta of Octopus dofleini were investigated using biaxial inflation and uniaxial force-extension tests on vessel segments in vitro. The octopu a highly complians aorta ist and non-linearly elastic structure. The elastic modulus (i.e. the stiffness)

PBV was quantified by CMR as cardiac output, from aortic flow multiplied by the to LV elastic recoil, indicating that LV filling is dependent on diastolic suction. elastic recoil in the large arteries.

Elastic recoil of the aorta

that will help maintain blood pressure during diastole, when the aorta contracts passively. Additionally, the elastic recoil helps conserve 

Elastic recoil of the aorta

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Elastic walls of aorta are stretched as blood is ejected into the aorta from the left ventricle.
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Elastic recoil of the aorta

This stretching generates the potential energy that will help maintain blood pressure during diastole, when the aorta contracts passively.

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The specific histological composition of the aorta allows an elastic response to blood ejection, which consists in the circumferential stretching of its wall and the subsequent recoil.

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(författare); Recoil decay tagging of gamma rays in the extremely neutron-deficient nucleus Os-162; 2004; Ingår i: Physical Review C. Nuclear Physics.

The aorta distends in response to the high pressure blood pumped by the heart and recoils back thereby maintaining the pressure between 120/80 mm Hg. The elastance of veins is low. Elastic recoil refers to the lung's intrinsic tendency to deflate following inflation.

The aorta is curved in shape and elastic in nature while blood is not a simple fluid and hence special circumstances exist 72835.800 aorta flow principles structure laminar flow turbulent flow radius diameter vector direction turn 180 degrees bend arch normal Davidoff Art Courtesy Ashley Davidoff MD 72835.800 72839 72831.800 72845.800 49483b01 Elastic recoil means the rebound of the lungs after having been stretched by inhalation, or rather, the ease with which the lung rebounds. With inhalation, the intrapleural pressure (the pressure within the pleural cavity) of the lungs decreases. Elastic Recoil allows for Adequate Blood Flow during Diastole ("2nd pump" of CV system- Elastic Recoil provides diastolic BP) Calcium Deposition in Aorta This occurs as you age. Between heart contractions, the elastic walls recoil, to maintain blood pressure, continuing to move blood even when ventricles are relaxed. The arterial hydrostatic pressure between contractions is the 'diastolic blood pressure' (diastole is greek for dilatation).The walls of these arteries have lots of elastin . circuit and the blood pressure in the aorta (P(t) in mmHg) is modeled as a time-varying electric potential.