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vibrations resulting from the flow of blood through the heart(passive) caused byHeart sounds
the external blood flow outside the heart(passive) are caused byHeart sounds
the internal blood flow inside the heart(passive) are caused byHeart sounds
turbulent flow of air and fluid in the pericardial sac(passive) is caused bymuffled heart
the fluid that has accumulated around the heart(passive) caused byMuffled heart sounds ,
Larger effusionscausemuffled heart sounds
opening and closing of heart values(passive) are caused byHeart sounds
Pleural effusion or pericardial effusioncan causemuffled heart sounds
Obesity , perieardial or pleural effusion , diaphragmatic hernia or a large intrathoracic ( for example mediastinal ) massmay resultin muffled heart sounds
Pneumothoraxwill causemuffled heart sounds
The accumulation of large amounts of fluidwill resultin muffled heart sounds
Mediastinal lymphomacan also leadto muffled heart sounds
of two main sounds ( S1 and S2(passive) are mainly composedHeart sounds
certainto createcertain
from each particularoriginatingfrom each particular
in low accuracy in estimating flow during shallow breathingresultsin low accuracy in estimating flow during shallow breathing
II ... and respiratory signals were simultaneously recorded at a sampling frequency of 2 kHz ( PL3516B111 , ADinstruments , AustralialeadII ... and respiratory signals were simultaneously recorded at a sampling frequency of 2 kHz ( PL3516B111 , ADinstruments , Australia
II ... and respiratory signals were simultaneously recorded at a sampling frequency of 2 kHz ( PowerLab 8/35 , ADinstrument , New South Wales , AustralialeadII ... and respiratory signals were simultaneously recorded at a sampling frequency of 2 kHz ( PowerLab 8/35 , ADinstrument , New South Wales , Australia
and manufactured by Cardionics Inc. , ( Webster , Texas , USAdesignedand manufactured by Cardionics Inc. , ( Webster , Texas , USA
from overdistention of lungsresultingfrom overdistention of lungs
the first heart sound during which phase is the majority of blood ejected from the LV phase 3 rapid ejectioncausesthe first heart sound during which phase is the majority of blood ejected from the LV phase 3 rapid ejection
from the interplay of the dynamic events associated with the contraction and relaxation of the atria and ventricles , valve movements , and blood flowmay resultfrom the interplay of the dynamic events associated with the contraction and relaxation of the atria and ventricles , valve movements , and blood flow
to correspond with respect contortionspaintedto correspond with respect contortions