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explain early diastolic sound in diastolic a opening snap 0s of rheumatic ms high frequency soundgeneration of sound because of high la pressure the
suppose you are in charge of designing a microcontroller-based system for a packet processing application these are high speed internet packets from
search the web mainly ieee and acm publication databases to find a recent article on a biomedical application using a microcontroller clearly cite
describe systolic sounds in heart dieasesearly systolic sounds aortic or pulmonary ejection sounds are the most common early systolic sounds these
describe fourth heart sound in detailss4 is generated during the atrial-filling phase it is a low frequency event lvs is best heard over apex
in a twin study of 1000 mz pairs 625 pairs were found to have both twins with the same form of a given trait in a study of 1000 dz twins 426 pairs
explain what is third heart sound s3 s is generated during the rapid filling pliase it is a low frequency event mechanism of s production it is due
based on the simplified two-gene model for eye colour explain using genotypes how two blue-eyed parents could produce a brown-eyed childin what ways
a woman is heterozygous for three x-linked loci aabbdd she has seven sons with the following genotypestwo are x abd ythree are x abd yone is x abd
achondroplasia is an autosomal dominant disorder associated with a gene on chromosome 4 sickle cell anemia is due to a gene on chromosome 11 a man
what is single s2in cyanotic tof s consists entirely of a as p is attenuated by a deformed pulmonary valve when there is valvar steuosis and aorta is
what is loud p2 in second heartit occurs in pulmonary hypertension in absence of pulmonary hypertension it occurs when pulmonary trunk is dilated as
describe the intensity of s2 in second heart loud a2 occurs in patients with hypertension when aorta is closer to anterior chest wall owing to root
an organism has 16 chromosomes in its somatic cells determine the number of gametes with different chromosome compositions that it can potentially
explain fixer1 split s in second heart a2p2 interval is wide and persistent and doesnt change during respiratory cycle it is an auscultatory hallmark
describe wide split s in detailsit is a persistent split that widens on inspiration to at least 60 msec may be due to delay in p eg rbbb or due to
describe splitting of s2 on inspiration the split widens as both a and pi move away from each other with p moving out more the negative intrathoracic
describe splitting sequence of s2 even though the pulmonary valve closes at about 20 mm hg and aortic valve at 100 mm hg the aortic closure occurs
explain components of second heart soundsthe first component of s2 is due to closure of aortic valve a the second component is due to closure of
what is splitin first heart sound in complete rbbb due to delay of tricuspid closure the split is wide in complete lbbb due to delay of mitral
explain intensity of heart soundintensity of s 1 particularly m 1 depends on the position of the bellies of mitral leafets when the lv begins to
explain the components of heart soundsthe first major component is associated with mitral valve closure m 1 and is due to abrupt arrest of the
explain the techniques of cardian examinationexaminer should use the fingertips or the part just proximal to them for palpation the chest should be
describe pulsation in cardian examination1 apex impulse lowest and outermost point of definite cardiac pulsation2 prominent pulsations in left
explain deformaties of the cliest wall should be noteda pectus carinatum pigeon chest may be associated with marfan syndromeb pectus excavatum