Empfohlen
Weitere ähnliche Inhalte
Was ist angesagt?
Was ist angesagt? (20)
Ähnlich wie history and examination in pediatric CVS
Ähnlich wie history and examination in pediatric CVS (20)
Mehr von Raghav Kakar
Kürzlich hochgeladen
Kürzlich hochgeladen (20)
history and examination in pediatric CVS
- 1. HISTORY TAKING AND PHYSICAL EXAMINATION IN CVS IN PAEDIATRICS Dr. Raghav Kakar
- 2. 1.Symptoms – s/o heart disease? Feeding difficulties Poor weight gain Irritability Excessive crying Bluish extremities Excessive perspiration Wheezing Noisy laboured breathing Frequent RTI Oliguria Breathlessness Fatigue and weakness Cough Chest pain Swelling of feet Joint pain Painful swelling in finger pulps Syncope Involuntary movements Haemoptysis
- 3. 2. Is it Congenital or Acquired ? Congenital Symptoms from infancy Feeding difficulties FTT Recurrent hospital admissions Acquired Rheumatic fever: Fever, joint pain, chorea
- 4. 3. If it is congenital, is it cyanotic or acyanotic? Why cyanosis occurs? What are the types of cyanosis? Which one is present in cyanotic CHDs? How to differentiate?
- 6. 4. If it is Cyanotic CHD, what is the actual CHD ? PBF TOF Tricuspid Atresia TGA Single ventricle with PS PBF Truncus arteriosus TAPVC Single ventricle without PS Cyanotic CHD BASED ON MURMURS, CHANGE IN HEART SOUNDS INVESTIGATIONS
- 7. 5. If it is Acyanotic CHD, what is the actual CHD ? ASD VSD PDA PS AS CoA Volume overload (Shunt) Pressure overload (Obstn.) BASED ON MURMURS, CHANGE IN HEART SOUNDS INVESTIGATIONS ACYANOTIC CHD
- 8. 6. Is it Rheumatic Fever or RHD? If so, which valves are involved? Is there any evidence of pericarditis or myocarditis?
- 9. 7. Are there any complications? CCF Infective Endocarditis Pulmonary Hypertension
- 10. NADA’s Criteria Major : Systolic murmur Gr. III or more in intensity. Diastolic murmur Cyanosis CHF Minor: Systolic murmur Gr. II or less in intensity. Abnormal 2nd sound Abnormal ECG Abnormal CXR Abnormal BP Presence of 1 major or 2 minor criteria suggest presence of Heart Disease
- 11. Perinatal History Was the mother immunized against rubella prior to delivery? Was the mother scanned in antenatal period? H/o fever with rash in 1st trimester, painful swelling behind the ear.
- 12. Maternal conditions Maternal Conditions Heart Defects to be expected Diabetes TGA, VSD, PDA, HOCM SLE Congenital heart block Phenylketonuria TOF, VSD, ASD, PDA, CoA
- 13. Intake of teratogenic drugs Drugs Cardiac Defect Sodium Valproate CoA, HLHS, AS, VSD Hydantoin PS, ASD, VSD, PDA Alcohol VSD, PDA, ASD, TOF Thalidomide TOF, ASD, VSD, TA Lithium EBSTEIN’S ANAMOLY Amphetamines ASD, VSD, PDA, TGA Indomethacin Intrauterine closure of PDA Vit A TOF, TGA, TA Vit D Supravalvular aortic stenosis
- 14. Postnatal history Neonatal cyanosis Breathing difficulties Feeding problems Delay in growth
- 15. Family History Consanguinity Maternal age at conception Age of the father Heart disease in family Hereditary diseases PS common in Noonan syndrome Rheumatic fever Diabetic mother
- 16. General Examination Dysmorphic features/syndromes : Disorder/Syndrome Common Cardiac Defect Down’s ECD, VSD Edward VSD, PDA, PS Patau VSD, PDA, Dextrocardia Noonan PS Marfan AR, MVP Turner CoA, AS, ASD Holt-Oram ASD (Ostium Primum)
- 17. Clubbing Infective endocarditis, Cyanotic heart disease Odema : pedal/sacral Restrictive or severe tricuspid valve diseases Sweating on forehead Chest and spine deformities Shifting of apical impulse in scoliosis/kyphosis Skin Rheumatic nodules Pallor
- 18. Anthropometry : Weight FTT –CHF, cyanotic heart disease Weight might increase due to odema Height Tall/ short stature
- 19. CVS Examination Pulse BP JVP Inspection of precordium Bony/Spine deformities Chest shape Trachea central/deviated Visible precordial bulge Visible pulsations Scars, dilated veins, sinuses.
- 20. Palpation Apex beat Parasternal Heave Thrills Any palpable pulsations in precordial region Percussion Auscultation
- 21. Pulse A pulse is a waveform that is felt by the finger, produced during cardiac systole which travels along the arterial tree, at a rate much faster than that of blood column.
- 22. Assessment of pulse Rate Rhythm Volume Character Pulse deficit Condition of vessel wall R-F delay Symmetry
- 24. Pulse rate : Counted for full 1 minute by palpating the radial artery
- 25. Tachycardia: Rheumatic fever Congestive cardiac failure Arrythmias Bradycardia : Complete heart block Sick sinus syndrome (sino-atrial disease)
- 26. Pulse rhythm: Normal sinus rhythm : Regular Regularly irregular rhythm : Sinus arrhythmias Irregularly irregular rhythm Atrial Fibrillation Atrial Flutter with varying degree of heart block
- 27. Pulse Volume :- Assessed by palpating Carotid artery. PP gives accurate measurement of pulse vol. When Pulse Pressure 30-60mmHg – Normal vol pulse. <30mmHg - Low vol pulse. >60mmHg - High vol pulse.
- 28. Large Volume Pulse (Bounding) Small Volume Pulse ( Weak, Thready ) Aortic Incompetence (AR) CCF PDA Pericardial effusion A-V Fistula Constrictive pericarditis Persistent truncus arteriosus Lower limb in CoA
- 29. Pulse character Best assessed in carotid artery
- 30. Hypokinetic Pulse: Small weak pulse ( Small vol. And narrow PP)
- 31. Anacrotic Pulse ( Parvus et Tardus ): Parvus : low amplitude Tardus : slow rising and late peak
- 32. Hyperkinetic Pulse Rapid rise High amplitude Large vol. & wide PP
- 33. Collapsing pulse : Rapid upstroke Rapid downstroke Large Stroke volume
- 34. Pulsus alterans Alternating small & large vol. pulse with irregular rhythm Best appreciated by palpating radial and femoral pulses
- 35. Pulsus Paradoxus :
- 36. When the fall in BP is more than 10 mmHg during inspiration, it is Pulsus paradoxus.
- 37. Pulse Deficit: Difference between HR & PR when counted simultaneously for 1 min. Causes : Atrial fibrillation and VPCs Radio-radial delay: Seen in : Pre Subclavian coarctation, supravalvular AS Radio-femoral delay: Seen in : CoA, Aortic embolism
- 38. Blood Pressure What size cuffs are preffered?
- 39. Width: 40% of circumference Length: 80-100 % of circumference
- 40. JVP Expressed as vertical height from the sternal angle to the zone of transition of distended and collapsed JVP. The patient is kept at 45 degree. The upper level of pulsations in the IJV is seen.
- 42. JVP – indicator of Rt. Atrial pressure Centre of RA is approx 5 cm from sternal angle. Right Atrial Pressure = Vertical ht. Of blood column + 5 cms (cm of H20) Normal JVP = < 8 cms of H2O or < 6mmHg
- 43. Elevated JVP: CCF TS, TR Constrictive pericarditis Cardiac tamponade Fall in JVP: Hypovolaemia Shock
- 44. Kussmaul’s sign – Constrictive pericarditis Cardiac tamponade RV failure Hepato-Jugular reflex: Right heart failure TR Friedrich’s sign: Rapid fall and rise of JVP TR Constrictive pericarditis
- 45. Precordial bulge : Long standing cardiac disease
- 46. Visible pulsations Carotid Pulsations: Hyperdynamic states AR CoA Suprasternal pulsations: AR CoA Thyrotoxicosis Epigastric pulsations: Pulsations of liverin CHF with TR RVH Abdominal aorta aneurysm Tricuspid stenosis Back: CoA
- 47. Scar marks
- 48. Palpations General rule : Fingertips : to feel pulsations, Base of fingers : Thrills, Base of hand ( or ulnar aspect ) : Heaves
- 49. Apical Impulse : It refers to the lowermost and outermost point of definite cardiac impulse, which gives maximum thrust to the palpating finger. Normal variation in location of apical impulse with age Age Position of apical impulse Relation to midclavicular line Infancy Left 4th ICS Lateral to mid clavicular line Approx 5 years Left 5th ICS In the Midclavicular line Older children Left 5th ICS Medial to midclavicular line
- 52. Parasternal Heave : A palpable thrust, which lifts the palpating hand. Seen in RVH and Left atrial enlargement. Palpated by ulnar aspect of hand. Grading : I. Instant lift, visible not palpable II. Visible and palpable, lift can be obliterated III. Visible and palpable, lift cant be obliterated
- 53. Thrills : These are palpable vibrations of murmurs which accompany any organic murmur of grade 3 or more.
- 54. Percussion It is done basically to see enlargement of dullness of the cardiac region. Cardiac causes : Cardiomegaly, pericardial effusion
- 55. Auscultation
- 56. Heart sounds: Relative, brief auditory vibrations of variable intensity, frequency & quality, produced by closure of heart valves.
- 57. S1 Abnormalities Soft S1 Loud S1 Split Reverse split MR MS RBBB RVP TR TS LVP Ectopic beats Calcification of AV valves High output states Pulm. Hypertension
- 58. S2 Abnormalities Soft S2 Loud S2 Single S2 Loud A2 Loud P2 Absent A2 Absent P2 AS Syst. Htn Pulm. Htn AS PS PS Aortic aneurysm ASD, PDA TOF Calcified lesions of semilunar valves Dilated aorta LargeVSD TGA
- 59. Splitting of S2 Wide- Fixed Wide- Variable Narrow Reverse-split Early A2/Late P2 VSD Severe AS Late A2/Early P2 MR LVP Severe PS Aortic stenosis ASD, RBBB HOCM
- 60. S3 and S4
- 61. Causes of S3 Physiological S3 Pathological S3 Children High output states Young adults CHD – ASD, VSD, PDA MR, TR, AR
- 62. Opening Snap Due to opening of AV valves Can be heard at the apex : MS, MR VSD PDA Or can be heard at parasternal region : Tricuspid stenosis Tricuspid regurgitation ASD
- 63. Ejection Click : It is a sharp, clicking sound arising from the cardiac valves due to sudden swelling of the pulmonary artery, abrupt dilatation of aorta or forceful opening of the aortic cusps. Early ejection systolic click is seen in aortic and pulmonary valve stenosis Midsystolic ejection click is seen in floppy mitral valve.
- 64. Pericardial Rub : Due to sliding of 2 inflamed layers of pericardium Scratching, grating in character Triphasic : during misdystole, mid diastole & pre systole) Best heard along left sternal edge in 3rd & 4th ICS
- 65. MURMURS : Occur due to the turbulence caused by either an increased flow through a normal/stenosed valve or a normal flow through a stenosed valve/orifice Auscultation should be done over precordium, back and over carotids
- 66. They should be described in the following way Pitch Timing & character Systolic/diastolic Area where best heard Intensity Whether best heard with bell or diaphragm Conduction Variation with respiration Posture in which best heard Variation with dynamic auscultation.
- 67. Eg/: murmur of MS is best described as;- Low-pitched, Mid-diastolic, Rumbling murmur, Best heard in Apical region, in LL position with the bell of stethoscope, not radiated, increases with isometric exercise.
- 68. Systolic murmur grading I. Very soft (heard in quite room) II. Soft, but easily audible III. Moderate, no thrill IV. Loud with thrill V. Very loud with thrill, heard with steth barely placed on chest VI. Loud and audible with stethoscope just off the chest wall Diastolic murmur grading I. Very soft II. Soft III. Loud IV. Loud with thrill
- 69. Early systolic murmur:
- 70. Ejection systolic murmur
- 71. Late systolic murmur
- 73. Early diastolic murmur
- 74. Mid diastolic murmur:
- 75. Late diastolic murmur: MS TS Atrial myxomas
- 77. Named Murmurs: Carey-coomb’s : Short, Middiastolic Best heard at apex MS in acute RHD Graham-steele : High pitched, early diastolic Best heard at left sternal border, 2nd ICS During expiration in PR
- 78. Gibson’s : Continuous machinery murmur of PDA Cole-cecil : Murmur of AR, heard well in axilla. Austin flint: Low pitched rumbling mid diastolic murmur Best heard at apex in severe AR
- 79. Gallavardin phenomenan : The harsh noisy component of ESM of AS. Best heard at the right sternal border and radiated to neck Carvallo’s sign : Pansystolic murmur of TR, best heard in tricuspid area. Becomes louder during inspiration
- 80. Innocent murmurs: Functional/ benign murmurs Absence of anatomical/functional abnormalities of heart and circulation Accentuated during periods of febrile illness and high output states Characteristic features : Asymptomatic Normal cardiac silhouette on chest-xray
- 81. Usually systolic Less than grade 3 No cyanosis Normal pulses Normal heart sounds
- 82. Dynamic auscultation During dynamic auscultation, as opposed to conventional auscultation, the patient is asked to change position or perform certain activities that enable the physician to hear the murmurs and heart sounds.
- 83. Respiration Valsalva manouvre Muller manouvere Standing to squatting Squatting to standing Passive leg exercise Isometric hand grip Leaning forward Chin turned upwards
- 84. Respiration : During inspiration: Right sided murmur become louder Left sided murmurs become softer or unchained Expiration has the opposite effect
- 85. Valsalva manouvre: It is an attempted forced expiration in closed glottis, when both the mouth and nose are closed. It increases the intrathoracic pressure Murmur of MVP becomes louder Systolic murmur of HOCM become louder ESM of AS will be decreases
- 86. Standing to squatting: It increases blood return and systemic vascular resistance. HOCM becomes soft due to increased diastolic volume. Isometric hand grip: Increases systemic circulation Murmurs of regurgitation ( MR,VSD) become louder due to back pressure Murmurs of AS become softer due to decreased gradient across the valve.
- 87. Thank you
Hinweis der Redaktion
- Left side shows the symptoms we come across mostly in Infants...and right side..in older children.... SIGNS : Hepatomegaly-tender, Cardiomegaly, Tachycardia Odema in dependent parts-fluid retention, reduced venous flow,,,,Congestive hepatomegaly, Engorged pulsatile neck veins...Chest Pain—AS, P.Htn
- Q.1 –Is it due to cardiac or respi cause? Or a Hb-patthy?.. Time of onset, severity, aggravating factors? Resp causes of cyanosis :- Presence of more than 5g% of REDUCED Hb . Central-soft palate, tongue, floor of mouth, nail bed, ear lobes Peripheral – tip of fingers and toes, tip of nose
- Differential cyanosis : Preductal saturation more than post ductal—PDA with reversal of shunt... Reverse differential : PDA with TGV with either PPHN or PREDUCTAL CoA
- Symptoms of increasd PBF : Increased RR, sweating while feeding, shortness of breath, failure to thrive
- M A T P Endocarditis is a must in RHD........ MILK MAID GRIP, PRONATOR SIGN
- Pressing over recurrent laryngeal nerve...also in aortic aneurysm
- AMPHETAMINE – NARCOLEPSY, ADHD THALIDOMIDE- IMMUNOMODULATOR
- Cyanosis on crying/feeding in cyanotic chd Resp distress Delay growth—poor weight gain— weight affected more than height in acyanotic,
- Father age—marfan syndrome—AR....consanguinity—FRIEDRICH’s ATAXIA—HOCM/AF 1% incidence One sibling affecte-3% 1 affected-2-6% 2 affected- 25%
- Happy, anxious or sweating?
- Sweating in infants with ccf Pallor due to Vasoconstriction in CCF Clubbing – earlies in thumb...widening and thickening of fingenails,loss of the angle
- Both height and weight affected in Cyanotic Weight affected more in Acyanotic None affected in Acyanotic due to pressure overload
- Rate and rhythm- Radial Artery Volume and character – Carotid artery BP- Brachial artery
- Write normal for each age group
- Rhythm : It is the spacing of successive beats in time Generated by SA node Extra systoles –regularly irregular
- VOLUME—It is the Amplitude of the pulse wave---depends on stroke volume and compliance of arteries ( Carotid artery ::::closest to heart & least subjected to damping & distortion in arterial tree) Absent,,thready,,weak,,,normal,,,bounding.
- Thready– low volume with high pulse rate---peripheral circulatory failure
- 2 main components of this wave : A) Forward moving wave, B)Reflected wave. Forward wave is generated when the ventricles contract. The wave travels down the large aorta and gets reflected at the bifurcation of aorta into 2 iliac vessels.Normally it returns to the heart during diastole. This returned wave gives a notch.Helps in coronory perfusion. Velocity at which returns is very important.Stiffer the artery, better the return.
- Bounding Pulse
- Water hammer pulse...corrigan pulse Palpate the wrist in such a way that—webs fall over radial and rest of the arm falls over ulnar artery... Now elevate the whole upper limb above the level of heart and recognize any change in volume.. In water hammer—volume increases from the basal level and pulses strike the palpating hand with strike and force. Abrupt downstroke produces collapsing feel. • Large SV volume → streching of carotid arteries →aortic sinus reflex →reduced peripheral vasc resis
- Ventricular premature contractions beats Radial artery with left hand and femoral with right hand simaltaneously
- The lateral force exerted by the blood column per unit area of the vascular wall, that is expressed in mmHg. Principle of sphygmomanometry – Turbulant flow through a partially compressed artery Creates noises (Korotkoff’s sounds) Change in intensity correlates with systemic arterial pressures Korotkoff’s sounds : 5 phases 1st appearance of clear, tapping sounds. Represents SBP Tapping sounds are replaced by soft murmurs Murmurs become louder Muffling sounds Disappearance of sounds.Corresponds to DPB
- In normal children the pulsations lie behind the sternum and cannot be seen. The vertical distance between the sternal angle (zero point) and the upper border of oscillatory column is meaasured
- RIGHT IJV preffered :Straight line course through innominate vein to the svc and right atrium Less likely extrinsic compression from other structures in neck Why not EJV EJV is superficial, prone to kinking, doesnt directly drain into SVC, may hv valves
- RIGHT IJV preffered :Straight line course through innominate vein to the svc and right atrium Less likely extrinsic compression from other structures in neck Why not EJV EJV is superficial, prone to kinking, doesnt directly drain into SVC
- •KUSSMAUL --Normally during inspiration, there is fall in JVP. But in constrictive pericarditis, there is rise in JVP. HEPATOJUGULAR REFLEX :: Compression over right paraumbilical area or R upper abdomen for 30 secs Normally JVP rises transiently by <3cm ....But falls later even if the pressure is continued Other cases it remains elevated NEGATIVE IN BUDD CHIARI SYNDROME.
- BARRELL CHEST : Increased AP diameter FUNNEL CHEST : Depression in lower portion of sternum. Compression of heart & great vessels may produce murmurs. PIGEON CHEST : Sternum is displaced anteriorly. ↑ AP diameter. The costal cartilages adjacent to protruding sternum are depressed.
- Pulsations at back : SUZMAN’s Sign : the pulsations prominent over the scapular region, best visualised with patient bending forwward
- Right : BT shunting>>>> Midline : Complex cardiac procedure...>>>LEFT: BT Shunting old..PDA ligation,,,CoA Repair 1 . Repair : VSD , ASD , Tetralogy of Fallot repair 2 . Palliative: A. Temporary: BT shunt( to allow for pulmonary blood flow, encourage deviation ofpulmonary tree ) PA banding ( prevent overloading of thepulmonary circulation pending repair of large VSD )
- Thrills are palpable vibrations of murmur ,, grade 3 or more
- Absent in – OBESE, Pericardial/pleural effusion, pneumothorax SHIFT in : LVH-outward and downward RVH: outwards.....Dextrocardia.....scoliosis ..kyphosis....diaphragmatic hernia
- Heaving—Normal, no shift---more than 2/3rd—sustained---Concentric hypertrophy– pressure overload---AS, CoA Hyperdynamic – MR/AR/VSD/PDA—volume overload
- Volume Overload Fast, ill-sustained PS impulse L→R shunts -ASD, VSD Pressure overload Slow, sustained PS impulse PS
- Left ventricular pacing
- Normally A2 is followed by P2, duration being 30-40 ms
- Pericardial knock : Loud, High frequency, Diastolic sound In constrictive pericarditis Due to abrupt halt to diastolic filling of heart.
- Changing murmurs : they change in intensity from time to time as seen in Infective endocarditis.
- Levine and freeman staging
- MR---radiates to axilla...and accentuates during expiration
- PDA, AV FISTULA, VENOUS HUM, CoA, TAPVC
- Intra pleural and intra thoracic pressure decreases during inspiration Flow to right side of heart increass
- Passive leg raise is similar
- ‘Use your eyes and hands before before your ears, Start at the periphery and leave the heart to last; and when you come to it, leave the auscultation to the last.’