PRECATHETERIZATION DIAGNOSIS (ES):, Hypoplastic left heart, status post Norwood procedure and Glenn shunt.,POSTCATHETERIZATION DIAGNOSIS (ES):,1. Hypoplastic left heart.,A. Status post Norwood.,B. Status post Glenn.,2. Left pulmonary artery hypoplasia.,3. Diminished right ventricular systolic function.,4. Trivial neo-aortic stenosis.,5. Trivial coarctation.,6. Flow to right upper lobe more than left upper lobe from collaterals arising from branches of the aortic arch.,PROCEDURE (S):, Right heart and left heart catheterization by way of right femoral artery, right femoral vein, and right internal jugular vein.,I. PROCEDURES:, XXXXXX was brought to the catheterization lab and was anesthetized by anesthesia. He was intubated. His supplemental oxygen was weaned to 24%, on which all of his hemodynamics were obtained. The patient was prepped and draped in the routine sterile fashion, including both groins and the right neck. Xylocaine was administered in the right femoral area. A 6-French sheath was introduced into the right femoral vein percutaneously without complication. A 4-French sheath was introduced into the right femoral artery percutaneously without complication. A 4-French pigtail catheter was introduced and passed to the abdominal aorta.,Dr. Hayes, using the SiteRite device, introduced a 5-French sheath into the right internal jugular vein without complication.,A 5-French wedge catheter was introduced through the sheath in the right internal jugular vein and was passed to the left pulmonary artery and further to the left pulmonary capillary wedge position. This catheter would not pass to the right pulmonary artery. The wedge catheter was removed. A 5-French IMA catheter was then introduced and passed to the right pulmonary artery. After right pulmonary artery pressure was measured, this catheter was removed.,The 5 wedge catheter was advanced through the right femoral sheath and was passed to the following chambers or vessels: Inferior vena cava, right atrium, left atrium, and right ventricle.,The previously introduced 4 pigtail catheter was advanced to the ascending aorta. Simultaneous right ventricular and ascending aortic pressures were measured. A pullback from ascending aorta to descending aorta was then performed. Simultaneous measurements of right ventricular and descending aortic pressures were measured.,The wedge catheter was removed. A 5-French Berman catheter was advanced down the Glenn shunt to the right pulmonary artery, where a pullback from right pulmonary artery to Glenn shunt was performed. An injection was then performed using Omnipaque 16 mL at 8 mL per second with the Berman catheter positioned in the Glenn shunt. The 5-French Berman was removed.,A 6-French Berman was introduced through the right femoral vein sheath and was advanced to the right ventricle. A right ventriculogram was performed using Omnipaque 18 mL at 12 mL per second. The Berman catheter was pulled back to the inferior vena cava, where an inferior vena cavagram was performed using Omnipaque 10 mL at 8 mL per second.,The 4-French pigtail catheter was advanced to the ascending aorta and an ascending aortogram was performed using Omnipaque 16 mL at 12 mL per second.,Following the ascending angiograms, two kidneys and a bladder were noted. The catheters and sheaths were removed, and hemostasis was obtained by direct pressure. The estimated blood loss was less than 30 mL, and none was replaced. Heparin was administered following placement of all of the sheaths. Pulse oximetry saturation, pulse in the right foot, and EKG were monitored continuously.,II. PRESSURES:,A. Left pulmonary artery, mean of 11; left capillary wedge, mean of 9; main pulmonary artery, mean of 12; right pulmonary artery, mean of 10; descending aorta, 75/45, mean of 57; right atrium, A6 to 9, V6 to 8, mean 7; left atrium, mean 8; inferior vena cava, mean 7.,B. Ascending aorta, 65/35, with a simultaneous right ventricular pressure of 70/10; descending aorta, 60/35, with a right ventricular pressure of 72/10.,C. Pullbacks, left pulmonary artery to main pulmonary artery, mean of 11 to mean of 12; main pulmonary artery to Glenn, mean of 12 to mean of 13; right pulmonary artery to Glenn, mean of 12 to mean of 13; ascending aorta 68/35 to descending aorta 62/35.,INTERPRETATION:, Right and left pulmonary artery pressures are appropriate for this situation. There is a gradient of, at most, 2 mmHg on pullback from both the right and left pulmonary arteries to the Glenn shunt. The left atrial mean pressure is normal. Right ventricular end-diastolic pressure is, at most, slightly elevated. There is a trivial gradient between the right ventricle and ascending aorta consistent with trivial neo-aortic valve stenosis. There is a roughly 10-mm gradient between the right ventricle and descending aorta, consistent with additional coarctation of the aorta. On pullback from ascending to descending aorta, there is a 6-mmHg gradient between the two. Systemic blood pressure is normal.,III. OXIMETRY:, Superior vena cava 65, right pulmonary artery 67, left pulmonary artery 65, left atrium 96, right atrium 87, inferior vena cava 69, aorta 86, right ventricle 83.,INTERPRETATION:, Systemic arteriovenous oxygenation difference is normal, consistent with a normal cardiac output. Left atrial saturation is fairly normal, consistent with normal oxygenation in the lungs. The saturation falls passing from the left atrium to the right atrium and further to the right ventricle, consistent with mixing of pulmonary venous return and inferior vena cava return, as would be expected in this patient.,IV. SPECIAL PROCEDURE (S):, None done.,V. CALCULATIONS:,Please see the calculation sheet. Calculations were based upon an assumed oxygen consumption. The _____ saturation used was 67%, with a pulmonary artery saturation of 65%, a left atrial saturation of 96%, and an aortic saturation of 86%. Using the above information, the pulmonary to systemic flow ratio was 0.6. Systemic blood flow was 5.1 liters per minute per meter squared. Pulmonary blood flow was 3.2 liters per minute per meter squared. Systemic resistance was 9.8 Wood's units times meter squared, which is mildly diminished. Pulmonary resistance was 2.5 Wood's units times meter squared, which is in the normal range.,VI. ANGIOGRAPHY:, The injection to the Glenn shunt demonstrates a wide-open Glenn connection. The right pulmonary artery is widely patent, without stenosis. The proximal portion of the left pulmonary artery is significantly narrowed, but does open up near its branch point. The right pulmonary artery measures 6.5, the left pulmonary artery measures 3.0 mm. The aorta at the diaphragm on a later injection was 5.5 mm. There is a small collateral off the innominate vein passing to the left upper lobe. Flow to both upper lobes is diminished versus lower lung fields. There is normal return of the pulmonary veins from the right, with simultaneous filling of the left atrium and right atrium. There is normal return of the left lower pulmonary vein and left upper pulmonary vein. There is some reflux of dye into the inferior vena cava from the right atrium.,The right ventriculogram demonstrates a heavily pedunculated right ventricle with somewhat depressed right ventricular systolic function. The calculated ejection fraction from the LAO projection is only mildly diminished at 59%. There is no significant tricuspid regurgitation. The neo-aortic valve appears to open well with no stenosis. The ascending aorta is dilated. There is mild narrowing of the aorta at the isthmal area. On some projections, there appears to be a partial duplication of the aortic arch, probably secondary to this patient's style of Norwood reconstruction. There is some filling of the right upper and left upper lobes from collateral blood flow, with the left being more opacified than the right.,The inferior vena cavagram demonstrates normal return of the inferior vena cava to the right atrium.,The ascending aortogram demonstrates trivial aortic insufficiency, which is probably catheter-induced. The coronary arteries are poorly seen. Again, a portion of the aorta appears to be partially duplicated. There is faint opacification of the left upper lung from collateral blood flow. The above-mentioned narrowing of the aortic arch is again noted.


White male with onset of chest pain, with history of on and off chest discomfort over the past several days.

INDICATIONS FOR PROCEDURE:, This is a 61-year-old, white male with onset of chest pain at 04: 30 this morning, with history of on and off chest discomfort over the past several days. CPK is already over 1000. There is ST elevation in leads II and aVF, as well as a Q wave. The chest pain is now gone, mild residual shortness of breath, no orthopnea. Cardiac monitor shows resolution of ST elevation lead III.,DESCRIPTION OF PROCEDURE:, Following sterile prep and drape of the right groin, installation of 1% Xylocaine anesthesia, the right common femoral artery was percutaneously entered and 6-French sheath inserted. ACT approximately 165 seconds on heparin. Borderline hypotension 250 mL fluid bolus given and nitroglycerin patch removed. Selective left and right coronary injections performed using Judkins coronary catheters with a 6-French pigtail catheter used to obtain left ventricular pressures and left ventriculography. Left pullback pressure. Sheath injection. Hemostasis obtained with a 6-French Angio-Seal device. He tolerated the procedure well and was transported to the Cardiac Step-Down Unit in stable condition.,HEMODYNAMIC DATA:, Left ventricular end diastolic pressure elevated post A-wave at 25 mm of Mercury with no aortic valve systolic gradient on pullback.,ANGIOGRAPHIC FINDINGS:,I. Left coronary artery: The left main coronary artery is unremarkable. The left anterior descending has 30 to 40% narrowing with tortuosity in its proximal portion, patent first septal perforator branch. The first diagonal branch is a 2 mm vessel with a 90% ostial stenosis. The second diagonal branch is unremarkable, as are the tiny distal diagonal branches. The intermediate branch is a small, normal vessel. The ostial non-dominant circumflex has some contrast thinning, but no stenosis, normal obtuse marginal branch, and small AV sulcus circumflex branch.,II. Right coronary artery: The right coronary artery is a large, dominant vessel which gives off large posterior descending and posterolateral left ventricular branches. There are luminal irregularities, less than 25%, within the proximal to mid vessel. Some contrast thinning is present in the distal RCA just before the bifurcation into posterior descending and posterolateral branches. A 25%, smooth narrowing at the origin of the posterior descending branch. Posterolateral branch is unremarkable and quite large, with secondary and tertiary branches.,III. Left ventriculogram: The left ventricle is normal in size. Ejection fraction estimated at 40 to 45%. No mitral regurgitation. Severe hypokinesis to akinesis is present in the posterobasal and posteromedial segments with normal anteroapical wall motion.,DISCUSSION:, Recent inferior myocardial infarction with only minor contrast thinning distal RCA remaining on coronary angiography with resolution of chest pain and ST segment elevation. Left coronary system has one hemodynamically significant stenosis (a 90% ostial stenosis at the first diagonal branch, which is a 2 mm vessel). Left ventricular function is reduced with ejection fraction 40 to 45% with inferior wall motion abnormality.,PLAN:, Medical treatment, including Plavix and nitrates, in addition to beta blocker, aspirin, and aggressive lipid reduction.

artery
branch
cardiac
catheterization
circumflex
coronary
coronary artery
cpk
diagonal branch
ejection fraction
elevation
french angio-seal
pigtail catheter
posterior descending
q wave
rca
st
st elevation
st segment
stenosis
surgery
ventricular
wall motion


PROCEDURE PERFORMED:,1. Left heart catheterization with coronary angiography, vein graft angiography and left ventricular pressure measurement and angiography.,2. Right femoral selective angiogram.,3. Closure device the seal the femoral arteriotomy using an Angio-Seal.,INDICATIONS FOR PROCEDURE: ,The patient with known coronary atherosclerotic heart disease and multiple risk factors of coronary disease, who had her last coronary arteriogram performed in 2004. She has had complaints of progressive chest discomfort, and has ongoing risks including current smoking, diabetes, hypertension, hyperlipidemia to name a few. The decision was made to proceed on with percutaneous evaluation and possible intervention given her known disease and the possibility of disease progression.,DESCRIPTION OF PROCEDURE:, After informed consent was obtained, The patient was taken to cardiac catheterization lab where her procedure was performed. She was prepped and prepared on the table; after which, her right groin was locally anesthetized with 1% lidocaine. Then, a 6-French sheath was inserted into the right femoral artery over a standard 0.035 guide wire. Coronary angiography and left ventricular measurement and angiography were performed using a 6-French JL4 diagnostic catheter to image the left coronary artery. A 6-French JR4 diagnostic catheter to image the right groin and her artery and the saphenous vein graft conduit. Subsequently, a 6-French angled pigtail catheter was used to measure left ventricular pressures and to perform a power injection, a left ventriculogram at 8 mL per second for a total of 30 mL. At the conclusion of the diagnostic evaluation, the patient had selective arteriography of her right femoral artery, which showed the right femoral artery to be free of significant atherosclerotic plaque. Did have a normal bifurcation into the superficial femoral and profunda femoris arteries and to have an arteriotomy that was in the common femoral artery away from the bifurcation. As such, an initial attempt to advance a Perclose device failed to allow the device descend to _____ tract and into the appropriate position within the artery. As such, the Perclose was never deployed and was removed intact over the wire from the system. We then replaced this with a 6-French Angio-Seal which was used to seal the femoral arteriotomy with achievement of hemostasis. The patient was subsequently dispositioned back to the MAC Unit where she will complete her bedrest prior to her disposition to home.,HEMODYNAMIC DATA:, Opening aortic pressure 125/60, left ventricular pressure 108/4 with an end-diastolic pressure of 16. There was no significant gradient across the aortic valve on pullback from the left ventricle. Left ventricular ejection fraction was 55%. Mitral regurgitation was less than or equal to 1+. There was normal wall motion in the RAO projection.,CORONARY ANGIOGRAM:, The left main coronary artery had mild atherosclerotic plaque. The proximal LAD was 100% occluded. The left circumflex had mild diffuse atherosclerotic plaque. The obtuse marginal branch which operates as an OM-2 had a mid approximately 80% stenosis at a kink in the artery. This appears to be the area of a prior anastomosis, the saphenous vein graft to the OM. This is a very small-caliber vessel and is 1.5-mm in diameter at best. The right coronary artery is dominant. The native right coronary artery had mild proximal and mid atherosclerotic plaque. The distal right coronary artery has an approximate 40% stenosis. The posterior left ventricular branch has a proximal 50 to 60% stenosis. The proximal PDA has a 40 to 50% stenosis. The saphenous vein graft to the right PDA is widely patent. There was competitive flow noted between the native right coronary artery and the saphenous vein graft to the PDA. The runoff from the PDA is nice with the native proximal PDA and PLV disease as noted above. There is also some retrograde filling of the right coronary artery from the runoff of this graft. The saphenous vein graft to the left anterior descending is widely patent. The LAD beyond the distal anastomosis is a relatively small-caliber vessel. There is some retrograde filling that allows some filling into a more proximal diagonal branch. The saphenous vein graft to the obtuse marginal was known to be occluded from the prior study in 2004. Overall, this study does not look markedly different than the procedure performed in 2004.,CONCLUSION:, 100% proximal LAD mild left circumflex disease with an OM that is a small-caliber vessel with an 80% lesion at a kink that is no amenable to percutaneous intervention. The native right coronary artery has mild to moderate distal disease with moderate PLV and PDA disease. The saphenous vein graft to the OM is known to be 100% occluded. The saphenous vein graft to the PDA and the saphenous vein graft to the LAD are open. Normal left ventricular systolic function.,PLAN:, The plan will be for continued medical therapy and risk factor modification. Aggressive antihyperlipidemic and antihypertensive control. The patient's goal LDL will be at or below 70 with triglyceride level at or below 150, and it is very imperative that the patient stop smoking.,After her bedrest is complete, she will be dispositioned to home, after which, she will be following up with me in the office within 1 month. We will also plan to perform a carotid duplex Doppler ultrasound to evaluate her carotid bruits.

angio-seal
angiogram
angiography
artery
atherosclerotic
bifurcation
catheterization
closure device
coronary
coronary artery
coronary atherosclerotic heart disease
pda
saphenous
saphenous vein
saphenous vein graft
surgery
vein graft
ventricular
ventricular pressure


INDICATIONS FOR PROCEDURE:, The patient has presented with crushing-type substernal chest pain, even in the face of a normal nuclear medicine study. She is here for catheterization.,APPROACH:, Right common femoral artery.,ANESTHESIA:, IV sedation per cardiac catheterization protocol. Local sedation with 1% Xylocaine.,COMPLICATIONS:, None.,ESTIMATED BLOOD LOSS:, Less than 10 mL.,ESTIMATED CONTRAST:, Less than 150 mL.,PROCEDURES PERFORMED:, Left heart catheterization, left ventriculogram, selective coronary arteriography, aortic arch angiogram, right iliofemoral angiogram, #6 French Angio-Seal placement.,OPERATIVE TECHNIQUE:, The patient was brought to the cardiac catheterization lab in the usual fasting state. She was placed supine on the cardiac catheterization table and the right groin was prepped and draped in the usual sterile fashion. One percent Xylocaine was infiltrated into the right femoral vessels. Next, a #6 French sheath was then placed in the right common femoral artery by the modified Seldinger technique.,SELECTIVE CORONARY ARTERIOGRAPHY:, Next, right and left Judkins diagnostic catheters were advanced through their respective ostia and injected in multiple views.,LEFT VENTRICULOGRAM:, Next, a pigtail catheter was advanced across the aortic valve and left ventricular pressure recorded. Next, an LV-gram was then performed with a hand injection of 50 mL of contrast. Next, pull-back pressure was measured across the aortic valve.,AORTA ARCH ANGIOGRAM:, Next, aortic arch angiogram was then performed with injection of 50 mL of contrast at a rate of 20 mL/second to maximum pressure of 750 PSI performed in the 40-degree LAO view.,Next, right iliofemoral angiogram was performed in the 20-degree RAO view. Next Angio-Seal was applied successfully.,The patient left the cath lab without problems or issues.,DIAGNOSES:, Left ventricular end-diastolic pressure was 18 mmHg. There was no gradient across the aortic valve. The central aortic pressure was 160 mmHg.,LEFT VENTRICULOGRAM:, The left ventriculogram demonstrated normal LV systolic function with estimated ejection fraction greater than 50%.,AORTIC ARCH ANGIOGRAM: ,The aortic arch angiogram demonstrated normal aortic arch. No aortic regurgitation was seen.,SELECTIVE CORONARY ARTERIOGRAPHY:, The right coronary artery is large and dominant.,The left main is patent.,The left anterior descending is patent.,The left circumflex is patent.,IMPRESSION:, This study demonstrates normal coronary arteries in the presence of normal left ventricular systolic function. In addition, the aortic root is normal.


Cardiac catheterization. Coronary artery disease plus intimal calcification in the mid abdominal aorta without significant stenosis.

PREOPERATIVE DIAGNOSIS: , Coronary artery disease.,POSTOPERATIVE DIAGNOSIS: , Coronary artery disease plus intimal calcification in the mid abdominal aorta without significant stenosis.,DESCRIPTION OF PROCEDURE:,LEFT HEART CATHETERIZATION WITH ANGIOGRAPHY AND MID ABDOMINAL AORTOGRAPHY:,Under local anesthesia with 2% lidocaine with premedication, a right groin preparation was done. Using the percutaneous Seldinger technique via the right femoral artery, a left heart catheterization was performed. Coronary arteriography was performed with 6-French performed coronary catheters. We used a 6-French JR4 and JL4 catheters to take multiple cineangiograms of the right and left coronary arteries. After using the JR4 6-French catheter, nitroglycerin was administered because of the possibility of ostial spasm, and following that, we used a 5-French JR4 catheter for additional cineangiograms of the right coronary artery. A pigtail catheter was placed in the mid abdominal aorta and abdominal aortic injection was performed to rule out abdominal aortic aneurysm, as there was dense calcification in the mid abdominal aorta.,ANALYSIS OF PRESSURE DATA: , Left ventricular end-diastolic pressure was 5 mmHg. On continuous tracing from the left ventricle to the ascending aorta, there is no gradient across the aortic valve. The aortic pressures were normal. Contours of intracardiac pressure were normal.,ANALYSIS OF ANGIOGRAMS:, Selective cineangiograms were obtained with injection of contrast to the left ventricle, coronary arteries, and mid abdominal aorta. A pigtail catheter was introduced into the left ventricle and ventriculogram performed in right anterior oblique position. The mitral valve is competent and demonstrates normal mobility. The left ventricular cavity is normal in size with excellent contractility. Aneurysmal dilatation and/or dyskinesia absent. The aortic valve is tricuspid and normal mobility. The ascending aorta appeared normal.,Pigtail catheter was introduced in the mid abdominal aorta and placed just above the renal arteries. An abdominal aortic injection was performed. Under fluoroscopy, we see heavy dense calcification of the mid abdominal aorta between the renal artery and the bifurcation. There was some difficulty initially with maneuvering the wire pass that area and it was felt that might be a tight stenosis. The abdominal aortogram reveals wide patency of that area with mild intimal irregularity. There is a normal left renal artery, normal right renal artery. The celiac seems to be normal, but what I believe is the splenic artery seen initially at its origin is normal. The common left iliac and common right iliac arteries are essentially normal in this area.,CORONARY ANATOMY:, One notes ostial coronary calcification of the right coronary artery. Cineangiogram obtained with 6-French JR4 and 5-French JR4 catheters. Prior to the introduction of the 5-French JR4 nitroglycerin was administered sublingually. The 6-French JR4 catheters appeared to a show an ostial lesion of over 50%. There was backwash of dye into the aorta, although there is a fine funneling of the ostium towards the proximal right coronary artery. In the proximal portion of the right coronary artery just into the Shepherd turn, there is a 50% smooth tapering of the right coronary artery in the proximal third. Then the artery seems to have a little bit more normal size and it divides into a large posterior descending artery posterolateral branch vessel. The distal portion of the vessel is free of disease. The conus branch is seen arising right at the beginning part of the right coronary artery. We then removed the 6-French catheter and following nitroglycerin and sublingually we placed a 5-French catheter and again finding a stenosis, may be less than 50%. At the ostium of the right coronary artery, calcification again is identified. Backwash of dye noted at the proximal lesion, looked about the same 50% along the proximal turn of the Shepherd turn area.,The left coronary artery is normal, although there is a rim of ostial calcification, but there is no tapering or stenosis. It forms the left anterior descending artery, the ramus branch, and the circumflex artery.,The left anterior descending artery is a very large vessel, very tortuous in its proximal segment, very tortuous in its mid and distal segment. There appears to be some mild stenosis of 10% in the proximal segment. It gives off a large diagonal branch in the proximal portion of the left anterior descending artery and it is free of disease. The remaining portion of the left anterior descending artery is free of disease. Upon injection of the left coronary artery, we see what I believe is the dye enters probably directly into the left ventricle, but via fistula excluding the coronary sinus, and we get a ventriculogram performed. I could not identify an isolated area, but it seems to be from the interventricular septal collaterals that this is taking place.,The ramus branch is normal and free of disease.,The left circumflex artery is a tortuous vessel over the lateral wall and terminating in the inferoposterior wall that is free of disease.,The patient has a predominantly right coronary system. There is no _______ circulation connecting the right and left coronary systems.,The patient tolerated the procedure well. The catheter was removed. Hemostasis was achieved. The patient was transferred to the recovery room in a stable condition.,IMPRESSION:,1. Excellent left ventricular contractility with normal left ventricular cavity size.,2. Calcification of the mid abdominal aorta with wide patency of all vessels. The left and right renal arteries are normal. The external iliac arteries are normal.,3. Essentially normal left coronary artery with some type of interventricular septal to left ventricular fistula.,4. Ostial stenosis of the right coronary artery that appears to be about 50% or greater. The proximal right coronary artery has 50% stenosis as well.,5. Coronary calcification is seen under fluoroscopy at the ostia of the left and right coronary arteries.,RECOMMENDATIONS: ,The patient has heavy calcification of the coronary arteries and continued risk factor management is needed. The ostial lesion of the right coronary artery may be severe. It is at least 50%, but it could be worse. Therefore, she will be evaluated for the possibility of an IVUS and/or _______ analysis of the proximal right coronary artery. We will reevaluate her stress nuclear study as well. Continue aggressive medical therapy.

abdominal
aorta
artery
calcification
cardiac
cardiac catheterization
catheterization
coronary
coronary arteries
coronary artery
coronary artery disease
descending artery
intimal
intimal calcification
mid
mid abdominal aorta
proximal
stenosis
surgery


Left Heart Catheterization. Chest pain, coronary artery disease, prior bypass surgery. Left coronary artery disease native. Patent vein graft with obtuse marginal vessel and also LIMA to LAD. Native right coronary artery is patent, mild disease.

EXAM: , Left Heart Catheterization,REASON FOR EXAM:, Chest pain, coronary artery disease, prior bypass surgery.,INTERPRETATION: , The procedure and complications were explained to the patient in detail and formal consent was obtained. The patient was brought to the cath lab. The right groin was draped in the usual sterile manner. Using modified Seldinger technique, a 6-French arterial sheath was introduced in the right common femoral artery. A JL4 catheter was used to cannulate the left coronary arteries. A JR4 catheter was used to cannulate the right coronary artery and also bypass grafts. The same catheter was used to cannulate the vein graft and also LIMA. I tried to attempt to cannulate other graft with Williams posterior catheter and also bypass catheter was unsuccessful. A 6-French pigtail catheter was used to perform left ventriculography and pullback was done. No gradient was noted. Arterial sheath was removed. Hemostasis was obtained with manual compression. The patient tolerated the procedure very well without any complications.,FINDINGS:,1. Native coronary arteries. The left main is patent. The left anterior descending artery is not clearly visualized. The circumflex artery appears to be patent. The proximal segment gives rise to small caliber obtuse marginal vessel.,2. Right coronary artery is patent with mild distal and mid segment. No evidence of focal stenosis or dominant system.,3. Bypass graft LIMA to the left anterior descending artery patent throughout the body as well the anastomotic site. There appears to be possible _______ graft to the diagonal 1 vessel. The distal LAD wraps around the apex. No stenosis following the anastomotic site noted.,4. Vein graft to what appears to be obtuse marginal vessel was patent with a small caliber obtuse marginal 1 vessel.,5. No other bypass grafts are noted by left ventriculography and also aortic root shot.,6. Left ventriculography with an ejection fraction of 60%.,IMPRESSION:,1. Left coronary artery disease native.,2. Patent vein graft with obtuse marginal vessel and also LIMA to LAD. _______ graft to the diagonal 1 vessel.,3. Native right coronary artery is patent, mild disease.,RECOMMENDATIONS: , Medical treatment.

artery
bypass
bypass surgery
catheterization
chest pain
coronary
coronary artery
coronary artery disease
graft
heart catheterization
lad
lima
marginal
marginal vessel
obtuse
obtuse marginal
obtuse marginal vessel
surgery
vein graft
vessel


EXAMINATION: , Cardiac catheterization.,PROCEDURE PERFORMED: , Left heart catheterization, LV cineangiography, selective coronary angiography, and right heart catheterization with cardiac output by thermodilution technique with dual transducer.,INDICATION: , Syncope with severe aortic stenosis.,COMPLICATIONS:, None.,DESCRIPTION OF PROCEDURE: , After informed consent was obtained from the patient, the patient was brought to the cardiac catheterization laboratory in a post observed state. The right groin was prepped and draped in the usual sterile fashion. After adequate conscious sedation and local anesthesia was obtained, a 6-French sheath was placed in the right common femoral artery and a 8-French sheath was placed in the right common femoral vein. Following this, a 7.5-French Swan-Ganz catheter was advanced into the right atrium where the right atrial pressure was 10/7 mmHg. The catheter was then manipulated into the right ventricle where the right ventricular pressure was 37/10/4 mmHg. The catheter was then manipulated into the wedge position where the wedge pressure was noted to be 22 mmHg. The pulmonary arterial pressures were noted to be 31/14/21 mmHg. Following this, the catheter was removed, the sheath was flushed and a 6-French JL4 diagnostic catheter was the advanced over the guidewire and the left main coronary artery was cannulated and selective angiogram was obtained in orthogonal views. Following this, the catheter was exchanged over the guidewire for 6-French JR4 diagnostic catheter. We were unable to cannulate the right coronary artery. Therefore, we exchanged for a Williams posterior catheter and we were able to cannulate the right coronary artery and angiographs were performed in orthogonal views. Following this, this catheter was exchanged over a guidewire for a 6-French Langston pigtail catheter and the left ventricle was entered and left ventriculography was performed. Following this, the catheters were removed. Sheath angiograms revealed the sheath to be in the right common femoral artery and the right common femoral arteriotomy was sealed using a 6-French Angio-Seal device. The patient tolerated the procedure well. There were no complications.,DESCRIPTION OF FINDINGS: , The left main coronary artery is a large vessel, which bifurcates into the left anterior descending artery and left circumflex artery and has moderate diffuse luminal irregularities with no critical lesions. The left circumflex artery is a short vessel, which gives off one major obtuse marginal artery and has moderate diffuse luminal irregularities with no critical lesions. The left anterior descending artery has moderate diffuse luminal irregularities and gives off two major diagonal branches. There is a 70% ostial lesion in the first diagonal branch and the second diagonal branch has mild-to-moderate luminal irregularities. The right coronary artery is a very large dominant vessel with a 60% to 70% lesion in its descending mid-portion. The remainder of the vessel has moderate diffuse luminal irregularities with no critical lesions. The left ventricle appears to be normal sized. The aortic valve is heavily calcified. The estimated ejection fraction is approximately 60%. There was 4+ mitral regurgitation noted. The mean gradient across the aortic valve was noted to be 33 mmHg yielding an aortic valve area of 0.89 cm2.,CONCLUSION:,1. Moderate-to-severe coronary artery disease with a high-grade lesion seen at the ostium of the first diagonal artery as well as a 60% to 70% lesion seen at the mid portion of the right coronary artery.,2. Moderate-to-severe aortic stenosis with an aortic valve area of 0.89 cm2.,3. 4+ mitral regurgitation.,PLAN: , The patient will most likely need a transesophageal echocardiogram to better evaluate the valvular architecture and the patient will be referred to Dr Kenneth Fang for possible aortic valve replacement as well as mitral valve repair/replacement and possible surgical revascularization.

angiography
aortic valve
artery
cardiac catheterization
catheterization
cineangiography
coronary
coronary artery
diffuse luminal irregularities
heart catheterization
luminal irregularities
regurgitation
selective coronary angiography
surgery
thermodilution
thermodilution technique
transducer


The patient with atypical type right arm discomfort and neck discomfort.

INDICATIONS FOR PROCEDURE:, The patient has presented with atypical type right arm discomfort and neck discomfort. She had noninvasive vascular imaging demonstrating suspected right subclavian stenosis. Of note, there was bidirectional flow in the right vertebral artery, as well as 250 cm per second velocities in the right subclavian. Duplex ultrasound showed at least a 50% stenosis.,APPROACH:, Right common femoral artery.,ANESTHESIA:, IV sedation with cardiac catheterization protocol. Local infiltration with 1% Xylocaine.,COMPLICATIONS:, None.,ESTIMATED BLOOD LOSS:, Less than 10 ml.,ESTIMATED CONTRAST:, Less than 250 ml.,PROCEDURE PERFORMED:, Right brachiocephalic angiography, right subclavian angiography, selective catheterization of the right subclavian, selective aortic arch angiogram, right iliofemoral angiogram, 6 French Angio-Seal placement.,DESCRIPTION OF PROCEDURE:, The patient was brought to the cardiac catheterization lab in the usual fasting state. She was laid supine on the cardiac catheterization table, and the right groin was prepped and draped in the usual sterile fashion. 1% Xylocaine was infiltrated into the right femoral vessels. Next, a #6 French sheath was introduced into the right femoral artery via the modified Seldinger technique.,AORTIC ARCH ANGIOGRAM:, Next, a pigtail catheter was advanced to the aortic arch. Aortic arch angiogram was then performed with injection of 45 ml of contrast, rate of 20 ml per second, maximum pressure 750 PSI in the 4 degree LAO view.,SELECTIVE SUBCLAVIAN ANGIOGRAPHY:, Next, the right subclavian was selectively cannulated. It was injected in the standard AP, as well as the RAO view. Next pull back pressures were measured across the right subclavian stenosis. No significant gradient was measured.,ANGIOGRAPHIC DETAILS:, The right brachiocephalic artery was patent. The proximal portion of the right carotid was patent. The proximal portion of the right subclavian prior to the origin of the vertebral and the internal mammary showed 50% stenosis.,IMPRESSION:,1. Moderate grade stenosis in the right subclavian artery.,2. Patent proximal edge of the right carotid.

angiogram
angiography
aortic
aortic arch
aortic arch angiogram
arch angiogram
artery
atypical
brachiocephalic
cardiac
cardiac catheterization
catheterization
discomfort
french angio-seal
lao view
rao view
stenosis
subclavian
subclavian stenosis
surgery


Percutaneous intervention with drug-eluting stent placement to the ostium of the PDA.

PROCEDURES PERFORMED:,1. Left heart catheterization with coronary angiography and left ventricular pressure measurement.,2. Left ventricular angiography was not performed.,3. Right posterior descending artery percutaneous transluminal coronary angioplasty followed by stenting.,4. Right femoral artery angiography.,5. Perclose to seal the right femoral arteriotomy.,INDICATIONS FOR PROCEDURE:, Patient presenting with a history of coronary artery disease in the past with coronary angiography in the early 1990s. The patient presented with what appeared to be a COPD exacerbation and had mildly positive cardiac enzyme markers suggestive of a non-ST elevation myocardial infarction. He was subsequently dispositioned to the cardiac catheterization lab for further evaluation.,DESCRIPTION OF PROCEDURE:, After informed consent was obtained, the patient was taken to the cardiac catheterization lab, where his procedure was performed. The patient was appropriately prepped and prepared on the table, after which his right groin was locally anesthetized with 1% lidocaine. Then, a 6-French sheath was inserted into the right femoral artery. Over a standard 0.035 guidewire, coronary angiography and left ventricular pressure measurements were performed using a 6-French JL4 diagnostic catheter to image the left coronary artery, a 6-French JR4 diagnostic catheter to image the right coronary artery, a 6-French angled pigtail catheter to measure left ventricular pressure. At the conclusion of the diagnostic study, the case was progressed to percutaneous coronary intervention, which will be described below. Subsequently, right femoral artery angiography was performed which showed right femoral artery which was free of significant atherosclerotic plaque, and an arteriotomy that was suitable for a closure device. Then, a Perclose was used to seal the right femoral arteriotomy.,HEMODYNAMIC DATA:, The opening aortic pressure was 91/63. The left ventricular pressure was 94/13 with an end-diastolic pressure of 24. Left ventricular ejection fraction was not assessed, as ventriculogram was not performed. The patient did have some elevated creatinine earlier in this hospital course which warranted limitation of contrast where possible.,CORONARY ANGIOGRAM:, The left main coronary artery was angiographically okay. The LAD had mild diffuse disease. There appeared to be distal tapering of the LAD. The left circumflex had mild diffuse disease. In the very distal aspect of the circumflex after OM-3 and OM-4 type branch, there was a long, severely diseased segment that appeared to be chronic and subtotal in one area. The runoff from this area appeared to be a very small PLOM type branch and continuation of a circ which did not appear to supply much territory, and there was not much to salvage by approaching this lesion. The right coronary artery had mild diffuse disease. The PLV branch was 100% occluded at its ostium at the crux. The PDA at the ostium had an 80% stenosis. The PDA was a fairly sizeable vessel with a long course. The right coronary is dominant.,CONCLUSION:, Mild diffuse coronary artery disease with severe distal left circumflex lesion with not much runoff beyond this lesion. This circumflex appears to be chronically diseased and has areas that appear to be subtotal. There is a 100% PLV branch which is also chronic and reported in his angiogram in the 1990s. There is an ostial 80% right PDA lesion. The plan is to proceed with percutaneous intervention to the right PDA.,The case was then progressed to percutaneous intervention of the right PDA. A 6-French JR4 guide catheter with side holes was selected and used to engage the right coronary artery ostium. The lesion was crossed with a long BMW 0.014 guidewire. Then, we ballooned the lesion with a 2.5 x 9 mm Maverick balloon. Subsequently, we stented the lesion with a 2.5 x 16 mm Taxus drug-eluting stent with a nice angiographic result. The patient tolerated the procedure very well, without complications.,ANGIOPLASTY CONCLUSION:, Successful percutaneous intervention with drug-eluting stent placement to the ostium of the PDA.,RECOMMENDATIONS:, Aspirin indefinitely, and Plavix 75 mg p.o. daily for no less than six months. The patient will be dispositioned back to telemetry for further monitoring.,TOTAL MEDICATIONS DURING PROCEDURE:, Versed 1 mg and fentanyl 25 mcg for conscious sedation. Heparin 8400 units IV was given for anticoagulation. Ancef 1 g IV was given for closure device prophylaxis.,CONTRAST ADMINISTERED:, 200 mL.,FLUOROSCOPY TIME:, 12.4 minutes.

angiogram
angiographically
angiography
angioplasty
arteriotomy
artery
cardiac
cardiac catheterization
cardiac catheterization lab
catheterization
circumflex
coronary
coronary angiography
coronary angioplasty
coronary artery
coronary artery disease
drug-eluting stent
femoral
femoral artery
french
ostium
pda
percutaneous
plv branch
surgery
ventricular
ventricular pressure


PROCEDURE:, Left Cardiac Catheterization, Left Ventriculography, Coronary Angiography and Stent Placement.,INDICATIONS: , Atherosclerotic coronary artery disease.,PATIENT HISTORY: , This is a 55-year-old male. He presented with 3 hours of unstable angina.,PAST CARDIAC HISTORY: , History of previous arteriosclerotic cardiovascular disease. Previous ST elevation MI.,REVIEW OF SYSTEMS., The creatinine value is 1.3 mg/dL mg/dL.,PROCEDURE MEDICATIONS:,1. Visipaque 361 mL total dose.,2. Clopidogrel bisulphate (Plavix) 225 mg PO,3. Promethazine (Phenergan) 12.5 mg total dose.,4. Abciximab (Reopro) 10 mg IV bolus,5. Abciximab (Reopro) 0.125 mcg/kg/minute, 4.5 mL/250 mL D5W x 17 mL,6. Nitroglycerin 300 mcg IC total dose.,DESCRIPTION OF PROCEDURE:,APPROACH: , Left heart catheterization via right femoral artery approach.,ACCESS METHOD: , Percutaneous needle puncture.,DEVICES USED:,1. Balloon catheter utilized: Manufacturer: Boston Sci Quantum Maverick RX 2.75mm x 20mm.,2. Cordis Vista Brite Tip 6Fr JR 4.0,3. ACS/Guidant Sport .014" (190cm) Wire,4. Stent utilized: Boston Sci Taxus RX Stent 3.0mm x 32mm.,FINDINGS/INTERVENTIONS:,LEFT VENTRICULOGRAPHY:, The overall left ventricular systolic function is mildly reduced. Left ventricular ejection fraction is 40% by left ventriculogram. Mild hypokinesis of the anterior wall of the left ventricle. There was no transaortic gradient. Mitral valve regurgitation is not seen.,LEFT MAIN CORONARY ARTERY: , There were no obstructing lesions in the left main coronary artery. Blood flow appeared normal.,LEFT ANTERIOR DESCENDING ARTERY: , There was a 95%, discrete stenosis in the mid left anterior descending artery. A drug eluting, Boston Sci Taxus RX Stent 3.0mm x 32mm stent was placed in the mid left anterior descending artery and post-dilated to 3.5 mm. Post-procedure stenosis was 0%. There was no dissection and no perforation.,LEFT CIRCUMFLEX ARTERY: , There was a 50%, diffuse stenosis in the left circumflex artery.,RIGHT CORONARY ARTERY:, The right coronary artery is dominant to the posterior circulation. There were no obstructing lesions in the right coronary artery. Blood flow appeared normal.,COMPLICATIONS:,There were no complications during the procedure., ,IMPRESSION:,1. Severe two-vessel coronary artery disease.,2. Severe left anterior descending coronary artery disease. There was a 95% mid left anterior descending artery stenosis. The lesion was successfully stented.,3. Moderate left circumflex artery disease. There was a 50% left circumflex artery stenosis. Intervention not warranted.,4. The overall left ventricular systolic function is mildly reduced with ejection fraction of 40%. Mild hypokinesis of the anterior wall of the left ventricle.,RECOMMENDATION:,1. Clopidogrel (Plavix) 75 mg PO daily for 1 year.


Patient with significant angina with moderate anteroapical ischemia on nuclear perfusion stress imaging only. He has been referred for cardiac catheterization.

The patient and his wife had the opportunity to ask questions, all of which were answered for them and the patient stated in a clear, competent and coherent fashion that he wished to go forward with cardiac catheterization which I felt was appropriate.,PROCEDURE NOTE: ,The patient was brought to the Cardiac Catheterization Lab in a fasting state. All appropriate labs had been reviewed. Bilateral groins were prepped and draped in the usual fashion for sterile conditions. The appropriate time-out procedure was performed with appropriate identification of the patient, procedure, physician, position and documentation all done under my direct supervision and there were no safety issues raised by the staff. He received a total of 2 mg of Versed and 50 mcg of Fentanyl utilizing titrated concentration with good effect. Bilateral groins had been prepped and draped in the usual fashion. Right femoral inguinal fossa was anesthetized with 1% topical lidocaine and a 6-French vascular sheath was put into place percutaneously via guide-wire exchanger with a finder needle. All catheters were passed using a J-tipped guide-wire. Left heart catheterization and left ventriculography performed using a 6-French pigtail catheter. Left system coronary angiography performed using a 6-French JL4 catheter. Right system coronary angiography performed using a 6-French CDRC catheter. Following the procedure, all catheters were removed. Manual pressure was held with the Neptune pad and the patient was discharged back to his room. I inspected the femoral arteriotomy site after the procedure was complete and it was benign without evidence of hematoma nor bruit with intact distal pulses. There were no apparent complications. A total of 77 cc of Isovue dye and 1.4 minutes of fluoroscopy time were utilized during the case.,FINDINGS:,HEMODYNAMICS: , LV pressure is 120, EDP is 20, aortic pressure 120/62, mean of 82.,LV function is normal, EF 60%, no wall motion abnormalities.,CORONARY ANATOMY:,1. Left main demonstrates 30-40% distal left main lesion which is tapering, not felt significantly obstructive.,2. The LAD demonstrates proximal moderate 50% lesion and a severe mid-LAD lesion immediately after the take-off of this large diagonal of 99% which is quite severe with TIMI-3 flow throughout the LAD and the left main.,3. The left circumflex demonstrates mid-90% severe lesion with TIMI-3 flow.,4. The right coronary artery was the dominant artery giving rise to right posterior descending artery demonstrates mild luminal irregularity. There is a moderate distal PDA lesion of 60% seen.,IMPRESSION:,1. Mild to moderate left main stenosis.,2. Very severe mid-LAD stenosis with severe mid-left circumflex stenosis and moderate prox-LAD CAD.,We are going to continue the patient's aspirin, beta blocker as heart rate tolerates as he tends to run on the bradycardic side and add statin. We will check a fasting lipid profile and ALT and titrate statin therapy to keep LDL of 70 mg/deciliter or less but in the past the patient's LDL had been higher or high.

angina
artery
cardiac
cardiac catheterization
catheterization
coronary
distal
femoral arteriotomy
ischemia
lad
mid lad
stenosis
stress
surgery
timi flow
wall motion abnormalities


Left cardiac catheterization with selective right and left coronary angiography. Post infarct angina.

PREOPERATIVE DIAGNOSIS: , Post infarct angina.,TYPE OF PROCEDURE: , Left cardiac catheterization with selective right and left coronary angiography.,PROCEDURE: , After informed consent was obtained, the patient was brought to the Cardiac Catheterization Laboratory, and the groin was prepped in the usual fashion. Using 1% lidocaine, the right groin was infiltrated, and using the Seldinger technique, the right femoral artery was cannulated. Through this, a moveable guidewire was then advance to the level of the diaphragm, and through it, a 6 French pigtail catheter was advanced under hemodynamic monitoring to the ascending aorta and inserted into the left ventricle. Pressure measurements were obtained and cineangiograms in the RAO and LAO positions were then obtained. Catheter was then withdrawn and a #6 French non-bleed-back sidearm sheath was then introduced, and through this, a 6 French Judkins left coronary catheter was then advanced under hemodynamic monitoring to the left coronary ostium, engaged. Cineangiograms were obtained of the left coronary system. This catheter was then exchanged for a Judkins right 4 coronary catheter of similar dimension and under hemodynamic monitoring again was advanced to the right coronary ostium, engaged. Cineangiograms were obtained, and the catheter and sheath were then withdrawn. The patient tolerated the procedure well and left the Cardiac Catheterization Laboratory in stable condition. No evidence of hematoma formation or active bleeding. ,COMPLICATIONS: , None. ,TOTAL CONTRAST: , 110 cc of Hexabrix. ,TOTAL FLUOROSCOPY TIME: ,1.8 minutes. ,MEDICATIONS: , Reglan 10 mg p.o., 5 mg p.o. Valium, Benadryl 50 mg p.o. and heparin 3,000 units IV push.

angiography
cardiac
cardiac catheterization
catheterization
cineangiograms
coronary
coronary angiography
engaged cineangiograms
hemodynamic monitoring
post infarct angina
selective
surgery


Left calcaneal lengthening osteotomy with allograft, partial plantar fasciotomy, posterior subtalar and tibiotalar capsulotomy, and short leg cast placed.

PREOPERATIVE DIAGNOSES:, Left calcaneal valgus split.,POSTOPERATIVE DIAGNOSES:, Left calcaneal valgus split.,PROCEDURES: ,1. Left calcaneal lengthening osteotomy with allograft.,2. Partial plantar fasciotomy.,3. Posterior subtalar and tibiotalar capsulotomy.,4. Short leg cast placed.,ANESTHESIA: , Surgery performed under general anesthesia.,TOURNIQUET TIME: , 69 minutes.,The patient in local anesthetic of 20 mL of 0.25% Marcaine plain.,COMPLICATIONS: , No intraoperative complications.,DRAINS: ,None.,SPECIMENS: , None.,HISTORY AND PHYSICAL: , The patient is a 13-year-old female who had previous bilateral feet correction at 1 year of age. Since that time, the patient has developed significant calcaneal valgus deformity with significant pain. Radiographs confirmed collapse of the spinal arch, as well as valgus position of the foot. Given the patient's symptoms, surgery is recommended for calcaneal osteotomy and Achilles lengthening. Risks and benefits of surgery were discussed with the mother. Risks of surgery include risk of anesthesia; infection; bleeding; changes in sensation in most of extremity; hardware failure; need for later hardware removal; possible nonunion; possible failure to correct all the deformity; and need for other surgical procedures. The patient will need to be strict nonweightbearing for at least 6 weeks and wear a brace for up to 6 months. All questions were answered and parents agreed to the above surgical plan.,DESCRIPTION OF PROCEDURE: , The patient was taken to the operating room and placed supine on the operating table. General anesthesia was then administered. The patient received Ancef preoperatively. A bump was placed underneath the left buttock. A nonsterile tourniquet was placed on the upper aspect of the left thigh. The extremity was then prepped and draped in a standard surgical fashion. The patient had a previous incision along the calcaneocuboid lateral part of the foot. This was marked and extended proximally through the Achilles tendon. Extremity was wrapped in Esmarch. Tourniquet inflation was noted to be 250 mmHg. Decision was then made to protect the sural nerve. There was one sensory nervous branch that did cross the field though it was subsequently sharply ligated because it was in the way. Dissection was carried down to Achilles tendon, which was subsequently de-lengthened with the distal half performed down the lateral thigh. Proximal end was tacked with an 0 Ethibond suture and subsequently repaired end-on-end at length with the heel in neutral. Dissection was then carried on the lateral border of the foot with identification of the peroneal longus and valgus tendons, which were removed from the sheath and retracted dorsally. At this time, we also noted that calcaneocuboid joint appeared to be fused. The area between the anterior and middle facets were plicated on fluoroscopy for planned osteotomy. This was performed with a saw. After a partial plantar fasciotomy was performed, this was released off an abductor digiti minimi. The osteotomy was completed with an osteotome and distracted with the lamina spreader. A tricortical allograft was then shaped and subsequently impacted into this area. Final positioning was checked with multiple views of fluoroscopy. It was subsequently fixed using a 0.94 K-wire and drilled from the heel anteriorly. A pin was subsequently bent and cut short at the level of the skin. The wound was then irrigated with normal saline. The Achilles was repaired with this tie. Please note during the case, it was noted the patient had continued significant stiffness despite the Achilles lengthening. A posterior capsulotomy of the tibiotalar and subtalar joints were performed with increased 10 degrees of dorsiflexion. Wound was then closed using #2-0 Vicryl and #4-0 Monocryl. The surgical field was irrigated with 0.25% Marcaine and subsequently injected with more Marcaine at the end of the case. The wound was clean and dry and dressed with Steri-Strips and Xeroform. Skin was dressed with Xeroform and 4 x 4's. Everything was wrapped with 4 x 4's in sterile Webril. The tourniquet was released after 69 minutes. A short-leg cast was then placed with good return of capillary refill to his toes. The patient tolerated the procedure well and was subsequently taken to the recovery room in stable condition.,POSTOPERATIVE PLAN: , The patient will be hospitalized overnight for elevation, ice packs, neurovascular checks, and pain control. The patient to be strict nonweightbearing. We will arrange for her to get a wheelchair. The patient will then follow up in about 10 to 14 days for a cast check, as well as pain control. The patient will need an AFO script at that time. Intraoperative findings are relayed to the parents.

achilles
achilles lengthening
allograft
calcaneal
calcaneal lengthening
calcaneal valgus
calcaneal valgus split
capsulotomy
osteotomy
partial plantar fasciotomy
plantar
plantar fasciotomy
short leg cast
surgery
tourniquet
valgus


Capsulotomy left breast and flat advancement V to Y, left breast, for correction of lower pole defect (breast assymetry) status post previous breast surgery.

PREOPERATIVE DIAGNOSIS: , Breast assymetry, status post previous breast surgery.,POSTOPERATIVE DIAGNOSIS: ,Breast assymetry, status post previous breast surgery.,OPERATION: , Capsulotomy left breast, flat advancement V to Y left breast for correction lower pole defect.,ANESTHESIA:, LMA.,FINDINGS AND PROCEDURE: ,The patient is a 35-year-old female who presents status post multiple breast surgeries with resultant flatness of the lower pole of the left breast. The nipple inframammary fold distance is approximately 1.5 cm shorter than the fuller right breast. The patient has bilateral Mentor-Smooth round moderate projection jell-filled mammary prosthesis, 225 cc.,The patient was marked in the upright position for mobilization of lateral skin flaps and increase in the length of the nipple inframammary fold distance. She was then brought to the operating room and after satisfactory LMA anesthesia had been induced, the patient was prepped and draped in the usual manger. The patient received a gram of Kefzol prior to beginning the procedure. The previous inverted T-scar was excised down to the underlying capsule of the breast implant. The breast was carefully dissected off of the underlying capsule. Care being taken to preserve the vascular supply to the skin and breast flap. When the anterior portion of the breast was dissected free of the underlying capsule, the posterior aspect of the capsule was then dissected off of the underlying pectoralis muscle. A posterior incision was made on the backside of the capsule at the proximate middle portion of the capsule and then reflected inferiorly thereby creating a superior based capsular flap. The lateral aspects of the capsule were then opened and the inferior edge of the capsule was then sutured to the underside of the inframammary flap with 2-0 Monocryl statures. Care was taken to avoid as much exposure of the implant, as well as damage to the implant. When the flap had been created and advanced, hemostasis was obtained and the area copiously irrigated with a solution of Bacitracin 50,000 units, Kefzol 1 g, gentamicin 80 mg, and 500 cc of saline. The lateral skin both medially and laterally were then completely freed and the vertical incision of the inverted T was then extended the 2 cm and sutured with a trifurcation suture of 2-0 Biosyn. This lengthened the vertical portion of the mastopexy scar to allow for descent of the implant and roundness of the inferior pole of the left breast. The remainder of the inverted T was closed with interrupted sutures of 3 and 2-0 Biosyn and the skin was closed with continuous suture of 5-0 nylon. Bacitracin and a standard breast dressing were applied.,The anesthesia was terminated and the patient was recovered in the operating room. Sponge, instrument, needle count reported as corrected. Estimated blood loss negligible.

assymetry
biosyn
breast
breast assymetry
breast surgeries
breast surgery
capsule
capsulotomy
flat advancement
inframammary
inframammary fold
kefzol
lower pole defect
mammary
mammary prosthesis
mentor-smooth
nipple
surgery


PREOPERATIVE DIAGNOSIS: , Angina and coronary artery disease.,POSTOPERATIVE DIAGNOSIS: , Angina and coronary artery disease.,NAME OF OPERATION: , Coronary artery bypass grafting (CABG) x2, left internal mammary artery to the left anterior descending and reverse saphenous vein graft to the circumflex, St. Jude proximal anastomosis used for vein graft. Off-pump Medtronic technique for left internal mammary artery, and a BIVAD technique for the circumflex.,ANESTHESIA: , General.,PROCEDURE DETAILS: , The patient was brought to the operating room and placed in the supine position upon the table. After adequate general anesthesia, the patient was prepped with Betadine soap and solution in the usual sterile manner. Elbows were protected to avoid ulnar neuropathy, chest wall expansion avoided to avoid ulnar neuropathy, phrenic nerve protectors used to protect the phrenic nerve and removed at the end of the case.,A midline sternal skin incision was made and carried down through the sternum which was divided with the saw. Pericardial and thymus fat pad was divided. The left internal mammary artery was harvested and spatulated for anastomosis. Heparin was given.,Vein resected from the thigh, side branches secured using 4-0 silk and Hemoclips. The thigh was closed multilayer Vicryl and Dexon technique. A Pulsavac wash was done, drain was placed.,The left internal mammary artery is sewn to the left anterior descending using 7-0 running Prolene technique with the Medtronic off-pump retractors. After this was done, the patient was fully heparinized, cannulated with a 6.5 atrial cannula and a 2-stage venous catheter and begun on cardiopulmonary bypass and maintained normothermia. Medtronic retractors used to expose the circumflex. Prior to going on pump, we stapled the vein graft in place to the aorta.,Then, on pump, we did the distal anastomosis with a 7-0 running Prolene technique. The right side graft was brought to the posterior descending artery using running 7-0 Prolene technique. Deairing procedure was carried out. The bulldogs were removed. The patient maintained good normal sinus rhythm with good mean perfusion. The patient was weaned from cardiopulmonary bypass. The arterial and venous lines were removed and doubly secured. Protamine was delivered. Meticulous hemostasis was present. Platelets were given for coagulopathy. Chest tube was placed and meticulous hemostasis was present. The anatomy and the flow in the grafts was excellent. Closure was begun.,The sternum was closed with wire, followed by linea alba and pectus fascia closure with running 0 Vicryl sutures in double-layer technique. The skin was closed with subcuticular 4-0 Dexon suture technique. The patient tolerated the procedure well and was transferred to the intensive care unit in stable condition.,We minimized the pump time to 16 minutes for just the distal anastomosis of the circumflex in order to lessen the insult to the kidneys as the patient already has kidney failure with a creatinine of 3.0.

anastomosis
angina
artery
bivad
cabg
circumflex
coronary artery
coronary artery bypass grafting
coronary artery disease
internal mammary artery
mammary
medtronic
surgery
vein
vein graft


Orthostatic cardiac allograft transplantation utilizing total cardiopulmonary bypass, open sternotomy covered with Ioban, insertion of Mahurkar catheter for hemofiltration via the left common femoral vein.

PREOPERATIVE DIAGNOSES:,1. Ischemic cardiomyopathy.,2. Status post redo coronary artery bypass.,3. Status post insertion of intraaortic balloon.,POSTOPERATIVE DIAGNOSES:,1. Ischemic cardiomyopathy.,2. Status post redo coronary artery bypass.,3. Status post insertion of intraaortic balloon.,4. Postoperative coagulopathy.,OPERATIVE PROCEDURE:,1. Orthostatic cardiac allograft transplantation utilizing total cardiopulmonary bypass.,2. Open sternotomy covered with Ioban.,3. Insertion of Mahurkar catheter for hemofiltration via the left common femoral vein.,ANESTHESIA: , General endotracheal.,OPERATIVE PROCEDURE: , With the patient in the supine position, he was prepped from shin to knees and draped in a sterile field. A right common femoral artery vein were then exposed through a longitudinal incision in the right groin and prepared for cardiopulmonary bypass. A sternotomy incision was then opened and the lesions from the previous operative procedures were lysed and they were very dense and firm, freeing up the right atrium and the ascending aorta and anterior right ventricle. The patient was heparinized and then a pursestring suture was placed in the right atrium superior and inferior just above the superior and inferior vena cava. A percutaneous catheter for arterial return was placed using Seldinger technique through exposed right femoral artery and then two 3-mm catheters were inserted with two pursestring sutures in the right atrium just superior to inferior vena cava. After satisfactory heparinization has been obtained, the patient was placed on cardiopulmonary bypass and another pursestring suture was placed in the right superior pulmonary vein and a catheter was placed for suction in the left atrium. After the heart was brought to the operating room and triggered, the patient had the ascending aorta clamped and tapes were placed around superior and inferior vena cava and were secured in place. A cardiectomy was then performed by starting in the right atrium. The wires from the pacemaker and defibrillator were transected coming from the superior vena cava and the Swan-Ganz catheter was brought out into the operative field. Cardiectomy was then performed, first resecting the anterior portion of the right atrium and then transecting the aorta, the pulmonary artery, the septum between the right and left atriums, and then the heart was removed. The right and left atrium, aorta, and pulmonary artery were prepared for the transplant. First, we did a side-to-side anastomosis, continued to the left atrium and this was performed using 3-0 Prolene suture and a right atrial anastomosis side-to-side was performed using 3-0 Prolene suture. The pulmonary artery was then anastomosed using 5-0 Prolene and the aorta was anastomosed with 4-0 Prolene. The arterial anastomosis in the pulmonary artery and aorta were not completed until the heart was filled with blood. Air was evacuated and the sutures were tied down. The clamp on the ascending aorta was removed and the patient was gradually overtime weaned from cardiopulmonary bypass. The patient had a postoperative coagulopathy which prolonged the period of time in the operating room after completion and weaning off of the cardiopulmonary bypass. Blood factors and factor VII were given to try and correct the coagulopathy. Because of excessive transfusions that were required, a Mahurkar catheter was inserted through the left common femoral vein, first placing a needle into the vein and then guidewire removed, and the needle dilators were then placed and then the Mahurkar catheter was then placed with 2-0 nylon suture. Hemofiltration was started in the operating room at this time. After he had satisfactory hemostasis, we decided to do the chest open and cover it with Ioban, which we did, and one chest tube was inserted into the mediastinum through a separate stab wound. The patient also had an intraaortic balloon for counterpulsation which had been inserted into the left subclavian vein preoperatively. This was left in place and the pulse generation, the pacemaker was in a right infraclavicular position, which was left in place because of the coagulopathy. The patient received 11 units of packed red blood cells, 7 platelets, 23 fresh-frozen plasma, 20 cryoprecipitates, and factor VII. Urine output for the procedure was 520 mL. The preservation time of the heart is in the anesthesia sheet. The estimated blood loss was at least 6 L. The patient was taken to the intensive care unit in guarded condition.

allograft
aorta
artery
atrium
balloon
cardiac
cardiac allograft
cardiomyopathy
cardiopulmonary
cardiopulmonary bypass
catheter
coagulopathy
common femoral
coronary artery bypass
femoral vein
hemofiltration
inferior vena cava
insertion
intraaortic
intraaortic balloon
ioban
ischemic
ischemic cardiomyopathy
mahurkar catheter
orthostatic
pulmonary artery
seldinger
sternotomy
surgery
swan-ganz
transplantation
vena cava
ventricle


Cardiac Catheterization - An obese female with a family history of coronary disease and history of chest radiation for Hodgkin disease, presents with an acute myocardial infarction with elevated enzymes.

INDICATIONS FOR PROCEDURE:, A 51-year-old, obese, white female with positive family history of coronary disease and history of chest radiation for Hodgkin disease 20 years ago with no other identifiable risk factors who presents with an acute myocardial infarction with elevated enzymes. The chest pain occurred early Tuesday morning. She was treated with Plavix, Lovenox, etc., and transferred for coronary angiography and possible PCI. The plan was discussed with the patient and all questions answered.,PROCEDURE NOTE:, Following sterile prep and drape, the right groin and instillation of 1% Xylocaine anesthesia, the right femoral artery was percutaneously entered with a single wall puncture. A 6-French sheath inserted. Selective left and right coronary injections performed using Judkins coronary catheters with a 6-French pigtail catheter used to obtain left ventricle pressures, and a left ventriculography. The left pullback pressure. The catheters withdrawn. Sheath injection. Hemostasis obtained with a 6-French Angio-Seal device. She tolerated the procedure well.,Left ventricular end-diastolic pressure equals 25 mmHg post A wave. No aortic valve or systolic gradient on pullback.,ANGIOGRAPHIC FINDINGS:,I. Left coronary artery: The left main coronary artery is,normal. The left anterior descending extends to the apex and has only minor luminal irregularities within the midportion of the vessel. Normal diagonal branches. Normal septal perforator branches. The left circumflex is a nondominant vessel with only minor irregularities with normal obtuse marginal branches.,II. Right coronary artery: The proximal right coronary artery has a focal calcification. There is minor plaque with luminal irregularity in the proximal and midportion of the vessel with no narrowing greater than 10 to 20% at most. The right coronary artery is a dominant system which gives off normal posterior,descending and posterior lateral branches. TIMI 3 flow is present.,III. Left ventriculogram: The left ventricle is slightly enlarged with normal contraction of the base, but, with wall motion abnormality involving the anteroapical and inferoapical left ventricle with hypokinesis within the apical portion. Ejection fraction estimated 40%, 1+ mitral regurgitation (echocardiogram ordered).,DISCUSSION:, Recent inferoapical mild myocardial infarction by left ventriculography and cardiac enzymes with elevated left ventricular end-diastolic pressure post A wave, but, only minor residual coronary artery plaque with calcification proximal right coronary artery.,PLAN:, Medical treatment is contemplated, including ACE inhibitor, a beta blocker, aspirin, Plavix, nitrates. An echocardiogram is ordered to exclude apical left ventricular thrombus and to further assess ejection fraction.

acute myocardial infarction
artery
beta blocker
cardiac
cardiac catheterization
catheterization
coronary
coronary angiography
coronary artery
coronary disease
diastolic pressure
echocardiogram
ejection fraction
elevated enzymes
enzymes
hodgkin disease
infarction
inferoapical
myocardial
myocardial infarction
proximal right coronary
surgery
ventriculogram
ventriculography


Redo coronary bypass grafting x3, right and left internal mammary, left anterior descending, reverse autogenous saphenous vein graft to the obtuse marginal and posterior descending branch of the right coronary artery. Total cardiopulmonary bypass, cold-blood potassium cardioplegia, antegrade for myocardial protection. Placement of a right femoral intraaortic balloon pump.

OPERATIVE PROCEDURE:,1. Redo coronary bypass grafting x3, right and left internal mammary, left anterior descending, reverse autogenous saphenous vein graft to the obtuse marginal and posterior descending branch of the right coronary artery. Total cardiopulmonary bypass, cold-blood potassium cardioplegia, antegrade for myocardial protection.,2. Placement of a right femoral intraaortic balloon pump.,DESCRIPTION: , The patient was brought to the operating room and placed in the supine position. After adequate endotracheal anesthesia was induced, appropriate monitoring lines were placed. Chest, abdomen an legs were prepped and draped in sterile fashion. The femoral artery on the right was punctured and a guidewire was placed. The track was dilated and intraaortic balloon pump was placed in the appropriate position, sewn in place and ballooning started.,The left greater saphenous vein was harvested from the groin to the knee and prepared by ligating all branches with 4-0 silk and flushed with vein solution. The leg was closed with running 3-0 Dexon subcu and running 4-0 Dexon on the skin.,The old mediastinal incision was opened. The wires were cut and removed. The sternum was divided in the midline. Retrosternal attachments were taken down. The left internal mammary was dissected free from its takeoff at the left subclavian bifurcation at the diaphragm and surrounded with papaverine-soaked gauze. The heart was dissected free of its adhesions. The patient was fully heparinized and cannulated with a single aorta and single venous cannula. Retrograde cardioplegia cannula was attempted to be placed, but could not be fitted into the coronary sinus safely, therefore, it was banded and oversewn with 5-0 Prolene. An antegrade cardioplegia needle sump was placed and secured to the ascending aorta. Cardiopulmonary bypass ensued. The ascending aorta was cross clamped. Cold-blood potassium cardioplegia was given antegrade, a total of 10 cc/kg. It was followed by sumping the ascending aorta. The obtuse marginal was identified and opened and an end-to-side anastomosis was performed with a running 7-0 Prolene suture. The vein was cut to length. Antegrade cardioplegia was given, a total of 200 cc. The posterior descending branch of the right coronary artery was identified, opened and end-to-side anastomosis then performed with a running 7-0 Prolene suture. The vein was cut to length. Antegrade cardioplegia was given. The mammary was clipped distally, divided and spatulated for anastomosis. The anterior descending was identified, opened and end-to-side anastomosis then performed with running 8-0 Prolene suture and warm blood potassium cardioplegia was given. The cross clamp was removed. A partial-occlusion clamp was placed. Aortotomies were made. The vein was cut to fit these and sutured in place with running 5-0 Prolene suture. The partial-occlusion clamp was removed. All anastomoses were inspected and noted to be patent and dry. Atrial and ventricular pacing wires were placed. The patient was fully warmed and ventilation was commenced. The patient was weaned from cardiopulmonary bypass, ventricular balloon pumping and inotropic support and weaned from cardiopulmonary bypass. The patient was decannulated in routine fashion. Protamine was given. Good hemostasis was noted. A single mediastinal chest tube and bilateral pleural Blake drains were placed. The sternum was closed with figure-of-eight stainless steel wire. The linea alba was closed with figure-of-eight of #1 Vicryl, the sternal fascia closed with running #1 Vicryl, the subcu closed with running 2-0 Dexon, skin with running 4-0 Dexon subcuticular stitch. The patient tolerated the procedure well.

anastomosis
aorta
ascending aorta
balloon pump
bypass
cabg
cardioplegia
cardiopulmonary
cardiopulmonary bypass
coronary
coronary bypass grafting
femoral artery
internal mammary
intraaortic
intraaortic balloon
potassium
prolene
prolene suture
running prolene suture
surgery


Coronary artery bypass grafting (CABG) x4. Progressive exertional angina, three-vessel coronary artery disease, left main disease, preserved left ventricular function.

PREOPERATIVE DIAGNOSES: , Progressive exertional angina, three-vessel coronary artery disease, left main disease, preserved left ventricular function.,POSTOPERATIVE DIAGNOSES:, Progressive exertional angina, three-vessel coronary artery disease, left main disease, preserved left ventricular function.,OPERATIVE PROCEDURE: , Coronary artery bypass grafting (CABG) x4.,GRAFTS PERFORMED: , LIMA to LAD, left radial artery from the aorta to the PDA, left saphenous vein graft from the aorta sequential to the diagonal to the obtuse marginal.,INDICATIONS FOR PROCEDURE: , The patient is a 74-year-old gentleman, who presented with six-month history of progressively worsening exertional angina. He had a positive stress test and cardiac cath showed severe triple-vessel coronary artery disease including left main disease with preserved LV function. He was advised surgical revascularization of his coronaries.,FINDINGS DURING THE PROCEDURE: ,The aorta was free of any significant plaque in the ascending portion at the sites of cannulation and cross clamp. Left internal mammary artery and saphenous vein grafts were good quality conduits. Radial artery graft was a smaller sized conduit, otherwise good quality. All distal targets showed heavy plaque involvement with calcification present. The smallest target was the PDA, which was about 1.5 mm in size. All the other targets were about 2 mm in size or greater. The patient came off cardiopulmonary bypass without any problems. He was transferred on Neo-Synephrine, nitroglycerin, Precedex drips. Cross clamp time was 102 minutes, bypass time was 120 minutes.,DETAILS OF THE PROCEDURE: ,The patient was brought into the operating room and laid supine on the table. After he had been interfaced with the appropriate monitors, general endotracheal anesthesia was induced and invasive monitoring lines including right IJ triple-lumen catheter and Cordis catheter, right radial A-line, Foley catheter, TEE probes were placed and interfaced appropriately. The patient was then prepped and draped from chin to bilateral ankles including the left forearm in the usual sterile fashion. Preoperative checkup of the left forearm has revealed good collateral filling from the ulnar with the radial occluded thus indicating good common arch and thus left radial artery was suitable for harvest.,After prepping and draping the patient from the chin to bilateral ankles including left forearm in the usual sterile fashion, proper time-out was conducted and site identification was performed, and subsequently incision was made overlying the sternum and median sternotomy was performed. Left internal mammary artery was taken down. Simultaneously, left forearm radial artery was harvested using endoscopic harvesting techniques. Simultaneously, endoscopic left leg saphenous vein was harvested using endoscopic minimally invasive techniques. Subsequent to harvest, the incisions were closed in layers during the course of the procedure.,Heparin was given. Pericardium was opened and suspended. During the takedown of the left internal mammary artery, it was noted that the left pleural space was globally softened and left lung was adherent to the chest wall and mediastinum globally. Only a limited dissection was performed to free up the lung from the mediastinal structures to accommodate the left internal mammary artery.,Pericardium was opened and suspended. Pursestring sutures were placed. Aortic and venous as well as antegrade and retrograde cardioplegia cannulation was performed and the patient was placed on cardiopulmonary bypass. With satisfactory flow, the aorta was cross clamped and the heart was arrested using a combination of antegrade and retrograde cold blood cardioplegia. An initial dose of about 1500 mL was given and this was followed by intermittent doses given both antegrade and retrograde throughout the procedure to maintain a good arrest and to protect the heart.,PDA was exposed first. The right coronary artery was calcified along its course all the way to its terminal bifurcation. Even in the PDA, calcification was noted in a spotty fashion. Arteriotomy on the PDA was performed in a soft area and 1.5 probe was noted to be accommodated in both directions. End radial to side PDA anastomosis was constructed using running 7-0 Prolene. Next, the posterolateral obtuse marginal was exposed. Arteriotomy was performed. An end saphenous vein to side obtuse marginal anastomosis was constructed using running 7-0 Prolene. This graft was then apposed to the diagonal and corresponding arteriotomy and venotomies were performed and a diamond shaped side-to-side anastomosis was constructed using running 7-0 Prolene. Next, a slit was made in the left side of the pericardium and LIMA was accommodated in the slit on its way to the LAD. LAD was exposed. Arteriotomy was performed. An end LIMA to side LAD anastomosis was constructed using running 7-0 Prolene. LIMA was tacked down to the epicardium securely utilizing its fascial pedicle.,Two stab incisions were made in the ascending aorta and enlarged using 4-mm punch. Two proximal anastomosis were constructed between the proximal end of the saphenous vein graft and the side of the aorta, and the proximal end of the radial artery graft and the side of the aorta separately using running 6-0 Prolene. The patient was given terminal dose of warm retrograde followed by antegrade cardioplegia during which de-airing maneuvers were performed. Following this, the aortic cross clamp was removed and the heart was noted to resume spontaneous coordinated contractile activity. Temporary V-pacing wires were placed. Blake drains were placed in the left chest, the right chest, as well as in the mediastinum. Left chest Blake drain was placed just in the medial section where dissection had been performed. After an adequate period of rewarming during which time, temporary V-pacing wires were also placed, the patient was successfully weaned off cardiopulmonary bypass without any problems. With satisfactory hemodynamics, good LV function on TEE and baseline EKG, heparin was reversed using protamine. Decannulation was performed after volume resuscitation. Hemostasis was assured. Mediastinal and pericardial fat and pericardium were loosely reapproximated in the midline and chest was closed in layers using interrupted stainless steel wires to reappose the two sternal halves, heavy Vicryl for musculofascial closure, and Monocryl for subcuticular skin closure. Dressings were applied. The patient was transferred to the ICU in stable condition. He tolerated the procedure well. All counts were correct at the termination of the procedure. Cross clamp time was 102 minutes. Bypass time was 120 minutes. The patient was transferred on Neo-Synephrine, nitroglycerin, and Precedex drips.

a-line
angina
aorta
artery
bypass
cabg
conduit
cordis catheter
coronary
coronary artery
coronary artery bypass grafting
coronary artery disease
cross clamp
exertional angina
foley catheter
graft
grafting
ij triple-lumen catheter
lima
mammary artery
obtuse marginal
pda
radial artery
saphenous vein
surgery
tee probes
triple-vessel


PREOPERATIVE DIAGNOSIS: , Coronary occlusive disease.,POSTOPERATIVE DIAGNOSIS: , Coronary occlusive disease.,OPERATION PROCEDURE: , Coronary bypass graft x2 utilizing left internal mammary artery, the left anterior descending, reverse autogenous reverse autogenous saphenous vein graft to the obtuse marginal. Total cardiopulmonary bypass, cold-blood potassium cardioplegia, antegrade for myocardial protection.,INDICATION FOR THE PROCEDURE: ,The patient was a 71-year-old female transferred from an outside facility with the left main, proximal left anterior descending, and proximal circumflex severe coronary occlusive disease, ejection fraction about 40%.,FINDINGS: , The LAD was 2-mm vessel and good, mammary was good, and obtuse marginal was 2-mm vessel and good, and the main was good.,DESCRIPTION OF PROCEDURE: ,The patient was brought to the operating room and placed in the supine position. Adequate general endotracheal anesthesia was induced. Appropriate monitoring devices were placed. The chest, abdomen and legs were prepped and draped in the sterile fashion. The right greater saphenous vein was harvested and prepared by 2 interrupted skin incisions and by ligating all branches with 4-0 Surgilon and flushed with heparinized blood. Hemostasis was achieved in the legs and closed with running 2-0 Dexon in the subcutaneous tissue and running 3-0 Dexon subcuticular in the skin.,Median sternotomy incision was made and the left mammary artery was dissected free from its takeoff of the subclavian to its bifurcation at the diaphragm and surrounded with papaverine-soaked gauze. The pericardium was opened. The pericardial cradle was created. The patient was fully heparinized and cannulated with a single aortic and single venous cannula and bypass was instituted. A retrograde cardioplegic cannula was placed with a pursestring suture of 4-0 Prolene suture in the right atrial wall into the coronary sinus and tied to a Rumel tourniquet. An antegrade cardioplegic needle sump combination was placed in the ascending aorta and tied in place with 4-0 Prolene. Cardiopulmonary bypass was instituted and the ascending aorta was crossclamped. Antegrade cardioplegia was given at a total of 5 mL per kg through the aortic route. This was followed by something in the aortic route and retrograde cardioplegia through the coronary sinus at a total of 5 mL per kg. The obtuse marginal coronary was identified and opened.,End-to-side anastomosis was performed with a running 7-0 Prolene suture and the vein was cut to length. Cold antegrade and retrograde potassium cardioplegia were given. The mammary artery was clipped distally, divided and spatulated for anastomosis. The anterior descending was identified and opened. End-to-side anastomosis was performed with running 8-0 Prolene suture and the warm blood potassium cardioplegia was given antegrade and retrograde and the aortic cross-clamp was removed. The partial occlusion clamp was placed. Aortotomies were made. The veins were cut to fit these and sutured in place with running 5-0 Prolene suture. A partial occlusion clamp was removed. All anastomoses were inspected and noted to be patent and dry. Ventilation was commenced. The patient was fully warm and the patient was then wean from cardiopulmonary bypass. The patient was decannulated in routine fashion. Protamine was given. Good hemostasis was noted. A single mediastinal chest tube and bilateral pleural Blake drains were placed. The sternum was closed with figure-of-eight stainless steel wire plus two 5-mm Mersiline tapes.,The linea alba was closed with figure-of-eight of #1 Vicryl, the sternal fascia closed with running #1 Vicryl, the subcu closed with running 2-0 Dexon, skin with running 4-0 Dexon subcuticular stitch. The patient tolerated the procedure well.

anastomosis
antegrade
artery
autogenous
bypass
cabg
cardioplegia
cardiopulmonary
cardiopulmonary bypass
coronary
coronary bypass graft
coronary occlusive disease
mammary artery
marginal
myocardial
obtuse
obtuse marginal
potassium
potassium cardioplegia
prolene suture
retrograde
surgery


TITLE OF PROCEDURE: ,Coronary artery bypass grafting times three utilizing the left internal mammary artery, left anterior descending and reversed autogenous saphenous vein graft to the posterior descending branch of the right coronary artery and obtuse marginal coronary artery, total cardiopulmonary bypass, cold blood potassium cardioplegia, antegrade and retrograde, for myocardial protection.,DESCRIPTION OF PROCEDURE: ,The patient was brought to the operating room and placed in the supine position. Adequate general endotracheal anesthesia was induced. Appropriate monitoring devices were placed. The chest, abdomen and legs were prepped and draped in the sterile fashion. The right greater saphenous vein was harvested and prepared by ligating all branches with 4-0 Surgilon and flushed with heparinized blood. Hemostasis was achieved in the legs and closed with running 2-0 Dexon in the subcutaneous tissue and running 3-0 Dexon subcuticular in the skin. Median sternotomy incision was made and the left mammary artery was dissected free from its takeoff of the subclavian to its bifurcation at the diaphragm and surrounded with papaverine-soaked gauze. The pericardium was opened. The pericardial cradle was created. The patient was fully heparinized and cannulated with a single aortic and single venous cannula and bypass was instituted. A retrograde cardioplegic cannula was placed with a pursestring suture of 4-0 Prolene suture in the right atrial wall into the coronary sinus and tied to a Rumel tourniquet. An antegrade cardioplegic needle sump combination was placed in the ascending aorta and tied in place with 4-0 Prolene. The ascending aorta was crossclamped. Cold blood potassium cardioplegia was given to the ascending aorta followed by sumping through the ascending aorta followed by cold retrograde potassium cardioplegia. The obtuse marginal coronary artery was identified and opened and end-to-side anastomosis was performed to the reversed autogenous saphenous vein with running 7-0 Prolene suture and the vein was cut to length. Cold antegrade and retrograde cardioplegia were given and the posterior descending branch of the right coronary artery was identified and opened. End-to-side anastomosis was performed with a running 7-0 Prolene suture and the vein was cut to length. Cold antegrade and retrograde potassium cardioplegia were given. The mammary artery was clipped distally, divided and spatulated for anastomosis. The anterior descending was identified and opened. End-to-side anastomosis was performed through the left internal mammary artery with running 8-0 Prolene suture. The mammary pedicle was sutured to the heart with interrupted 5-0 Prolene suture. A warm antegrade and retrograde cardioplegia were given. The aortic crossclamp was removed. The partial occlusion clamp was placed. Aortotomies were made. The veins were cut to fit these and sutured in place with running 5-0 Prolene suture. A partial occlusion clamp was removed. All anastomoses were inspected and noted to be patent and dry. Ventricular and atrial pacing wires were placed. The patient was fully warmed and weaned from cardiopulmonary bypass. The patient was decannulated in the routine fashion and Protamine was given. Good hemostasis was noted. A single mediastinal and left pleural chest tube were placed. The sternum was closed with interrupted wire, linea alba with running 0 Prolene, the sternal fascia was closed with running 0 Prolene, the subcutaneous tissue with running 2-0 Dexon and the skin with running 3-0 Dexon subcuticular stitch. The patient tolerated the procedure well.

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