Right total knee arthroplasty - Osteoarthritis, right knee.

PREOPERATIVE DIAGNOSIS (ES):, Osteoarthritis, right knee.,POSTOPERATIVE DIAGNOSIS (ES):, Osteoarthritis, right knee.,PROCEDURE:, Right total knee arthroplasty.,DESCRIPTION OF THE OPERATION:, The patient was brought to the Operating Room and after the successful placement of an epidural, as well as general anesthesia, administration 1 gm of Ancef preoperatively, the patient's right thigh, knee and leg were scrubbed, prepped and draped in the usual sterile fashion. The leg was exsanguinated by gravity and pneumatic tourniquet was inflated to 300 mmHg.,A straight anterior incision was carried down through the skin and subcutaneous tissue. Unilateral flaps were developed and a median retinacular parapatellar incision was made. The extensor mechanism was partially divided and the patella was everted. Some of the femoral bone spurs were resected using an osteotome and a rongeur. Ascending drill hole was made in the distal femur and the distal femoral cut, anterior and posterior and chamfer cuts were accomplished for a 67.5 femoral component.,At this point the ACL was resected. Some of the fat pad and synovium were resected, as well as both medial and lateral menisci. A posterior cruciate retractor was utilized, the tibia brought forward and a centering drill hole made in the tibia. The intramedullary guide was used for cutting the tibia. It was set at 8 mm. An additional 2 mm was resected because of a moderate defect medially.,A trial reduction was done with a 71 tibial baseplate. This was pinned and drilled and then trial reduction done with a 10-mm insert.,This gave good stability and a full range of motion.,The patella was measured with the calibers and 9 mm of bone was resected with an oscillating saw. A 34-mm component was drilled for.,A further trial reduction was done and two liters of pulse lavage were used to clean the bony surfaces. A packet of cement was hand mixed, pressurized with a spatula into the proximal tibia. Multiple drill holes were made on the medial side of the tibia where the bone was somewhat sclerotic. The tibia baseplate was secured and the patella was inserted, held with a clamp. The extraneous cement was removed. At this point the tibial baseplate was locked into place and the femoral component also seated solidly.,The knee was extended, held in this position for another 5-6 minutes until the cement was cured. Further extraneous cement was removed. The pneumatic tourniquet was released, hemostasis was obtained with electrocoagulation.,Retinaculum, quadriceps and extensor were repaired with multiple figure-of-eight #1 Vicryl sutures, the subcutaneous tissue with 2-0 and the skin with skin staples. A sterile, bulky compression dressing was placed. The patient was stable on operative release.

arthroplasty
baseplate
femoral
knee
knee arthroplasty
osteoarthritis
patella
retinacular parapatellar
surgery
tibia
total knee
total knee arthroplasty


Total left knee replacement. Degenerative arthritis of the left knee. Degenerative ware of three compartments of the trochlea, the medial, as well as the lateral femoral condyles as well was the plateau.

PREOPERATIVE DIAGNOSIS: ,Degenerative arthritis of the left knee.,POSTOPERATIVE DIAGNOSIS:, Degenerative arthritis of the left knee.,PROCEDURE PERFORMED: , Total left knee replacement on 08/19/03. The patient also underwent a bilateral right total knee replacement in the same sitting and that will be dictated by Dr. X.,TOURNIQUET TIME: , 76 minutes.,BLOOD LOSS: , 150 cc.,ANESTHESIA: ,General.,IMPLANT USED FOR PROCEDURE:, NexGen size F femur on the left with #8 size peg tibial tray, a #12 mm polyethylene insert and this a cruciate retaining component. The patella on the left was not resurfaced.,GROSS INTRAOPERATIVE FINDINGS: , Degenerative ware of three compartments of the trochlea, the medial, as well as the lateral femoral condyles as well was the plateau. The surface of the patella was with a minimal ware and minimal osteophytes and we decided not to resurface the patellar component.,HISTORY: ,This is a 69-year-old male with complaints of bilateral knee pain for several years and increased intensity in the past several months where it has affected his activities of daily living. He attempted conservative treatment, which includes anti-inflammatory medications as well as cortisone and Synvisc. This has only provided him with temporary relief. It is for that reason, he is elected to undergo the above-named procedure.,All risks as well as complications were discussed with the patient, which include, but are not limited to infection, deep vein thrombosis, pulmonary embolism, need for further surgery, and further pain. He has agreed to undergo this procedure and a consent was obtained preoperatively.,PROCEDURE: , The patient was wheeled back to operating room #2 at ABCD General Hospital on 08/19/03 and was placed supine on the operating room table. At this time, a nonsterile tourniquet was placed on the left upper thigh, but not inflated. An Esmarch was then used to exsanguinate the extremity and the left extremity was then prepped and draped in the usual sterile fashion for this procedure. The tourniquet was then inflated to 325 mmHg. At this time, a standard midline incision was made towards the total knee. We did discuss preoperatively for a possible unicompartmental knee replacement for this patient, but he did have radiographic evidence of chondrocalcinosis of the lateral meniscus. We did start off with a small midline skin incision in case we were going to do a unicompartmental. Once we exposed the medial parapatellar mini-arthrotomy and visualized the lateral femoral condyle, we decided that this patient would not be an optimal candidate for unicompartmental knee replacement. It is for this reason that we extended the incision and underwent with the total knee replacement. Once the full medial parapatellar arthrotomy was performed with the subperiosteal dissection of the proximal tibia in order to evert the patella. Once the patella was everted, we then used a drill to cannulate the distal femoral canal in order to place the intramedullary guide. A Charnley awl was then used to remove all the intramedullary contents and they were removed from the knee. At this time, a femoral sizer was then placed with reference to the posterior condyles and we measured a size F. Once this was performed, three degrees of external rotation was then drilled into the condyle in alignment with the epicondyles of the femur. At this time, the intramedullary guide was then inserted and placed in three degrees of external rotation. Our anterior cutting guide was then placed and an anterior cut was performed with careful protection of the soft tissues. Next, this was removed and the distal femoral cutting guide was then placed in five degrees of valgus. This was pinned to the distal femur and with careful protection of the collateral ligaments, a distal femoral cut was performed. At this time, the intramedullary guide was removed and a final cutting block was placed. This was placed in the center on the distal femur with 1 mm to 2 mm laterally translated for better patellar tracking. At this time, the block was pinned and screwed in place with spring pins with careful protection of the soft tissues. An oscillating saw was then used to resect the posterior and anterior cutting blocks with anterior and posterior chamfer as well as the notch cut. Peg holes were then drilled.,The block was then removed and an osteotome was then used to remove all the bony cut pieces. At this time with a better exposure of the proximal tibia, we placed external tibial guide. This was placed with longitudinal axis of the tibia and carefully positioned in order to obtain an optimal cut for the proximal tibia. At this time with careful soft tissue retraction and protection, an oscillating saw was used to make a proximal tibial osteotomy. Prior to the osteotomy, the cut was checked with a depth gauge in order to assure appropriate bony resection. At this time, a _blunt Kocher and Bovie cautery were used to remove the proximal tibial cut, which had soft tissue attachments. Once this was removed, we then implanted our trial components of size F to the femur and a size 8 mm tibial tray with 12 mm plastic articulating surface. The knee was taken through range of motion and revealed excellent femorotibial articulation. The patella did tend to sublux somewhat laterally with extremes of flexion and it was for this reason, we performed a minimal small incision lateral retinacular release. Distal lateral patella was tracked more uniformly within the patellar groove of the prosthesis. At this time, an intraoperative x-ray was performed, which revealed excellent alignment with no varus angulation especially of the whole femur and tibial alignment and tibial cut. At this time, the prosthesis was removed. A McGill retractor was then reinserted and replaced peg tibial tray in order to peg the proximal tibia. Once the drill holes were performed, we then copiously irrigated the wound and then suctioned it dry to get ready and prepped for cementation of the drilled components. At this time, polymethyl methacrylate cement was then mixed. The cement was placed on the tibial surface as well as the underneath surface of the component. The component was then placed and impacted with excess cement removed. In a similar fashion, the femoral component was also placed. A 12 mm plastic tray was then placed and the leg held in full extension and compression in order to obtain adequate bony cement content. Once the cement was fully hardened, the knee was flexed and a small osteotome was used to remove any extruding cement from around the prosthesis of the bone. Once this was performed, copious irrigation was used to irrigate the wound and the wound was then suctioned dry. The knee was again taken through range of motion with a 12 mm plastic as well as #14. The #14 appeared to be a bit too tight especially in extremes of flexion. We decided to go with a #12 mm polyethylene tray. At this time, this was placed to the tibial articulation and then left in place. This was rechecked with careful attention to detail with checking no soft tissue interpositioned between the polyethylene tray and the metal tray of the tibia. The knee was again taken through range of motion and revealed excellent tracking of the patella with good femur and tibial contact. A drain was placed and cut to length.,At this time, the knee was irrigated and copiously suction dried. #1-0 Ethibond suture was then used to approximate the medial parapatellar arthrotomy in figure-of-eight fashion. A tight capsular closure was performed. This was reinforced with a #1-0 running Vicryl suture. At this time, the knee was again taken through range of motion to assure tight capsular closure. At this time, copious irrigation was used to irrigate the superficial wound. #2-0 Vicryl was used to approximate the wound with figure-of-eight inverted suture. The skin was then approximated with staples. The leg was then cleansed. Sterile dressing consisting of Adaptic, 4x4, ABDs, and Kerlix roll were then applied. At this time, the patient was extubated and transferred to recovery in stable condition. Prognosis is good for this patient.

arthritis
cementation
cruciate
cutting
degenerative arthritis
femoral
femur
knee
knee replacement
nexgen
polyethylene
proximal tibia
surgery
tibial
total knee replacement


NexGen left total knee replacement. Degenerative arthritis of left knee. The patient is a 72-year-old female with a history of bilateral knee pain for years progressively worse and decreasing quality of life and ADLs.

PREOPERATIVE DIAGNOSIS: , Degenerative arthritis of left knee.,POSTOPERATIVE DIAGNOSIS:, Degenerative arthritis of left knee.,PROCEDURE PERFORMED: , NexGen left total knee replacement.,ANESTHESIA: , Spinal.,TOURNIQUET TIME: Approximately 66 minutes.,COMPLICATIONS:, None.,ESTIMATED BLOOD LOSS: , Approximately 50 cc.,COMPONENTS: , A NexGen stemmed tibial component size 5 was used, 10 mm cruciate retaining polyethylene surface, a NexGen cruciate retaining size E femoral component, and a size 38 9.5 mm thickness All-Poly Patella.,BRIEF HISTORY:, The patient is a 72-year-old female with a history of bilateral knee pain for years progressively worse and decreasing quality of life and ADLs. She wishes to proceed with arthroplasty at this time.,PROCEDURE: ,The patient was taken to the Operative Suite at ABCD General Hospital on 09/11/03. She was placed on the operating table. Department of Anesthesia administered a spinal anesthetic. Once adequately anesthetized, the left lower extremity was prepped and draped in the usual sterile fashion. An Esmarch was applied and a tourniquet was inflated to 325 mmHg on the left thigh. A longitudinal incision was made over the anterior portion of the knee and this was taken down through the subcutaneous tissue to the level of the patella retinaculum. A medial peripatellar arthrotomy was then made and taken down to the level of the tibial tubercle. Care was then ensured that the patellar tendon was not violated. The proximal tibia was then skeletonized both medially and laterally to the level of the axis through the joint line. Again care was ensured that the patellar tendon was not avulsed from the insertion on the tibia. The intramedullary canal was then opened using a drill and the anterior sizing guide was then placed. Rongeur was used to take out any osteophytes and the size of approximately size E. At this point, the epicondyle axis guide was then inserted and aligned in a proper orientation. The anterior cutting guide was then placed. Care was checked for the amount of resection that the femur would be notched and the oscillating saw was used to cut the anterior portion of the femur. After this was performed, this was removed and the distal femoral cutting guide was then placed. The left knee placed in 5 degrees of valgus, guide was then placed, and a standard distal cut was then taken. After the cuts were ensured further to be leveled and they were, and we proceeded to place the finishing guide size E and distal femur. This was placed slightly in lateral position and secured in position with spring tense and head lift tense. Once adequately secured and placed in the appropriate orientation, the alignment was again verified with the epicondyle axis and appeared to be externally rotated appropriately. The chamfer cuts and anterior and posterior cuts were then made as well as the notch cut using the reciprocating and oscillating saws. After this was performed, the guide was removed and all bony fragments were then removed. Attention was then directed to the tibia. The external tibial alignment guide was then placed and pinned to the proximal tibia in a proper position. Care was ensured if it is was a varus or valgus and the appropriate. The femur gauge was then used to provide us appropriate amount of bony resection. This was then pinned and secured into place. Ligament retractors were used to protect the collateral ligaments and the tip proximal tibial cut was then made. This bony portion was then removed and remaining meniscal fragments were removed as well as the ACL till adequate exposure was obtained. Trial components were then inserted into position and taken the range of motion and found to have good and full excellent range of motion stability. The trial components were then removed. The tibia was then stemmed in standard fashion after the tibial plate was placed in some degree of external rotation with appropriate alignment. After it was stemmed and broached, these were removed and the patella was then incised, a size 41 patella reamer blade was then used and was taken down, a size 38 patella button was then placed intact. Again the trial components were placed back into position. Patella button was placed and the tracking was evaluated. They tracked centrally with no touch technique. Again, all components were now removed and the knee was then copiously irrigated and suctioned dry. Once adequately suctioned dry, the tibial portion was cemented and packed into place. Also excess cement was removed. The femoral component was then cemented into position. All excess cement was removed. A size 12 poly was then inserted in trial to provide compression at cement adhered. The patella was then cemented and held into place. All components were held under compression until cement had adequately adhered all excess cement was then removed. The knee was then taken through range of motion and size 12 felt to be slightly too big, this was removed and the size 10 trial was replaced, and again had excellent varus and valgus stability with full range of motion and felt to be the articulate surface of choice. The knee was again copiously irrigated and suctioned dry. One last check in the posterior aspect of the knee for any loose bony fragments or osteophytes was performed, there were none found and a final articulating surface was impacted and locked into place. After this, the knee was taken again for final range of motion and found to have excellent position, stability, and good alignment of the components. The knee was once again copiously irrigated, and the tourniquet was deflated. Bovie cautery was used to cauterize the knee bleeding that was seen until good hemostasis obtained. A drain was then placed deep to the retinaculum and the retinaculum repair was performed using #2-0 Ethibond and oversewn with a #1 Vicryl. This was flexed and the repair was found held securely. At this point, the knee was again copiously irrigated and suctioned dry. The subcutaneous tissue was closed with #2-0 Vicryl, and the skin was approximated with skin staples. Sterile dressing with Adaptic, 4x4s, ABDs, and Kerlix rolls was then applied. The patient was then transferred back to the gurney in a supine position.,DISPOSITION: , The patient tolerated well with no complications, to PACU in satisfactory condition.

all-poly patella
arthritis
bony fragments
degenerative arthritis
epicondyle axis
knee
nexgen
nexgen cruciate
nexgen stemmed tibial component
patella
patella button
patellar tendon
proximal tibia
surgery
tibial
total knee replacement


PREOPERATIVE DIAGNOSIS:, Severe degenerative joint disease of the right knee.,POSTOPERATIVE DIAGNOSIS: , Severe degenerative joint disease of the right knee.,PROCEDURE:, Right total knee arthroplasty using a Biomet cemented components, 62.5-mm right cruciate-retaining femoral component, 71-mm Maxim tibial component, and 12-mm polyethylene insert with 31-mm patella. All components were cemented with Cobalt G.,ANESTHESIA:, Spinal.,ESTIMATED BLOOD LOSS: , Minimal.,TOURNIQUET TIME: , Less than 60 minutes.,The patient was taken to the Postanesthesia Care Unit in stable condition. The patient tolerated the procedure well.,INDICATIONS: ,The patient is a 51-year-old female complaining of worsening right knee pain. The patient had failed conservative measures and having difficulties with her activities of daily living as well as recurrent knee pain and swelling. The patient requested surgical intervention and need for total knee replacement.,All risks, benefits, expectations, and complications of surgery were explained to her in great detail and she signed informed consent. All risks including nerve and vessel damage, infection, and revision of surgery as well as component failure were explained to the patient and she did sign informed consent. The patient was given antibiotics preoperatively.,PROCEDURE DETAIL: ,The patient was taken to the operating suite and placed in supine position on the operating table. She was placed in the seated position and a spinal anesthetic was placed, which the patient tolerated well. The patient was then moved to supine position again and a well-padded tourniquet was placed on the right thigh. Right lower extremity was prepped and draped in sterile fashion. All extremities were padded prior to this.,The right lower extremity, after being prepped and draped in the sterile fashion, the tourniquet was elevated and maintained for less than 60 minutes in this case. A midline incision was made over the right knee and medial parapatellar arthrotomy was performed. Patella was everted. The infrapatellar fat pad was incised and medial and lateral meniscectomy was performed and the anterior cruciate ligament was removed. The posterior cruciate ligament was intact.,There was severe osteoarthritis of the lateral compartment on the lateral femoral condyle as well as mild-to-moderate osteoarthritis in the medial femoral compartment as well severe osteoarthritis along the patellofemoral compartment. The medial periosteal tissue on the proximal tibia was elevated to the medial collateral ligament and medial collateral ligament was left intact throughout the entirety of the case.,At the extramedullary tibial guide, an extended cut was made adjusting for her alignment. Once this was performed, excess bone was removed. The reamer was placed along on the femoral canal, after which a 6-degree valgus distal cut was made along the distal femur. Once this was performed, the distal femoral size in 3 degrees external rotation, 62.5-mm cutting block was placed in 3 degrees external rotation with anterior and posterior cuts as well as anterior and posterior Chamfer cuts remained in the standard fashion. Excess bone was removed.,Next, the tibia was brought anterior and excised to 71 mm. It was then punched in standard fashion adjusting for appropriate rotation along the alignment of the tibia. Once this was performed, a 71-mm tibial trial was placed as well as a 62.5-mm femoral trial was placed with a 12-mm polyethylene insert.,Next, the patella was cut in the standard fashion measuring 31 mm and a patella bed was placed. The knee was taken for range of motion; had excellent flexion and extension as well as adequate varus and valgus stability. There was no loosening appreciated. There is no laxity appreciated along the posterior cruciate ligament.,Once this was performed, the trial components were removed. The knee was irrigated with fluid and antibiotics, after which the cement was put on the back table, this being Cobalt G, it was placed on the tibia. The tibial components were tagged in position and placed on the femur. The femoral components were tagged into position. All excess cement was removed ___ placement of patella. It was tagged in position. A 12-mm polyethylene insert was placed; knee was held in extension and all excess cement was removed. The cement hardened with the knee in full extension, after which any extra cement was removed.,The wounds were copiously irrigated with saline and antibiotics, and medial parapatellar arthrotomy was closed with #2 Vicryl. Subcutaneous tissue was approximated with #2-0 Vicryl and the skin was closed with staples. The patient was awakened from general anesthetic, transferred to the gurney, and taken into postanesthesia care unit in stable condition. The patient tolerated the procedure well.

arthoplasty
biomet
cemented
cobalt g
cruciate
degenerative joint disease
femoral
knee
ligament
osteoarthritis
patella
polyethylene
surgery
tibial
total knee arthroplasty


Infected right hip bipolar arthroplasty, status post excision and placement of antibiotic spacer. Removal of antibiotic spacer and revision total hip arthroplasty.

PREOPERATIVE DIAGNOSIS: , Infected right hip bipolar arthroplasty, status post excision and placement of antibiotic spacer.,POSTOPERATIVE DIAGNOSIS:, Infected right hip bipolar arthroplasty, status post excision and placement of antibiotic spacer.,PROCEDURES:,1. Removal of antibiotic spacer.,2. Revision total hip arthroplasty.,IMPLANTS,1. Hold the Zimmer trabecular metal 50 mm acetabular shell with two 6.5 x 30 mm screws.,2. Zimmer femoral component, 13.5 x 220 mm with a size AA femoral body.,3. A 32-mm femoral head with a +0 neck length.,ANESTHESIA: ,Regional.,ESTIMATED BLOOD LOSS: , 500 cc.,COMPLICATIONS:, None.,DRAINS: , Hemovac times one and incisional VAC times one.,INDICATIONS:, The patient is a 66-year-old female with a history of previous right bipolar hemiarthroplasty for trauma. This subsequently became infected. She has undergone removal of this prosthesis and placement of antibiotic spacer. She currently presents for stage II reconstruction with removal of antibiotic spacer and placement of a revision total hip.,DESCRIPTION OF PROCEDURE: ,The patient was brought to the operating room by anesthesia personnel. She was placed supine on the operating table. A Foley catheter was inserted. A formal time out was obtained in identifying the correct patient, operative site. Preoperative antibiotics were held for intraoperative cultures. The patient was placed into the lateral decubitus position with the right side up. The previous surgical incision was identified. The right lower extremity was prepped and draped in standard fashion. The old surgical incision was reopened along its proximal extent. Immediately encountered was a large amount of fibrous scar tissue. Dissection was carried sharply down through this scar tissue. Soft tissue plains were extremely difficult to visualize due to all the scarring. There was no native tissue to orient oneself with. We carried our dissection down through the scar tissue to what seemed to be a fascial layer. We incised through the fascial layer down to some scarred gluteus maximus muscle and down over what was initially felt to be the greater trochanter. Dissection was carried down through soft tissue and the distal located antibiotic spacer was exposed. This was used as a landmark to orient remainder of the dissection. The antibiotic spacer was exposed and followed distally to expose the proximal femur. Dissection was continued posteriorly and proximally to expose the acetabulum. A cobra retractor was able to be inserted across the superior aspect of the acetabulum to enhance exposure. Once improved visualization was obtained, the antibiotic spacer was removed from the femur. This allowed further improved visualization of the acetabulum. The acetabulum was filled with soft tissue debris and scar tissue. This was removed with sharp excision with a knife as well as with a rongeur and a Bovie. Once soft tissue was removed, the acetabulum was reamed. Reaming was started with a 46-mm reamer and carried up sequentially to prepare for 50-mm shell. The 50 mm shell was trialed and had good stability and fit. Attention was then turned to continue preparation of the femur. The canal was then debrided with femoral canal curettes. Some fibrous tissue was removed from the canal. The length of the femoral stem was then checked with this canal curette in place. Following x-rays, we prepared to begin reaming the femur. This femur was reamed over a guide rod using flexible reaming rods. The canal was reamed up to 13.5 mm distally in preparation for 14 mm stem. The stem was selected and initially size A body was placed in trial. The body was too tight proximally to fit. The proximal canal was then reamed for a size AA body. A longer stem with an anterior bow was selected and a size AA trial was assembled. This fit nicely in the canal and had good fit and fill. Intraoperative radiographs were obtained to determine component position. Intraoperative radiographs revealed satisfactory length of the component past the distal of fractures in the femur. The remainder of the trial was then assembled and the hip was relocated and trialed. Initially, it was found to be unstable posteriorly. We changed from a 10 degree lip liner to 20 degree lip liner. Again, the hip was trialed and found to be unstable posteriorly. This was due to reversion of the femoral component. As we attempted to seat the prosthesis, the stent continued to attempt to turn in retroversion. The stem was extracted and retrialed. Improved stability was obtained and we decided to proceed with the real components. A 20 degree liner was inserted into the acetabular shell. The real femoral components were assembled and inserted into the femoral canal. Again, the hip was trialed. The components were found to be in relative retroversion. The real components were then backed down and the neck was placed in the more anteversion and reinserted. Again, the stem attempted to follow in the relative retroversion. Along with this time, however, it was improved from previous attempts. The femoral head trial was placed back on the components and the hip relocated. It was taken to a range of motion and found to have improved stability compared to previous trialing. Decision was made to accept the component position. The real femoral head was selected and implanted. The hip was then taken again to a range of motion. It was stable at 90 degrees of flexion with 20 degrees of adduction and 40 degrees of internal rotation. The patient reached full extension and had no instability anteriorly.,The wound was then irrigated again with pulsatile lavage. Six liters of pulsatile lavage was used during the procedure.,The wound was then closed in a layered fashion. A Hemovac drain was placed deep to the fascial layer. The subcutaneous tissues were closed with #1 PDS, 2-0 PDS, and staples in the skin. An incisional VAC was then placed over the wound as well. Sponge and needle counts were correct at the close of the case.,DISPOSITION:, The patient will be weightbearing as tolerated with posterior hip precautions.

acetabulum
antibiotic
antibiotic spacer
arthroplasty
bipolar arthroplasty
femoral
femur
hip
infected
placement of antibiotic spacer
revision
scar tissue
soft tissue
spacer
surgery
total
total hip arthroplasty


Right knee total arthroplasty. Degenerative osteoarthritis, right knee.

PREOPERATIVE DIAGNOSIS:, Degenerative osteoarthritis, right knee.,POSTOPERATIVE DIAGNOSIS: , Degenerative osteoarthritis, right knee.,PROCEDURE PERFORMED: ,Right knee total arthroplasty.,ANESTHESIA: , The procedure was done under a subarachnoid block anesthetic in the supine position with a tourniquet utilized.,TOTAL TOURNIQUET TIME: , Approximately 90 minutes.,SPECIFICATIONS: , The entire procedure is done in the inpatient operating suite in the Room #1 at ABCD General Hospital. The following sizes of NexGen system were utilized: E on right femur, cemented; 5 tibial stem tray with a 10 mm polyethylene insert, and a 32 mm patellar button.,HISTORY AND GROSS FINDINGS: , This is a 58-year-old white female suffering increasing right knee pain for number of years prior to surgical intervention. She was completely refractory to conservative outpatient therapy. She had undergone two knee arthroscopies in the years preceding this. They were performed by myself. She ultimately failed this treatment and developed a collapsing-type valgus degenerative osteoarthritis with complete collapse and ware of the lateral compartment and degenerative changes noted to the femoral sulcus that were proved live. Medial compartment had minor changes present. There was no contracture of the lateral collateral ligament, but instead mild laxity on both sides. There was no significant flexion contracture preoperatively.,OPERATIVE PROCEDURE: ,The patient was laid supine upon the operating table after receiving a subarachnoid block anesthetic by the Anesthesia Department. Thigh tourniquet was placed upon the patient's right leg. She was prepped and draped in the usual sterile manner. The limb was elevated and exsanguinated and tourniquet placed 325 mmHg for the above noted time. A straight incision was carried down through the skin and subcutaneous tissue. Hemostasis was controlled with electrocoagulation. Medial parapatellar arthrotomy was created and the knee cap was everted. The ligaments were balanced. A portion of the fat pad was removed and the ACL was completely removed. Drill hole was made in the distal femur. The size to an E, right. Care was taken to make up for the severe loss of articular cartilage on the posterior condyle in the lateral side. This was checked with the epicondylar abscess and with three degrees of external rotation, drill holes were made. Intramedullary guide was then placed, pegged, and anterior cut carried out. There was excellent resection. It was flat. Distal cutting guide was then placed in five degrees of valgus. Appropriate cuts were carried out. The standard cut was utilized.,The finishing guide for E was held with pins as well as screws. Cutting was carried out posterior to anterior, then posterior chamfer and anterior chamfer, femoral sulcus cut was carried out and drill holes for pegs were made. The cutting guide was then removed. The bone was removed. Excess bone was taken out posteriorly. The posterior capsule was loosened up. There were two different fabellas in the posterolateral compartment and they were loosened. Posterolateral corner was then anchored with osteotome and was taken around the posterolateral corner. An extramedullary tibial cutting guide was then placed, pinned, and held. A cut was carried out parallel to the foot. Hard copy ________ was obtained, deemed to be satisfactory after evening up the edges. Trial range of motion was satisfactory. It was necessary to perform a lateral retinacular release to the patella. The patella was isolated. Approximately 10 mm to 11 mm were reamed off. The size to 32 mm button and drill hole guide was placed, impacted, and drilled. Trial range of motion was satisfactory. The tibial guide was then pinned. Drill hole was placed, broached, and utilized. Copious irrigation was carried out. Methylmethacrylate was mixed and was sequentially placed from the femur to the tibia to the patella. The implants were sequentially placed in tibia to femur to patella. Once excess methylmethacrylate was removed and cured, 10 mm Poly was placed. There was excellent ligament balancing. A separate portal was utilized for subcutaneous drain. Tourniquet was deflated and hemostasis was controlled with electrocoagulation. Interrupted #1 Ethibond suture was utilized for parapatellar closure, running #1 Vicryl suture was utilized for overstitch.,Trial range of motion was satisfactory. Interrupted #2-0 Vicryl was utilized for subcutaneous fat closure and skin staples were placed to the skin. Adaptic, 4x4s, ABDs, and Webril were placed for compression dressing. Digits were pink and warm with brawny pulses distally at the end of the case. The patient was then transferred to PACU in apparent satisfactory condition. Expected surgical prognosis on this patient is fair.

arthroplasty
degenerative
degenerative osteoarthritis
drill
knee
osteoarthritis
subcutaneous
surgery
tourniquet


Total hip arthroplasty on the left. Left hip degenerative arthritis. Severe degenerative changes within the femoral head as well as the acetabulum, anterior as well as posterior osteophytes.

PREOPERATIVE DIAGNOSIS: , Left hip degenerative arthritis.,POSTOPERATIVE DIAGNOSIS: , Left hip degenerative arthritis.,PROCEDURE PERFORMED: ,Total hip arthroplasty on the left.,ANESTHESIA: ,General.,BLOOD LOSS: , 800 cc.,The patient was positioned with the left hip exposed on the beanbag.,IMPLANT SPECIFICATION: , A 54 mm Trilogy cup with cluster holes 3 x 50 mm diameter with a appropriate liner, a 28 mm cobalt-chrome head with a zero neck length head, and a 12 mm porous proximal collared femoral component.,GROSS INTRAOPERATIVE FINDINGS: ,Severe degenerative changes within the femoral head as well as the acetabulum, anterior as well as posterior osteophytes. The patient also had a rent in the attachment of the hip abductors and a partial rent in the vastus lateralis. This was revealed once we removed the trochanteric bursa.,HISTORY: ,This is a 56-year-old obese female with a history of bilateral degenerative hip arthritis. She underwent a right total hip arthroplasty by Dr. X in the year of 2000, and over the past three years, the symptoms in her left hip had increased tremendously especially in the past few months.,Because of the increased amount of pain as well as severe effect on her activities of daily living and uncontrollable pain with narcotic medication, the patient has elected to undergo the above-named procedure. All risks as well complications were discussed with the patient including but not limited to infection, scar, dislocation, need for further surgery, risk of anesthesia, deep vein thrombosis, and implant failure. The patient understood all these risks and was willing to continue further on with the procedure.,PROCEDURE: , The patient was wheeled back to the Operating Room #2 at ABCD General Hospital on 08/27/03. The general anesthetic was first performed by the Department of Anesthesia. The patient was then positioned with the left hip exposed on the beanbag in the lateral position. Kidney rests were also used because of the patient's size. An axillary roll was also inserted for comfort in addition to a Foley catheter, which was inserted by the OR nurse. All her bony prominences were well padded. At this time, the left hip and left lower extremity was then prepped and draped in the usual sterile fashion for this procedure. At this time, an anterolateral approach was then performed, first incising through the skin in approximately 5 to 6 inches of subcutaneous fat. The tensor fascia lata was then identified. A self-retainer was then inserted to expose the operative field. Bovie cautery was used for hemostasis. At this time, a fresh blade was then used to incise the tensor fascia lata over the posterior one-third of the greater trochanter. At this time, a blunt dissection was taken proximally. The tensor fascia lata was occluded with a hip retractor. At this time, after hemostasis was obtained, Bovie cautery was used to incise the proximal end of the vastus lateralis and removing the partial portion of the hip abductor, the gluteus medius. At this time, a periosteal elevator was used to expose anterior hip capsule. A ________ was then inserted over the femoral head purchasing of the acetabulum underneath the reflected head of the quadriceps muscle. Once this was performed, Homan retractors were then inserted superiorly and inferiorly underneath the femoral neck. At this time, a capsulotomy was then performed using a Bovie cautery and the capsulotomy was ________ and then edged over the acetabulum. At this point, a large bone hook was then inserted over the neck and with gentle traction and external rotation, the femoral head was dislocated out of the acetabulum. At this time, we had an exposure of the femoral head, which did reveal degenerative changes of the femoral head and once the acetabulum was visualized, we did see degenerative changes within the acetabulum as well as osteophyte formation around the rim of the acetabulum. At this time, a femoral stem guide was then used to measure proximal femoral neck cut. We made a cut approximately a fingerbreadth above the lesser trochanter. At this time, with protection of the soft tissues an oscillating saw was used to make femoral neck cut.,The femoral head was then removed. At this time, we removed the leg out of the bag and Homan retractors were then used to expose the acetabulum. A long-handle knife was used to cut through the remainder of the capsule and remove the glenoid labrum around the rim of the acetabulum. With better exposure of the acetabulum, we started reaming the acetabulum. We started with a size #44 and progressively reamed to a size #50. At the size #50 mm reamer, we obtained excellent bony bleeding with good remainder of bone stalk both anteriorly and posteriorly as well as superiorly within the acetabulum. We then reamed up to size #52 in order to get bony bleeding around the rim as well as anterior and posterior within the acetabulum. A size 54 mm Trilogy cup was then implanted with excellent approaches approximately 45 degrees of abduction and 10 to 15 degrees of anteversion dialed in. Once the cup was impacted in place, we did visualize that the cup was well seated on to the internal portion of the acetabulum. At this time, two screws were the placed within the superior table for better approaches securing the acetabular cup. At this time, a plastic liner was then inserted for protection. The leg was then placed back in the bag. A Bennett retractor was used to retract the tensor fascia lata and femoral elevator was used to elevate the femur for better exposure and at this time, we began working on the femur. A rongeur was used to lateralize over the greater trochanter. A Box osteotome was used to remove the cancellous portion of the femoral neck. A Charnley awl was then used to cannulate through the proximal femoral canal. A power reamer was then used to ream the lateral aspect of the greater trochanter in order to provide maximal lateralization and prevent varus implantation of our stem. At this time, we began broaching. We started with a size #10 and progressively worked up to a size #12 mm broach. Once the 12 mm broach was inserted in place, it was seated approximately 1 mm below the calcar. A calcar reamer was then placed and the calcar was reamed smoothly. A standard neck as well as a 28 mm plastic head was then placed and a trial reduction was then performed. Once this was performed, the hip was taken to range of motion with external rotation, longitudinal traction as well as flexion and revealed good stability with no impingement or dislocation. At this time, we removed 12 mm broach and proceeded with implanting our polyethylene liner within the acetabulum. This was impacted and placed and checked to assure that it was well seated with no loosening. Once this was performed, we then exposed the proximal femur one more time. We copiously irrigated within the canal and then suctioned it dry. At this time, a 12 mm porous proximal collared stem, a femoral component was then impacted in place. Once it was well seated on the calcar, we double checked to assure that there was no evidence of calcar fractures, which there were none. The 28 mm zero neck length cobalt-chrome femoral head was then impacted in place and the Morse taper assured that this was well fixed by ________.,Next, the hip was then reduced within the acetabulum and again we checked range of motion as well as ligamentous stability with gentle traction, external rotation, as well as hip flexion. We were satisfied with components as well as the alignment of the components. Copious irrigation was then used to irrigate the wound. #1 Ethibond was then used to approximate the anterior hip capsule. #1 Ethibond in interrupted fashion was used to approximate the vastus lateralis as well as the gluteus medius attachment over the partial gluteus medius attachment which was resected off the greater trochanter. Next, a #1 Ethibond was then used to approximate the tensor fascia lata with figure-of-eight closure. A tight closure was performed. Since the patient did have a lot of subcutaneous fat, multiple #2-0 Vicryl sutures were then used to approximate the bed space and then #2-0 Vicryl for the subcutaneous skin. Staples were then used for skin closure. The patient's hip was then cleansed. Sterile dressings consisting of Adaptic, 4 x 4, ABDs, and foam tape were then placed. A drain was placed prior to wound closure for postoperative drainage. After the dressing was applied, the patient was extubated safely and transferred to recovery in stable condition. Prognosis is good.

acetabulum
arthroplasty
attachment
degenerative arthritis
femoral
femoral head
femoral neck
gluteus medius
head
hip
surgery
tensor fascia lata
total hip arthroplasty
vastus lateralis


Total hip replacement. An incision was made, centered over the greater trochanter. Dissection was sharply carried down through the subcutaneous tissues.

PROCEDURE:, Total hip replacement.,PROCEDURE DESCRIPTION:, The patient was bought to the operating room and placed in the supine position. After induction of anesthesia, the patient was turned on the side and secured in the hip table. An incision was made, centered over the greater trochanter. Dissection was sharply carried down through the subcutaneous tissues. The gluteus maximus was incised and split proximally. The piriformis and external rotators were identified. These were removed from their insertions on the greater trochanter as a sleeve with the hip capsule. The hip was dislocated. A femoral neck cut was made using the guidance of preoperative templating. The femoral head was removed. Extensive degenerative disease was found on the femoral head as well as in the acetabulum.,Baseline leg-length measurements were taken. The femur was retracted anteriorly and a complete labrectomy was performed. Reaming of the acetabulum was then performed until adequate bleeding subchondral bone was identified in the key areas. The trial shell was placed and found to have an excellent fit. The real shell was opened and impacted into position in the appropriate amount of anteversion and abduction. Screws were placed by drilling into the pelvis, measuring, and placing the appropriate length screw. Excellent purchase was obtained. The trial liner was placed.,The femur was then flexed and internally rotated. The extra trochanteric bone was removed, as was any leftover lateral soft tissue at the piriformis insertion. An intramedullary hole was drilled into the femur to define the canal. Reaming was performed until the appropriate size was reached. The broaches were then used to prepare the femur with the appropriate amount of version. Once the appropriate size broach was reached, it was used as a trial with head and neck placement. Hip range-of-motion was checked in all planes, including flexion-internal rotation, the position of sleep, and extension-external rotation. The hip was found to have excellent stability with the final chosen head-neck combination. Leg length measurements were taken and found to be within acceptable range, given the necessity for stability.,The real stem was opened and impacted into position. The real head was impacted atop the stem. If cement was used, the canal was thoroughly washed and dried and plugged with a restrictor, and then the cement was injected and pressurized and the stem was implanted in the appropriate version. Excess cement was removed from the edges of the component. Range of motion and stability were once again checked and found to be excellent. Adequate hemostasis was obtained. Vigorous power irrigation was used to remove all debris from the joint prior to final reduction.,The arthrotomy and rotators were closed using #1 Ethibond through drill holes in the bone, recreating the posterior hip structural anatomy. The gluteus maximus was repaired using 0 Ethibond and 0 Vicryl. The subcutaneous tissues were closed after further irrigation with 2-0 Vicryl and Monocryl sutures. The skin was closed with nylon. Xeroform and a sterile dressing were applied followed by a cold pack and Ace wrap. The patient was transferred to the recovery room in stable condition, having tolerated the procedure well.

acetabulum
ethibond
femoral head
femur
gluteus maximus
hip
incision
range-of-motion
subcutaneous
subcutaneous tissues
surgery
total hip replacement
trochanter


Right hip osteoarthritis. Total hip replacement on the right side.

PREOPERATIVE DIAGNOSIS: , Right hip osteoarthritis.,POSTOPERATIVE DIAGNOSIS: , Right hip osteoarthritis.,PROCEDURES PERFORMED: , Total hip replacement on the right side using the following components:,1. Zimmer trilogy acetabular system 10-degree elevated rim located at the 12 o'clock position.,2. Trabecular metal modular acetabular system 48 mm in diameter.,3. Femoral head 32 mm diameter +0 mm neck length.,4. Alloclassic SL offset stem uncemented for taper.,ANESTHESIA: , Spinal.,DESCRIPTION OF PROCEDURE IN DETAIL:, The patient was brought into the operating room and was placed on the operative table in a lateral decubitus position with the right side up. After review of allergies, antibiotics were administered and time out was performed. The right lower extremity was prepped and draped in a sterile fashion. A 15 cm to 25 cm in length, an incision was made over the greater trochanter. This was angled posteriorly. Access to the tensor fascia lata was performed. This was incised with the use of scissors. Gluteus maximus was separated. The bursa around the hip was identified, and the bleeders were coagulated with the use of Bovie. Hemostasis was achieved. The piriformis fossa was identified, and the piriformis fossa tendon was elevated with the use of a Cobb. It was detached from the piriformis fossa and tagged with 2-0 Vicryl. Access to the capsule was performed. The capsule was excised from the posterior and superior aspects. It was released also in the front with the use of a Mayo scissors. The hip was then dislocated. With the use of an oscillating saw, the femoral neck cut was performed. The acetabulum was then visualized and debrided from soft tissues and osteophytes. Reaming was initiated and completed for a 48 mm diameter cap without complications. The trial component was put in place and was found to be stable in an anatomic position. The actual component was then impacted in the acetabulum. A 10-degree lip polyethylene was also placed in the acetabular cap. Our attention was then focused to the femur. With the use of a cookie cutter, the femoral canal was accessed. The broaching process was initiated for No.4 trial component. Trialing of the hip with the hip flexed at 90 degrees and internally rotated to 30 degrees did not demonstrate any obvious instability or dislocation. In addition, in full extension and external rotation, there was no dislocation. The actual component was inserted in place and hemostasis was achieved again. The wound was irrigated with normal saline. The wound was then closed in layers. Before performing that the medium-sized Hemovac drain was placed in the wound. The tensor fascia lata was closed with 0 PDS and the wound was closed with 2-0 Monocryl. Staples were used for the skin. The patient recovered from anesthesia without complications.,EBL: , 50 mL.,IV FLUIDS: , 2 liters.,DRAINS: , One medium-sized Hemovac.,COMPLICATIONS: , None.,DISPOSITION: , The patient was transferred to the PACU in stable condition. She will be weightbearing as tolerated to the right lower extremity with posterior hip precautions. We will start the DVT prophylaxis after the removal of the epidural catheter.

acetabular
acetabulum
anesthesia
components
dislocation
epidural catheter
extremity
fascia
fascia lata
femoral
fossa
hemostasis
hemostasis was achieved
hemovac
hip
hip osteoarthritis
hip replacement
medium sized
medium sized hemovac
osteoarthritis
piriformis
piriformis fossa
replacement
sized hemovac
surgery
tensor
tensor fascia
tensor fascia lata
total
total hip
total hip replacement
trial component


Total abdominal hysterectomy (TAH) with a uterosacral vault suspension. Enlarged fibroid uterus and abnormal uterine bleeding.

PREOPERATIVE DIAGNOSES:,1. Enlarged fibroid uterus.,2. Abnormal uterine bleeding.,POSTOPERATIVE DIAGNOSES:,1. Enlarged fibroid uterus.,2. Abnormal uterine bleeding.,PROCEDURE PERFORMED: , Total abdominal hysterectomy with a uterosacral vault suspension.,ANESTHESIA: , General with endotracheal tube as well as spinal with Astramorph.,ESTIMATED BLOOD LOSS: , 150 cc.,URINE OUTPUT: ,250 cc of clear urine at the end of the procedure.,FLUIDS:, 2000 cc of crystalloids.,COMPLICATIONS: , None.,TUBES: , None.,DRAINS: ,Foley to gravity.,PATHOLOGY: , Uterus, cervix, and multiple fibroids were sent to pathology for review.,FINDINGS: ,On exam, under anesthesia, normal appearing vulva and vagina, a massively enlarged uterus approximately 20 weeks' in size with irregular contours suggestive of fibroids.,Operative findings demonstrated a large fibroid uterus with multiple subserosal and intramural fibroids as well as there were some filmy adnexal adhesions bilaterally. The appendix was normal appearing. The bowel and omentum were normal appearing. There was no evidence of endometriosis. Peritoneal surfaces and vesicouterine peritoneum as well as appendix and cul-de-sac were all free of any evidence of endometriosis.,PROCEDURE:, After informed consent was obtained and all questions were answered to the patient's satisfaction in layman's terms, she was taken to the Operating Room where first a spinal anesthesia with Astramorph was obtained without any difficulty. She then underwent a general anesthesia with endotracheal tube also without any difficulty. She was then examined under anesthesia with noted findings as above. The patient was then placed in dorsal supine position and prepped and draped in the usual sterile fashion.. A vertical skin incision was made 1 cm below the umbilicus extending down to 2 cm above the pubic symphysis. This was made with a first knife and then carried down to the underlying layer of the fascia with the second knife. Fascia was excised in the midline and extended superiorly and inferiorly with the Mayo scissors. The rectus muscle was then separated in the midline. The peritoneum identified and entered bluntly. The peritoneal incision was then extended superiorly and inferiorly with external visualization of the bladder. The uterus was markedly evident upon entering the peritoneal cavity. The uterus was then exteriorized and noted to have the findings as above. At this point, approximately 10 cc of vasopressin 20 units and 30 cc was injected into the uterine fundus and multiple fibroids were removed by using the incision with the Bovie and then using a blunt and the sharp dissection and grasping with Lahey clamps. Once the debulking of the uterus was felt appropriate to proceed with the hysterectomy, the uterus was then reapproximated with a few #0 Vicryl sutures in a figure-of-eight fashion. The round ligaments were identified bilaterally and clamped with the hemostats and transacted with the Metzenbaum scissors. The round ligaments were then bilaterally tied with the #0 tie and noted to be hemostatic. The uterovarian vessels bilaterally were then isolated through a vascular window created from taking down the round ligaments. The uterovarian vessels bilaterally were #0 tied and then doubly clamped with straight Ochsner clamps and transacted and suture tied with a Heaney hand stitch fashion, and both uterine and ovarian vessels were noted to be hemostatic. At this time, the attention was then turned to the vesicouterine peritoneum, which was tented up with Allis clamps and the bladder flap was then created sharply with Russian pickups and the Metzenbaum scissors. Then the bladder was bluntly dissected off the underlying cervix with a moist Ray-Tec sponge down to the level of the cervix.,At this point, the uterus was pulled on traction and the uterosacral ligaments were easily visualized. Using #2-0 PDS suture, the suture was placed through both uterosacral ligaments distally with a backhand stitch fashion throwing the sutures from lateral to medial. These sutures were then tagged and saved for later. The uterine vessels were then identified bilaterally and skeletonized, then clamped with straight Ochsner clamps balancing off the cervix, and the uterine vessels were then transacted and suture ligated with #0 Vicryl and noted to be hemostatic. In a similar fashion, the broad ligament down to the level of the cardinal ligaments was clamped with curved Ochsner and transacted and suture ligated and noted to be hemostatic. At this point, the Lahey clamp was placed on the cervix and the cervix was tented up. The pubocervical vesical fascia was transacted with long knife. Then while protecting posteriorly, using the double-pointed scissors, the vagina was entered with double-pointed scissors at the level of the cervix and was grasped with a straight Ochsner clamp. The uterus and cervix were then amputated using the Jorgenson scissors and the cuff was outlined with Ochsner clamps. The cuff was then copiously painted with Betadine soaked sponge. The Betadine-soaked sponge was placed in the patient's vagina. Then the cuff was then closed with a #0 Vicryl in a running locked fashion to make sure to bring the ipsilateral cardinal ligaments into the vaginal cuff. This was accomplished with one #0 Vicryl running stitch and then an Allis clamp was placed in the midsection portion of the cuff and tented up and a #0 Vicryl figure-of-eight was placed in the midsection portion of the cuff. At this time, the uterosacral ligaments previously tagged needle was brought through the cardinal ligament and the uterosacral ligament on the ipsilateral side. The needle was cut off and these were then tagged with the hemostats. The cuff was then closed by taking the running suture and bringing back through the posterior peritoneum, grabbing part of the uterosacral and midsection portion of the posterior peritoneum of the uterosacral and then tying the cuff down to bunch and cuff together. The suture in the midportion of the cuff was then used to tie down the round ligaments bilaterally to the cuff. The abdomen was copiously irrigated with warm normal saline. All areas were noted to be hemostatic. Then the previously tagged uterosacral sutures were then tied bringing the vaginal cuff angles down to the uterosacral ligaments. The abdomen was then once again copiously irrigated with warm normal saline. All areas were noted to be hemostatic. The sigmoid colon was replaced back into the hollow of the sacrum. Then the omentum was pulled over the bowel. After the myomectomy was performed, the GYN Balfour was placed into the patient's abdomen and the bowel was packed away with moist laparotomy sponges. The GYN Balfour was then removed. Packing sponges were removed and the fascia was then closed in an interrupted figure-of-eight fashion with #0 Vicryl.,Skin was closed with staples. The patient tolerated the procedure well. The sponge, lap, and needle counts were correct x2. The sponge from the patient's vagina was removed and the vagina was noted to be hemostatic. The patient would be followed throughout her hospital stay.


Aortic stenosis. Insertion of a Toronto stentless porcine valve, cardiopulmonary bypass, and cold cardioplegia arrest of the heart.

PREOPERATIVE DIAGNOSIS:, Aortic stenosis.,POSTOPERATIVE DIAGNOSIS: ,Aortic stenosis.,PROCEDURES PERFORMED,1. Insertion of a **-mm Toronto stentless porcine valve.,2. Cardiopulmonary bypass.,3. Cold cardioplegia arrest of the heart.,ANESTHESIA: , General endotracheal anesthesia.,ESTIMATED BLOOD LOSS: , 300 cc.,INTRAVENOUS FLUIDS: , 1200 cc of crystalloid.,URINE OUTPUT: , 250 cc.,AORTIC CROSS-CLAMP TIME: , **,CARDIOPULMONARY BYPASS TIME TOTAL: , **,PROCEDURE IN DETAIL:, After obtaining informed consent from the patient, including a thorough explanation of the risks and benefits of the aforementioned procedure, patient was taken to the operating room and general endotracheal anesthesia was administered. Next the neck, chest and legs were prepped and draped in the standard surgical fashion. We used a #10-blade scalpel to make a midline median sternotomy incision. Dissection was carried down to the left of the sternum using Bovie electrocautery. The sternum was opened with a sternal saw. The chest retractor was positioned. Next, full-dose heparin was given. The pericardium was opened. Pericardial stay sutures were positioned. After obtaining adequate ACT, we prepared to place the patient on cardiopulmonary bypass. A 2-0 double pursestring of Ethibond suture was placed in the ascending aorta. Through this was passed an aortic cannula connected to the arterial side of the cardiopulmonary bypass machine. Next a 3-0 Prolene pursestring was placed in the right atrial appendage. Through this was passed our venous cannula connected to the venous portion of the cardiopulmonary bypass machine. A 4-0 U-stitch was placed in the right atrium. A retrograde cardioplegia catheter was positioned at this site. Next, scissors were used to dissect out the right upper pulmonary vein. A 4-0 Prolene pursestring was placed in the right upper pulmonary vein. Next, a right-angle sump was placed at this position. We then connected our retrograde cardioplegia catheter to the cardioplegia solution circuit. Bovie electrocautery was used to dissect the interface between the aorta and pulmonary artery. The aorta was completely encircled. Next, an antegrade cardioplegia needle and associated sump were placed in the ascending aorta. We then prepared to cross-clamp the aorta. We went down on our flows and cross-clamped the aorta. We backed up our flows. We then gave antegrade and retrograde cold blood cardioplegia solution circuit so as to arrest the heart. The patient had some aortic insufficiency so we elected, after initially arresting the heart, to open the aorta and transect it and then give direct ostial infusion of cardioplegia solution circuit. Next, after obtaining complete diastolic arrest of the heart, we turned our attention to exposing the aortic valve, and 4-0 Tycron sutures were placed in the commissures. In addition, a 2-0 Prolene suture was placed in the aortic wall so as to bring the aortic wall and root up into view. Next, scissors were used to excise the diseased aortic valve leaflets. Care was taken to remove all the calcium from the aortic annulus. We then sized up the aortic annulus which came out to be a **-mm stentless porcine Toronto valve. We prepared the valve. Next, we placed our proximal suture line of interrupted 4-0 Tycron sutures for the annulus. We started with our individual commissural stitches. They were connected to our valve sewing ring. Next, we placed 5 interrupted 4-0 Tycron sutures in a subannular fashion at each commissural position. After doing so, we passed 1 end of the suture through the sewing portion of the Toronto stentless porcine valve. The valve was lowered into place and all of the sutures were tied. Next, we gave another round of cold blood antegrade and retrograde cardioplegia. Next, we sewed our distal suture line. We began with the left coronary cusp of the valve. We ran a 5-0 RB needle up both sides of the valve. Care was taken to avoid the left coronary ostia. This procedure was repeated on the right cusp of the stentless porcine valve. Again, care was taken to avoid any injury to the coronary ostia. Lastly, we sewed our non-coronary cusp. This was done without difficulty. At this point we inspected our aortic valve. There was good coaptation of the leaflets, and it was noted that both the left and the right coronary ostia were open. We gave another round of cold blood antegrade and retrograde cardioplegia. The antegrade portion was given in a direct ostial fashion once again. We now turned our attention to closing the aorta. A 4-0 Prolene double row of suture was used to close the aorta in a running fashion. Just prior to closing, we de-aired the heart and gave a warm shot of antegrade and retrograde cardioplegia. At this point, we removed our aortic cross-clamp. The heart gradually regained its electromechanical activity. We placed 2 atrial and 2 ventricular pacing wires. We removed our aortic vent and oversewed that site with another 4-0 Prolene on an SH needle. We removed our retrograde cardioplegia catheter. We oversewed that site with a 5-0 Prolene. By now, the heart was de-aired and resumed normal electromechanical activity. We began to wean the patient from cardiopulmonary bypass. We then removed our venous cannula and suture ligated that site with a #2 silk. We then gave full-dose protamine. After knowing that there was no evidence of a protamine reaction, we removed the aortic cannula. We buttressed that site with a 4-0 Prolene on an SH needle. We placed a mediastinal chest tube and brought it out through the skin. We also placed 2 Blake drains, 1 in the left chest and 1 in the right chest, as the patient had some bilateral pleural effusions. They were brought out through the skin. The sternum was closed with #7 wires in an interrupted figure-of-eight fashion. The fascia was closed with #1 Vicryl. We closed the subcu tissue with 2-0 Vicryl and the skin with 4-0 PDS.

aorta
aortic
atrial
bypass
cardioplegia
cardiopulmonary
cardiopulmonary bypass
chest
coronary
coronary ostia
heart
insertion
porcine
porcine valve
prolene
retrograde cardioplegia
stentless
surgery
sutures
toronto
toronto stentless porcine valve
tycron sutures
valve


Total abdominal hysterectomy.. Severe menometrorrhagia unresponsive to medical therapy, anemia, and symptomatic fibroid uterus.

PREOPERATIVE DIAGNOSES:,1. Severe menometrorrhagia unresponsive to medical therapy.,2. Anemia.,3. Symptomatic fibroid uterus.,POSTOPERATIVE DIAGNOSES:,1. Severe menometrorrhagia unresponsive to medical therapy.,2. Anemia.,3. Symptomatic fibroid uterus.,PROCEDURE: , Total abdominal hysterectomy.,ANESTHESIA: ,General.,ESTIMATED BLOOD LOSS: , 150 mL.,COMPLICATIONS: , None.,FINDING: ,Large fibroid uterus.,PROCEDURE IN DETAIL: ,The patient was prepped and draped in the usual sterile fashion for an abdominal procedure. A scalpel was used to make a Pfannenstiel skin incision, which was carried down sharply through the subcutaneous tissue to the fascia. The fascia was nicked in the midline and incision was carried laterally bilaterally with curved Mayo scissors. The fascia was then bluntly and sharply dissected free from the underlying rectus abdominis muscles. The rectus abdominis muscles were then bluntly dissected in the midline and this incision was carried forward inferiorly and superiorly with care taken to avoid bladder and bowel. The peritoneum was then bluntly entered and this incision was carried forward inferiorly and superiorly with care taken to avoid bladder and bowel. The O'Connor-O'Sullivan instrument was then placed without difficulty. The uterus was grasped with a thyroid clamp and the entire pelvis was then visualized without difficulty. The GIA stapling instrument was then used to separate the infundibulopelvic ligament in a ligated fashion from the body of the uterus. This was performed on the left infundibulopelvic ligament and the right infundibulopelvic ligament without difficulty. Hemostasis was noted at this point of the procedure. The bladder flap was then developed free from the uterus without difficulty. Careful dissection of the uterus from the pedicle with the uterine arteries and cardinal ligaments was then performed using #1 chromic suture ligature in an interrupted fashion on the left and right side. This was done without difficulty. The uterine fundus was then separated from the uterine cervix without difficulty. This specimen was sent to pathology for identification. The cervix was then developed with careful dissection. Jorgenson scissors were then used to remove the cervix from the vaginal cuff. This was sent to pathology for identification. Hemostasis was noted at this point of the procedure. A #1 chromic suture ligature was then used in running fashion at the angles and along the cuff. Hemostasis was again noted. Figure-of-eight sutures were then used in an interrupted fashion to close the cuff. Hemostasis was again noted. The entire pelvis was washed. Hemostasis was noted. The peritoneum was then closed using 2-0 chromic suture ligature in running pursestring fashion. The rectus abdominis muscles were approximated using #1 chromic suture ligature in an interrupted fashion. The fascia was closed using 0 Vicryl in interlocking running fashion. Foundation sutures were then placed in an interrupted fashion for further closing the fascia. The skin was closed with staple gun. Sponge and needle counts were noted to be correct x2 at the end of the procedure. Instrument count was noted to be correct x2 at the end of the procedure. Hemostasis was noted at each level of closure. The patient tolerated the procedure well and went to recovery room in good condition.

abdominal
anemia
fibroid
fibroid uterus
hemostasis
menometrorrhagia
rectus abdominis muscles
surgery
suture ligature
therapy
total abdominal hysterectomy
uterus


Total abdominal hysterectomy. Enlarged fibroid uterus, pelvic pain, and pelvic endometriosis. On laparotomy, the uterus did have multiple pedunculated fibroids.

PREOPERATIVE DIAGNOSES:,1. Enlarged fibroid uterus.,2. Pelvic pain.,POSTOPERATIVE DIAGNOSES:,1. Enlarged fibroid uterus.,2. Pelvic pain.,3. Pelvic endometriosis.,PROCEDURE PERFORMED: ,Total abdominal hysterectomy.,ANESTHESIA: , General endotracheal and spinal with Astramorph.,COMPLICATIONS: , None.,ESTIMATED BLOOD LOSS: , 200 cc.,FLUIDS: ,2400 cc of crystalloids.,URINE OUTPUT: , 100 cc of clear urine.,INDICATIONS:, This is a 40-year-old female gravida-0 with a history of longstanding enlarged fibroid uterus. On ultrasound, the uterus measured 14 cm x 6.5 cm x 7.8 cm. She had received two dosage of Lupron to help shrink the fibroid. Her most recent Pap smear was normal.,FINDINGS: , On a manual exam, the uterus is enlarged approximately 14 to 16 weeks size with multiple fibroids palpated. On laparotomy, the uterus did have multiple pedunculated fibroids, the largest being approximately 7 cm. The bilateral tubes and ovaries appeared normal.,There was evidence of endometriosis on the posterior wall of the uterus as well as the bilateral infundibulopelvic ligament. There was some adhesions of the bowel to the left ovary and infundibulopelvic ligament and as well as to the right infundibulopelvic ligament.,PROCEDURE:, After consent was obtained, the patient was taken to the operating room where spinal anesthetic was first administered and then general anesthetic. The patient was placed in the dorsal supine position and prepped and draped in normal sterile fashion. A Pfannenstiel skin incision was made and carried to the underlying Mayo fashion using the second knife. The fascia was incised in midline and the incision extended laterally using Mayo scissors. The superior aspect of the fascial incision was grasped with Kocher clamps, tented up, and dissected off the underlying rectus muscle both bluntly and sharply with Mayo scissors. Attention was then turned to the inferior aspect of the incision, which in a similar fashion was grasped with Kocher clamps, tented up and dissected off the underlying rectus muscles. The rectus muscles were separated in the midline and the peritoneum was identified, grasped with hemostat, and entered sharply with Metzenbaum scissors. This incision was extended superiorly and inferiorly with good visualization of the bladder. The uterus was then brought up out of the incision. The bowel adhesions were carefully taken down using Metzenbaum scissors. Good hemostasis was noted at this point. The self-retaining retractor was then placed. The bladder blade was placed. The bowel was gently packed with moist laparotomy sponges and held in place with the blade on the GYN extension. The uterus was then grasped with a Lahey clamp and brought up out of the incision. The left round ligament was identified and grasped with Allis clamp and tented up. A hemostat was passed in the avascular area beneath the round ligament. A suture #0 Vicryl was used to suture ligate the round ligament. Two hemostats were placed across the round ligament proximal to the previously placed suture and the Mayo scissors were used to transect the round ligament. An avascular area of the broad ligament was then identified and entered bluntly. The suture of #0 Vicryl was then used to suture ligate the left uterovarian ligament. Two straight Ochsner's were placed across the uterovarian ligament proximal to the previous suture. The ligament was then transected and suture ligated with #0 Vicryl. Attention was then turned to the right round ligament, which in a similar fashion was tented up with an Allis clamp. An avascular area was entered beneath the round ligament using a hemostat and the round ligament was suture ligated and transected. An avascular area of the broad ligament was then entered bluntly and the right uterovarian ligament was then suture ligated with #0 Vicryl.,Two straight Ochsner's were placed across the ligament proximal to previous suture. This was then transected and suture ligated again with #0 Vicryl. The left uterine peritoneum was then identified and grasped with Allis clamps. The vesicouterine peritoneum was then transected and then entered using Metzenbaum scissors. This incision was extended across the anterior portion of the uterus and the bladder flap was taken down. It was sharply advanced with Metzenbaum scissors and then bluntly using a moist Ray-Tec. The Ray-Tec was left in place at this point to ensure that the bladder was below the level of the cervix. The bilateral uterine arteries then were skeletonized with Metzenbaum scissors and clamped bilaterally using straight Ochsner's. Each were then transected and suture ligated with #0 Vicryl. A curved Ochsner was then placed on either side of the cervix. The tissue was transected using a long knife and suture ligated with #0 Vicryl. Incidentally, prior to taking down the round ligaments, a pedunculated fibroid and the right fundal portion of the uterus was injected with Vasopressin and removed using a Bovie. The cervix was then grasped with a Lahey clamp. The cervicovaginal fascia was then taken down first using the long-handed knife and then a back handle of the knife to bring the fascia down below the level of the cervix. A double-pointed scissors were used to enter the vaginal vault below the level of the cervix. A straight Ochsner was placed on the vaginal vault. The Jorgenson scissors were used to amputate the cervix and the uterus off of the underlying vaginal tissue. The vaginal cuff was then reapproximated with #0 Vicryl in a running locked fashion and the pelvis was copiously irrigated. There was a small area of bleeding noted on the underside of the bladder. The bladder was tented up using an Allis clamp and a figure-of-eight suture of #3-0 Vicryl was placed with excellent hemostasis noted at this point. The uterosacral ligaments were then incorporated into the vaginal cuff and the cuff was synched down. A figure-of-eight suture of #0 Vicryl was placed in the midline of the vaginal cuff in attempt to incorporate the bilateral round ligament. The round ligament was too short. It would be a maximal amount of stretch to incorporate, therefore, only the left round ligament was incorporated into the vaginal cuff. The bilateral adnexal areas were then re-peritonealized with #3-0 Vicryl in a running fashion. The bladder flap was reapproximated to the vaginal cuff using one interrupted suture. The pelvis was again irrigated at this point with excellent hemostasis noted. Approximately 200 cc of saline with methylene blue was placed into the Foley to inflate the bladder. There was no spillage of blue fluid into the abdomen. The fluid again was allowed to drain. All sponges were then removed and the bowel was allowed to return to its anatomical position. The peritoneum was then reapproximated with #0 Vicryl in a running fashion. The fascia was reapproximated also with #0 Vicryl in a running fashion. The skin was then closed with staples.,A previously placed Betadine soaked Ray-Tec was removed from the patient's vagina and sponge stick was used to assess any bleeding in the vaginal vault. There was no appreciable bleeding. The patient tolerated the procedure well. Sponge, lap, and needle counts were correct x2. The patient was taken to the recovery room in satisfactory condition. She will be followed immediately postoperatively within the hospital.

abdominal
astramorph
endometriosis
enlarged fibroid
fibroids
hysterectomy
infundibulopelvic
laparotomy
ligament
metzenbaum scissors
pedunculated
pelvic endometriosis
pelvic pain
peritoneum
scissors
surgery
total abdominal hysterectomy
uterovarian
uterus
vaginal
vaginal cuff


Tonsillectomy and adenoidectomy. Chronic adenotonsillitis. The patient is a 9-year-old Caucasian male with history of recurrent episodes of adenotonsillitis that has been refractory to outpatient antibiotic therapy.

POSTOPERATIVE DIAGNOSIS:, Chronic adenotonsillitis.,PROCEDURE PERFORMED: , Tonsillectomy and adenoidectomy.,ANESTHESIA: ,General endotracheal tube.,ESTIMATED BLOOD LOSS:, Minimum, less than 5 cc.,SPECIMENS:, Right and left tonsils 2+, adenoid pad 1+. There was no adenoid specimen.,COMPLICATIONS: , None.,HISTORY: , The patient is a 9-year-old Caucasian male with history of recurrent episodes of adenotonsillitis that has been refractory to outpatient antibiotic therapy. The patient has had approximately four to five episodes of adenotonsillitis per year for the last three to four years.,PROCEDURE: , Informed consent was properly obtained from the patient's parents and the patient was taken to the operating room #3 and was placed in a supine position. He was placed under general endotracheal tube anesthesia by the Department of Anesthesia. The bed was then rolled away from Department of Anesthesia. A shoulder roll was then placed beneath the shoulder blades and a blue towel was then fashioned as a turban wrap. The McIvor mouth gag was carefully positioned into the patient's mouth with attention to avoid the teeth.,The retractor was then opened and the oropharynx was visualized. The adenoid pad was then visualized with a laryngeal mirror. The adenoids appeared to be 1+ and non-obstructing. There was no evidence of submucosal cleft palate palpable. There was no evidence of bifid uvula. A curved Allis clamp was then used to grasp the superior pole of the right tonsil. The tonsil was then retracted inferiorly and medially. Bovie cautery was used to make an incision on the mucosa of the right anterior tonsillar pillar to find the appropriate plane of dissection. The tonsil was then dissected out within this plane using a Bovie. Tonsillar sponge was re-applied to the tonsillar fossa. Suction cautery was then used to adequately obtain hemostasis with the tonsillar fossa. Attention was then directed to the left tonsil. The curved Allis was used to grasp the superior pole of the left tonsil and it was retracted inferiorly and medially. Bovie cautery was used to make an incision in the mucosa of the left anterior tonsillar pillar and define the appropriate plane of dissection. The tonsil was then dissected out within this plane using the Bovie. Next, complete hemostasis was achieved within the tonsillar fossae using suction cautery. After adequate hemostasis was obtained, attention was directed towards the adenoid pad. The adenoid pad was again visualized and appeared 1+ and was non-obstructing. Decision was made to use suction cautery to cauterize the adenoids. Using a laryngeal mirror under direct visualization, the adenoid pad was then cauterized with care to avoid the eustachian tube orifices as well as the soft palate and inferior turbinates. After cauterization was complete, the nasopharynx was again visualized and tonsillar sponge was applied. Adequate hemostasis was achieved. The tonsillar fossae were again visualized and no evidence of bleeding was evident. The throat pack was removed from the oropharynx and the oropharynx was suctioned. There was no evidence of any further bleeding. A flexible suction catheter was then used to suction out the nasopharynx to the oropharynx. The suction catheter was also used to suction up the stomach. Final look revealed no evidence of further bleeding and 10 mg of Decadron was given intraoperatively.,DISPOSITION: ,The patient tolerated the procedure well and the patient was transported to the recovery room in stable condition.

adenoid
adenoidectomy
adenotonsillitis
cautery
chronic adenotonsillitis
hemostasis
oropharynx
suction
suction cautery
surgery
tonsillar
tonsillar fossa
tonsillar fossae
tonsillectomy
tonsils


Tonsillectomy and adenoidectomy and Left superficial nasal cauterization. Recurrent tonsillitis. Deeply cryptic hypertrophic tonsils with numerous tonsillolith. Residual adenoid hypertrophy and recurrent epistaxis.

PREOPERATIVE DIAGNOSES,1. Recurrent tonsillitis.,2. Deeply cryptic hypertrophic tonsils with numerous tonsillolith.,3. Residual adenoid hypertrophy and recurrent epistaxis.,POSTOPERATIVE DIAGNOSES,1. Recurrent tonsillitis.,2. Deeply cryptic hypertrophic tonsils with numerous tonsillolith.,3. Residual adenoid hypertrophy and recurrent epistaxis.,FINAL DIAGNOSES,1. Recurrent tonsillitis.,2. Deeply cryptic hypertrophic tonsils with numerous tonsillolith.,3. Residual adenoid hypertrophy and recurrent epistaxis.,OPERATION PERFORMED,1. Tonsillectomy and adenoidectomy.,2. Left superficial nasal cauterization.,DESCRIPTION OF OPERATION:, The patient was brought to the operating room. Endotracheal intubation carried out by Dr. X. The McIvor mouth gag was inserted and gently suspended. Afrin was instilled in both sides of the nose and allowed to take effect for a period of time. The hypertrophic tonsils were then removed by the suction and snare. Deeply cryptic changes as expected were evident. Bleeding was minimal and controlled with packing followed by electrocautery followed by extensive additional irrigation. An inspection of the nasopharynx confirmed that the adenoids were in fact hypertrophic rubbery cryptic and obstructive. They were shaved back, flushed with prevertebral fascia with curette. Hemostasis established with packing followed by electrocautery. In light of his history of recurring nosebleeds, both sides of the nose were carefully inspected. A nasal endoscope was used to identify the plexus of bleeding, which was predominantly on the left mid portion of the septum that was controlled with broad superficial cauterization using a suction cautery device. The bleeding was admittedly a bit of a annoyance. An additional control was established by infiltrating slowly with a 1% Xylocaine with epinephrine around the perimeter of the bleeding site and then cauterizing the bleeding site itself. No additional bleeding was then evident. The oropharynx was reinspected, clots removed, the patient was extubated, taken to the recovery room in stable condition. Discharge will be anticipated later in the day on Lortab plus amoxicillin plus Ponaris nose drops. Office recheck anticipated if stable and doing well in three to four weeks.

adenoid hypertrophy
adenoidectomy
cauterization
cryptic hypertrophic tonsils
epistaxis
hypertrophic
hypertrophic tonsils
hypertrophy
intubation
nasal
nasal cauterization
surgery
tonsillectomy
tonsillitis
tonsillolith
tonsils


Tonsillectomy and adenoidectomy. Obstructive adenotonsillar hypertrophy with chronic recurrent pharyngitis.

PREOPERATIVE DIAGNOSIS:, Obstructive adenotonsillar hypertrophy with chronic recurrent pharyngitis.,POSTOPERATIVE DIAGNOSIS: , Obstructive adenotonsillar hypertrophy with chronic recurrent pharyngitis.,SURGICAL PROCEDURE PERFORMED: , Tonsillectomy and adenoidectomy.,ANESTHESIA: , General endotracheal technique.,SURGICAL FINDINGS: ,A 4+/4+ cryptic and hypertrophic tonsils with 2+/3+ hypertrophic adenoid pads.,INDICATIONS: , We were requested to evaluate the patient for complaints of enlarged tonsils, which cause difficulty swallowing, recurrent pharyngitis, and sleep-induced respiratory disturbance. She was evaluated and scheduled for an elective procedure.,DESCRIPTION OF SURGERY: ,The patient was brought to the operative suite and placed supine on the operating room table. General anesthetic was administered. Once appropriate anesthetic findings were achieved, the patient was intubated and prepped and draped in the usual sterile manner for a tonsillectomy. He was placed in semi-Rose ___ position and a Crowe Davis-type mouth gag was introduced into the oropharynx. Under an operating headlight, the oropharynx was clearly visualized. The right tonsil was grasped with the fossa triangularis and using electrocautery enucleation technique, was removed from its fossa. This followed placing the patient in a suspension position using a McIvor-type mouth gag and a red rubber Robinson catheter via the right naris. Once the right tonsil was removed, the left tonsil was removed in a similar manner, once again using a needle point Bovie dissection at 20 watts. With the tonsils removed, it was possible to visualize the adenoid pads. The oropharynx was irrigated and the adenoid pad evaluated with an indirect mirror technique. The adenoid pad was greater than 2+/4 and hypertrophic. It was removed with successive passes of electrocautery suction. The tonsillar fossa was then once again hemostased with suction cautery, injected with 0.5% ropivacaine with 1:100,000 adrenal solution and then closed with 2-0 Monocryl on an SH needle. The redundant soft tissue of the uvula was removed posteriorly and cauterized with electrocautery to prevent swelling of the uvula in the postoperative period. The patient's oropharynx and nasopharynx were irrigated with copious amounts of normal saline contained with small amount of iodine, and she was recovered from her general endotracheal anesthetic. She was extubated and left the operating room in good condition to the postoperative recovery room area.,Estimated blood loss was minimal. There were no complications. Specimens produced were right and left tonsils. The adenoid pad was ablated with electrocautery.

adenoidectomy
adenotonsillar
electrocautery
fossa
hypertrophic
hypertrophy
obstructive
obstructive adenotonsillar hypertrophy
oropharynx
pads
pharyngitis
surgery
tonsillectomy
tonsils
uvula


Tonsillectomy and adenoidectomy. McIvor mouth gag was placed in the oral cavity, and a tongue depressor applied.

PROCEDURE PERFORMED: , Tonsillectomy and adenoidectomy.,ANESTHESIA:, General endotracheal.,DESCRIPTION OF PROCEDURE: , The patient was taken to the operating room and prepped and draped in the usual fashion after induction of general endotracheal anesthesia. The McIvor mouth gag was placed in the oral cavity, and a tongue depressor applied. Two #12-French red rubber Robinson catheters were placed, 1 in each nasal passage, and brought out through the oral cavity and clamped over a dental gauze roll placed on the upper lip to provide soft palate retraction.,The nasopharynx was inspected with a laryngeal mirror. The adenoid tissue was fulgurated with the suction Bovie set at 35. The catheters and the dental gauze roll were then removed. The anterior tonsillar pillars were infiltrated with 0.5% Marcaine and epinephrine. Using the radiofrequency wand, the tonsils were ablated bilaterally. If bleeding occurred, it was treated with the wand on coag mode using a coag mode of 3 and an ablation mode of 9. The tonsillectomy was completed.,The nasopharynx and nasal passages were suctioned free of debris, and the procedure was terminated.,The patient tolerated the procedure well and left the operating room in good condition.

adenoidectomy
gauze roll
mcivor mouth gag
nasal passage
nasopharynx
palate
surgery
tongue
tonsillectomy


Tonsillectomy, uvulopalatopharyngoplasty, and septoplasty for obstructive sleep apnea syndrome with hypertrophy of tonsils and of uvula and soft palate with deviation of nasal septum

PREOPERATIVE DIAGNOSIS:, Obstructive sleep apnea syndrome with hypertrophy of tonsils and of uvula and soft palate.,POSTOPERATIVE DIAGNOSIS:, Obstructive sleep apnea syndrome with hypertrophy of tonsils and of uvula and soft palate with deviation of nasal septum.,OPERATION:, Tonsillectomy, uvulopalatopharyngoplasty, and septoplasty.,ANESTHESIA:, General anesthetics.,HISTORY: , This is a 51-year-old gentleman here with his wife. She confirms the history of loud snoring at night with witnessed apnea. The result of the sleep study was reviewed. This showed moderate sleep apnea with significant desaturation. The patient was unable to tolerate treatment with CPAP. At the office, we observed large tonsils and elongation and thickening of the uvula as well as redundant soft tissue of the palate. A tortuous appearance of the septum also was observed. This morning, I talked to the patient and his wife about the findings. I reviewed the CT images. He has no history of sinus infections and does not recall a history of nasal trauma. We discussed the removal of tonsils and uvula and soft palate tissue and the hope that this would help with his airway. Depending on the findings of surgery, I explained that I might remove that bone spur that we are seeing within the nasal passage. I will get the best look at it when he is asleep. We discussed recovery as well. He visited with Dr. XYZ about the anesthetic produce.,PROCEDURE:,: General tracheal anesthetic was administered by Dr. XYZ and Mr. Radke. Afrin drops were placed in both nostrils and a cottonoid soaked with Afrin was placed in each side of the nose. A Crowe-Davis mouth gag was placed. The tonsils were very large and touched the uvula. The uvula was relatively long and very thick and there were redundant folds of soft palate mucosa and prominent posterior and anterior tonsillar pillars. Also, there was a cryptic appearance of the tonsils but there was no acute redness or exudate. Retraction of the soft palate permitted evaluation of the nasopharynx with the mirror and the choanae were patent and there was no adenoid tissue present. A very crowded pharynx was appreciated. The tonsils were first removed using electrodissection technique. Hemostasis was achieved with the electrocautery and with sutures of 0 plain catgut. The tonsil fossae were injected with 0.25% Marcaine with 1:200,000 epinephrine. There already was more room in the pharynx, but the posterior pharyngeal wall was still obscured by the soft palate and uvula. The uvula was grasped with the Alice clamp. I palpated the posterior edge of the hard palate and calculated removal of about a third of the length of the soft palate. We switched over from the Bayonet cautery to the blunt needle tip electrocautery. The planned anterior soft palate incision was marked out with the electrocautery from the left anterior tonsillar pillar rising upwards and then extending horizontally across the soft palate to include all of the uvula and a portion of the soft palate, and the incision then extended across the midline and then inferiorly to meet the right anterior tonsillar pillar. This incision was then deepened with the electrocautery on a cutting current. The uvular artery just to the right of the midline was controlled with the suction electrocautery. The posterior soft palate incision was made parallel to the anterior soft palate incision but was made leaving a longer length of mucosa to permit closure of the palatoplasty. A portion of the redundant soft palate mucosa tissue also was included with the resection specimen and the tissue including the soft palate and uvula was included with the surgical specimen as the tonsils were sent to pathology. The tonsil fossae were injected with 0.25% Marcaine with 1:200,000 epinephrine. The soft palate was also injected with 0.25% Marcaine with 1:200,000 epinephrine. The posterior tonsillar pillars were then brought forward to close to the anterior tonsillar pillars and these were sutured down to the tonsil bed with interrupted 0 plain catgut sutures. The posterior soft palate mucosa was advanced forward and brought up to the anterior soft palate incision and closure of the soft palate wound was then accomplished with interrupted 3-0 chromic catgut sutures. A much improved appearance of the oropharynx with a greatly improved airway was appreciated. A moist tonsil sponge was placed into the nasopharynx and the mouth gag was removed. I removed the cottonoids from both nostrils. Speculum exam showed the inferior turbinates were large, the septum was tortuous and it angulated to the right and then sharply bent back to the left. The septum was injected with 0.25% Marcaine with 1:200,000 epinephrine using a separate syringe and needle. A #15 blade was used to make a left cheilion incision.,Mucoperichondrium and mucoperiosteum were elevated with the Cottle elevator. When we reached the deflected portion of the vomer, this was separated from the septal cartilage with a Freer elevator. The right-sided mucoperiosteum was elevated with the Freer elevator and then with Takahashi forceps and with the 4 mm osteotome, the deflected portion of the septal bone from the vomer was resected. This tissue also was sent as a separate specimen to pathology. The intraseptal space was irrigated with saline and suctioned. The nasal septal mucosal flaps were then sutured together with a quilting suture of 4-0 plain catgut. I observed no evidence of purulent secretion or polyp formation within the nostrils. The inferior turbinates were then both outfractured using a knife handle, and now there was a much more patent nasal airway on both sides. There was good support for the nasal tip and the dorsum and there was good hemostasis within the nose. No packing was used in the nostrils. Polysporin ointment was introduced into both nostrils. The mouth gag was reintroduced and the pack removed from the nasopharynx. The nose and throat were irrigated with saline and suctioned. An orogastric tube was placed and a moderate amount of clear fluid suctioned from the stomach and this tube was removed. Sponge and needle count were reported correct. The mouth gag having been withdrawn, the patient was then awakened and returned to recovery room in a satisfactory condition. He tolerated the operation excellently. Estimated blood loss was about 15-20 cc. In the recovery room, I observed that he was moving air well and I spoke with his wife about the findings of surgery.

afrin drops
anterior tonsillar pillars
bayonet cautery
cottle elevator
cpap
crowe-davis
freer elevator
hypertrophy
hypertrophy of tonsils
incision
mouth gag
nasal
nasal passage
nasal septum
nasopharynx
nostrils
obstructive sleep apnea
obstructive sleep apnea syndrome
palate
palate incision
pharynx
septal cartilage
septoplasty
sleep apnea
soft palate
soft palate incision
surgery
tonsillar pillars
tonsillectomy
tonsils
uvula
uvulopalatopharyngoplasty


Tonsillectomy. Chronic tonsillitis.

PREOPERATIVE DIAGNOSIS:, Chronic tonsillitis.,POSTOPERATIVE DIAGNOSIS: , Chronic tonsillitis.,PROCEDURE: ,Tonsillectomy.,DESCRIPTION OF PROCEDURE: , Under general orotracheal anesthesia, a Crowe-Davis mouth gag was inserted and suspended. Tonsils were removed by electrocautery dissection and the tonsillar beds were injected with Marcaine 0.25% plain. A catheter was inserted in the nose and brought out from mouth. The throat was irrigated with saline. There was no further bleeding. The patient was awakened and extubated and moved to the recovery room in satisfactory condition.

anesthesia
chronic tonsillitis
crowe-davis
mouth gag
surgery
tonsillectomy
tonsillitis


Tonsillectomy. Tonsillitis. McIvor mouth gag was placed in the oral cavity and a tongue depressor applied.

PREOPERATIVE DIAGNOSIS: , Tonsillitis.,POSTOPERATIVE DIAGNOSIS: ,Tonsillitis.,PROCEDURE PERFORMED: ,Tonsillectomy.,ANESTHESIA: , General endotracheal.,DESCRIPTION OF PROCEDURE: ,The patient was taken to the operating room and prepped and draped in the usual fashion. After induction of general endotracheal anesthesia, the McIvor mouth gag was placed in the oral cavity and a tongue depressor applied. Two #12-French red rubber Robinson catheters were placed, 1 in each nasal passage, and brought out through the oral cavity and clamped over a dental gauze roll on the upper lip to provide soft palate retraction. The nasopharynx was inspected with the laryngeal mirror.,Attention was then directed to the right tonsil. The anterior tonsillar pillar was infiltrated with 1.5 cc of 1% Xylocaine with 1:100,000 epinephrine, as was the left tonsillar pillar. The right tonsil was grasped with the tenaculum and retracted out of its fossa. The anterior tonsillar pillar was incised with the #12 knife blade. The plica semilunaris was incised with the Metzenbaum scissors. Using the Metzenbaum scissors and the Fisher knife, the tonsil was dissected free of its fossa onto an inferior pedicle around which the tonsillar snare was placed and applied. The tonsil was removed from the fossa and the fossa packed with a cherry gauze sponge as previously described. By a similar procedure, the opposite tonsillectomy was performed and the fossa was packed.,Attention was re-directed to the right tonsil. The pack was removed and bleeding was controlled with the suction Bovie unit. Bleeding was then similarly controlled in the left tonsillar fossa and the nasopharynx after removal of the packs. The catheters were then removed. The nasal passages and oropharynx were suctioned free of debris. The procedure was terminated.,The patient tolerated the procedure well and left the operating room in good condition.

anterior tonsillar
fossa
mcivor mouth gag
metzenbaum
metzenbaum scissors
oral cavity
palate
pillar
surgery
tongue
tonsillar
tonsillar pillar
tonsillectomy
tonsillitis


PREOPERATIVE DIAGNOSES:, Hypertrophy of tonsils and adenoids, and also foreign body of right ear.,POSTOPERATIVE DIAGNOSES:, Hypertrophy of tonsils and adenoids, and also foreign body of right ear.,OPERATIONS:, Tonsillectomy, adenoidectomy, and removal of foreign body (rock) from right ear.,ANESTHESIA:, General.,HISTORY: , The patient is 5-1/2 years old. She is here this morning with her Mom. She has very large tonsils and she snores at night and gets up frequently at night and does not sleep well. At the office we saw the tonsils were very big. There was a rock in the right ear and it was very deep in the canal, near the drum. We will remove the foreign body under the same anesthetic.,PROCEDURE:,: Natalie was placed under general anesthetic by the orotracheal route of administration, under Dr. XYZ and Ms. B. I looked into the left ear under the microscope, took out a little wax and observed a normal eardrum. On the right side, I took out some impacted wax and removed the rock with a large suction. It was actually resting on the surface of the drum but had not scarred or damaged the drum. The drum was intact with no evidence of middle ear fluid. The microscope was set aside. Afrin drops were placed in both nostrils. The neck was gently extended and the Crowe-Davis mouth gag inserted. The tonsils and adenoids were very large. The uvula was intact. Adenoidectomy was performed using the adenoid curette with a tonsil sponge placed into the nasopharynx. Tonsillectomy accomplished by sharp and blunt dissection. Hemostasis achieved with electrocautery and the tonsils beds injected with 0.25% Marcaine with 1:200,000 epinephrine. Sutures of zero plain catgut next were used to re-approximate the posterior to the anterior tonsillar pillars, suturing these down to the tonsillar beds. Sponge is removed from the nasopharynx. The suction electrocautery was used for pinpoint hemostasis on the adenoid bed. We made sure the cautery tip did not come into the contact with the soft palate or the eustachian tube orifices. The nose and throat were then irrigated with saline and suctioned. Excellent hemostasis was observed. An orogastric tube was placed. The stomach found to be empty. The tube was removed, as was the mouth gag. Sponge and needle count were reported correct. The child was then awakened and prepared for her to return to the recovery room. She tolerated the operation excellently.

adenoid bed
adenoidectomy
adenoids
afrin drops
canal
catgut
crowe-davis
dissection
drum
ear
foreign body
hypertrophy
middle ear
mouth gag
nasopharynx
orotracheal
suction electrocautery
surgery
throat
tonsillectomy
tonsils
tonsils and adenoids
uvula
wax