Cataract to right eye. Cataract extraction with intraocular lens implant of the right eye, anterior vitrectomy of the right eye.

PREOPERATIVE DIAGNOSIS: , Cataract to right eye.,POSTOPERATIVE DIAGNOSIS: , Cataract to right eye.,PROCEDURE PERFORMED: ,Cataract extraction with intraocular lens implant of the right eye, anterior vitrectomy of the right eye.,LENS IMPLANT USED: ,See below.,COMPLICATIONS: , Posterior capsular hole, vitreous prolapse.,ANESTHESIA: ,Topical.,PROCEDURE IN DETAIL: ,The patient was identified in the preoperative holding area before being escorted back to the operating room suite. Hemodynamic monitoring was begun. Time-out was called and the patient eye operated upon and lens implant intended were verbally verified. Three drops of tetracaine were applied to the operative eye. The patient was then prepped and draped in usual sterile fashion for intraocular surgery. A lid speculum was placed. Two paracentesis sites were created approximately 120 degrees apart straddling the temple using a slit knife. The anterior chamber was irrigated with a dilute 0.25% solution of non-preserved lidocaine and filled with Viscoat. The clear corneal temporal incision was fashioned. The anterior chamber was entered by introducing a keratome. The continuous tear capsulorrhexis was performed using the bent needle cystotome and completed with Utrata forceps. The cataractous lens was then hydrodissected and phacoemulsified using a modified phaco-chop technique. Following removal of the last nuclear quadrant, there was noted to be a posterior capsular hole nasally. This area was tamponaded with Healon. The anterior chamber was swept with a cyclodialysis spatula and there was noted to be vitreous prolapse. An anterior vitrectomy was then performed bimanually until the vitreous was cleared from the anterior chamber area. The sulcus area of the lens was then inflated using Healon and a V9002 16.0 diopter intraocular lens was unfolded and centered in the sulcus area with haptic secured in the sulcus. There was noted to be good support. Miostat was injected into the anterior chamber and viscoelastic agent rinsed out of the eye with Miostat. Gentle bimanual irrigation, aspiration was performed to remove remaining viscoelastic agents anteriorly. The pupil was noted to constrict symmetrically. Wounds were checked with Weck-cels and found to be free of vitreous. BSS was used to re-inflate the anterior chamber to normal depth as confirmed by tactile pressure at about 12. All corneal wounds were then hydrated, checked and found to be watertight and free of vitreous. A single 10-0 nylon suture was placed temporarily as prophylaxis and the knot buried. Lid speculum was removed. TobraDex ointment, light patch and a Soft Shield were applied. The patient was taken to the recovery room, awake and comfortable. We will follow up in the morning for postoperative check. He will not be given Diamox due to his sulfa allergy. The intraoperative course was discussed with both he and his wife.

anterior chamber
anterior vitrectomy
cataract
cataract extraction
extraction
eye
hemodynamic
implant
intraocular
intraocular lens implant
lens
lid speculum
surgery
vitrectomy
vitreous


Right carpal tunnel release and right index and middle fingers release A1 pulley. Right carpal tunnel syndrome and right index finger and middle fingers tenosynovitis.

PREOPERATIVE DIAGNOSES:,1. Right carpal tunnel syndrome.,2. Right index finger and middle fingers tenosynovitis.,POSTOPERATIVE DIAGNOSES:,1. Right carpal tunnel syndrome.,2. Right index finger and middle fingers tenosynovitis.,PROCEDURES PERFORMED:,1. Right carpal tunnel release.,2. Right index and middle fingers release A1 pulley.,TOURNIQUET TIME: ,70 minutes.,BLOOD LOSS: , Minimal.,GROSS INTRAOPERATIVE FINDINGS:,1. A compressed median nerve at the carpal tunnel, which was flattened.,2. A stenosing tenosynovitis of the A1 pulley of the right index as well as middle fingers. After the A1 pulley was released, there was evidence of some synovitis as well as some fraying of the flexor digitorum profundus as well as flexor digitorum superficialis tendons.,HISTORY: ,This is a 78-year-old male who is complaining of right hand pain and numbness with decreased range of the middle index finger and right middle finger complaining of catching and locking. The patient was diagnosed with carpal tunnel syndrome on bilateral hands the right being worse than the left. He had positive EMG findings as well as clinical findings. The patient did undergo an injection, which only provided him with temporary relief and is for this reason, he has consented to undergo the above-named procedure.,All risks as well as complications were discussed with the patient and consent was obtained.,PROCEDURE: ,The patient was wheeled back to the operating room #1 at ABCD General Hospital on 08/29/03. He was placed supine on the operating room table. Next, a non-sterile tourniquet was placed on the right forearm, but not inflated. At this time, 8 cc of 0.25% Marcaine with epinephrine was instilled into the carpal tunnel region of the volar aspect of the wrist for anesthesia. In addition, an additional 2 cc were used on the superficial skin of the volar palm over the A1 pulley of the right index and right middle fingers. At this time, the extremity was then prepped and draped in usual sterile fashion for this procedure. First, we went for release of the carpal tunnel. Approximately 2.5 cm incision was made over the volar aspect of the wrist over the carpal tunnel region. First, dissection through the skin in the superficial fascia was performed with a self-retractor placed in addition to Ragnells retracting proximally and distally. The palmaris brevis muscle was then identified and sharply transected. At this time, we identified the transverse carpal tunnel ligament and a #15 blade was used to sharply and carefully release that fascia. Once the fascia of the transverse carpal ligament was transected, the identification of the median nerve was visualized. The resection of the ligament was taken both proximally and distally to assure complete release and it was checked thoroughly. At this time, a neurolysis was performed and no evidence of space-occupying lesions were identified within the carpal tunnel. At this time, copious irrigation was used to irrigate the wound. The wound was suctioned dry. At this time, we proceeded to the release of the A1 pulleys. Approximately, a 1.5 cm incision was made over the A1 pulley in the volar aspect of the palm of the right index and right middle fingers. First, we went for the index finger. Once the skin incision was made, Metzenbaum scissor was used to longitudinally dissect the subcutaneous tissue and with Ragnell retractors we identified the A1 pulley. A #15 blade was used to make a longitudinal slit along with A1 pulley and the Littler scissors were used to release the A1 pulley proximally as well as distally. Once this was performed, a tendon hook was then used to wrap the tendon and release the tendons both proximally and distally and they were removed from the wound in order to check their integrity. There was some evidence of synovitis in addition to some fraying of the both the profundus as well as superficialis tendons. Once a thorough release was performed, copious irrigation was used to irrigate that wound. In the similar fashion, a 1.5 cm incision was made over the volar aspect of the A1 pulley of the right middle finger. A Littler scissor was used to bluntly dissect in the longitudinal fashion. With the Ragnell retractors, we identified the A1 pulley of the right middle finger.,Using a #15 blade, the A1 pulley was scored with the #15 blade and the Litter scissor was used to complete the release of the A1 pulley distally and proximally. We again placed the tendon hook around both the superficialis and the profundus tendons and they were extruded from the wound to check their integrity. Again, there was evidence of some synovitis as well as fraying of both tendons. The girth of both tendons and both wounds were within normal limits. At this time, copious irrigation was used to irrigate the wound. The patient was then asked to intraoperatively flex and extend his fingers and he was able to fully flex his fingers to make a close fit which he was not able to do preoperatively. In addition, he was able to abduct his thumb indicating that the recurrent branch of the median nerve was intact. At this time, #5-0 nylon was used to approximate in a vertical mattress type fashion both the carpal tunnel incision as well as the both A1 pulley incisions of the right middle finger and right index finger. The wound closure took place after the tourniquet was released and hemostasis was obtained with Bovie cautery. At this time, a short-arm splint was placed on the volar aspect of the wrist after it was wrapped in a sterile dressing consisting of Adaptic and Kerlix roll. The patient was then carefully taken off of the operating room table to Recovery in stable condition.

carpal
carpal tunnel
carpal tunnel release
carpal tunnel syndrome
compressed median nerve
copious irrigation
fingers
index
ligament
littler scissors
median nerve
middle fingers
pulley
stenosing tenosynovitis
superficialis
surgery
tendons
tenosynovitis
tourniquet
tunnel
volar aspect


PREOPERATIVE DIAGNOSIS: , Left knee medial femoral condyle osteochondritis dissecans.,POSTOPERATIVE DIAGNOSIS: , Left knee medial femoral condyle osteochondritis dissecans.,PROCEDURES:, Left knee arthroscopy with removal of the cartilage loose body and microfracture of the medial femoral condyle with chondroplasty.,ANESTHESIA: , General.,TOURNIQUET TIME: ,Thirty-seven minutes.,MEDICATIONS: , The patient also received 30 mL of 0.5% Marcaine local anesthetic at the end of the case.,COMPLICATIONS: , No intraoperative complications.,DRAINS AND SPECIMENS: , None.,INTRAOPERATIVE FINDINGS: , The patient had a loose body that was found in the suprapatellar pouch upon entry of the camera. This loose body was then subsequently removed. It measured 24 x 14 mm. This was actually the OCD lesion seen on the MRI that had come from the weightbearing surface of just the lateral posterior aspect of the medial femoral condyle,HISTORY AND PHYSICAL: , The patient is 13-year-old male with persistent left knee pain. He was initially seen at Sierra Pacific Orthopedic Group where an MRI demonstrated unstable OCD lesion of the left knee. The patient presented here for a second opinion. Surgery was recommended grossly due to the instability of the fragment. Risks and benefits of surgery were discussed. The risks of surgery include risk of anesthesia, infection, bleeding, changes in sensation and motion extremity, failure to relieve pain or restore the articular cartilage, possible need for other surgical procedures, and possible early arthritis. All questions were answered and parents agreed to the above plan.,DESCRIPTION OF PROCEDURE: ,The patient was taken to the operating room and placed supine on the operating table. General anesthesia was then administered. The patient received Ancef preoperatively. A nonsterile tourniquet was placed on the upper aspect of the patient's left thigh. The extremity was then prepped and draped in standard surgical fashion. The standard portals were marked on the skin. The extremity was wrapped in Esmarch prior to inflation of tourniquet to 250 mmHg. The portal incisions were then made by an #11 blade. Camera was inserted into the lateral joint line. There was a noted large cartilage loose body in the suprapatellar pouch. This was subsequently removed with extension of the anterolateral portal. Visualization of the rest of the knee revealed significant synovitis. The patient had a large cartilage defect in the posterolateral aspect of the medial femoral condyle. The remainder of the knee demonstrated no other significant cartilage lesions, loose bodies, plica or meniscal pathology. ACL was also visualized to be intact in the intracondylar notch.,Attention was then turned back to the large defect. The loose cartilage was debrided using a shaver. Microfracture technique was then performed to 4 mm depth at 2 to 3 mm distances. Tourniquet was released at the end of the case to ensure that there was fat and bleeding at the microfracture sites. All instruments were then removed. The portals were closed using #4-0 Monocryl. A total of 30 mL of 0.5% Marcaine was injected into the knee. Wounds were then cleaned and dried, and dressed in Steri-Strips, Xeroform, 4 x 4s, and bias. The patient was then placed in a knee immobilizer. The patient tolerated the procedure well. The tourniquet was released at 37 minutes. He was taken to recovery in stable condition.,POSTOPERATIVE PLAN: , The loose cartilage fragment was given to the family. The intraoperative findings were relayed with intraoperative photos. There was a large deficit in the weightbearing portion of medial femoral condyle. His prognosis is guarded given the fact of the fragile lesion and location, but in advantages of his age and his rehab potential down the road, if the patient still has symptoms, he may be a candidate for osteochondral autograft, a procedure which is not performed at Children's or possible cartilaginous transplant. All questions were answered. The patient will follow up in 10 days, may wet the wound in 5 days.

arthroscopy
cartilage
cartilage loose body
chondroplasty
femoral
knee
knee arthroscopy
loose cartilage
medial femoral condyle
microfracture
orthopedic
surgery
tourniquet


Extracapsular cataract extraction with posterior chamber intraocular lens placement by phacoemulsification. A peribulbar block was given to the eye using 8 cc of a mixture of 0.5% Marcaine without epinephrine mixed with Wydase plus one-half of 2% lidocaine without epinephrine.

PROCEDURE PERFORMED: , Extracapsular cataract extraction with posterior chamber intraocular lens placement by phacoemulsification.,ANESTHESIA:, Peribulbar.,COMPLICATIONS:, None.,DESCRIPTION OF PROCEDURE: ,The patient was brought to the operating room after the eye was dilated with topical Mydriacyl and Neo-Synephrine drops. A Honan balloon was placed over the eye for a period of 20 minutes at 10 mmHg. A peribulbar block was given to the eye using 8 cc of a mixture of 0.5% Marcaine without epinephrine mixed with Wydase plus one-half of 2% lidocaine without epinephrine. The Honan balloon was then re-placed over the eye for an additional 10 minutes at 20 mmHg. The eye was prepped with a Betadine solution and draped in the usual sterile fashion. A wire speculum was placed in the eye and then a clear corneal paracentesis site was made inferiorly with a 15-degree blade, followed by instillation of 0.1 cc of preservative-free lidocaine 1% into the anterior chamber, followed by viscoelastic. A 2.8-mm keratome was used to create a self-sealing temporal corneal incision and then a bent capsulotomy needle was used to create an anterior capsular flap. The Utrata forceps were used to complete a continuous tear capsulorrhexis, and hydrodissection and hydrodelineation of the nucleus was performed with BSS on a cannula. Phacoemulsification in a quartering-and-cracking technique was used to remove the nucleus and then the residual cortex was removed with the irrigation and aspiration unit. Gentle vacuuming of the central posterior capsule was performed. The capsular bag was re-expanded with viscoelastic, and then the wound was opened to a 3.4-mm size with an additional keratome to allow insertion of the intraocular lens.,The intraocular lens was folded, inserted into the capsular bag and then un-folded. The trailing haptic was tucked underneath the anterior capsular rim. The lens was shown to center very well. Therefore, the viscoelastic was removed with the irrigation and aspiration unit and one 10-0 nylon suture was placed across the incision after Miochol was injected into the anterior chamber to cause pupillary constriction. The wound was shown to be watertight. Therefore, TobraDex ointment was applied to the eye, an eye pad loosely applied and a Fox shield taped firmly in place.,The patient tolerated the procedure well and left the operating room in good condition.

anterior
anterior capsular
anterior chamber
aspiration unit
capsular
capsular bag
cataract
cataract extraction
chamber
epinephrine
extraction
eye
honan balloon
hydrodissection
intraocular
intraocular lens
irrigation and aspiration
lens
lidocaine
peribulbar
peribulbar block
phacoemulsification
surgery
viscoelastic


Cataract extraction with lens implantation, right eye. The lens was inspected and found to be free of defects, folded, and easily inserted into the capsular bag, and unfolded.

PROCEDURE PERFORMED:, Cataract extraction with lens implantation, right eye.,DESCRIPTION OF PROCEDURE: , The patient was brought to the operating room. The patient was identified and the correct operative site was also identified. A retrobulbar block using 5 ml of 2% lidocaine without epinephrine was done after adequate anesthetic was assured, and the eye was massaged to reduce risk of bleeding. The patient was prepped and draped in the usual fashion. A lid speculum was applied.,A groove incision at the 12 o'clock position was made with a 5700 blade. This was beveled anteriorly in a lamellar fashion using the crescent knife. Then the anterior chamber was entered with a slit knife. The chamber was deepened with Viscoat. Then a paracentesis at the 3 o'clock position was created using a super sharp blade. A cystitome was used to nick the anterior capsule and then the capsulotomy was completed with capsulorrhexis forceps. Hydrodissection was employed using BSS on a blunt 27-gauge needle.,The phaco tip was then introduced into the eye, and the eye was divided into 4 grooves. Then a second instrument was used, a Sinskey hook, to crack these grooves, and the individual quadrants were brought into the central zone and phacoemulsified. I/A proceeded without difficulty using the irrigation/aspiration cannula. The capsule was felt to be clear and intact. The capsular bag was then expanded with ProVisc.,The internal corneal wound was increased using the slit knife. The lens was inspected and found to be free of defects, folded, and easily inserted into the capsular bag, and unfolded. A corneal light shield was then used as the wound was sutured with a figure-of-eight 10-0 nylon suture. Then the Viscoat was removed using I/A, and the suture drawn up and tied.,The 0.2 ml of gentamicin was injected subconjunctivally. Maxitrol ointment was instilled into the conjunctival sac. The eye was covered with a double patch and shield, and the patient was discharged.

anterior chamber
capsular
capsular bag
cataract
cataract extraction
eye
knife
lens
lens implantation
lid speculum
sinskey hook
surgery


Left carpal tunnel release. Left carpal tunnel syndrome. Severe compression of the median nerve on the left at the wrist.

PREOPERATIVE DIAGNOSIS: , Left carpal tunnel syndrome.,POSTOPERATIVE DIAGNOSIS:, Left carpal tunnel syndrome.,OPERATIVE PROCEDURE PERFORMED:, Left carpal tunnel release.,FINDINGS:, Showed severe compression of the median nerve on the left at the wrist.,SPECIMENS: ,None.,FLUIDS:, 500 mL of crystalloids.,URINE OUTPUT:, No Foley catheter.,COMPLICATIONS: , None.,ANESTHESIA: , General through a laryngeal mask.,ESTIMATED BLOOD LOSS: , None.,CONDITION: , Resuscitated with stable vital signs.,INDICATION FOR THE OPERATION: , This is a case of a very pleasant 65-year-old forensic pathologist who I previously had performed initially a discectomy and removal of infection at 6-7, followed by anterior cervical discectomy with anterior interbody fusion at C5-6 and C6-7 with spinal instrumentation. At the time of initial consultation, the patient was also found to have bilateral carpal tunnel and for which we are addressing the left side now. Operation, expected outcome, risks, and benefits were discussed with him for most of the risk would be that of infection because of the patient's diabetes and a previous history of infection in the form of pneumonia. There is also the possibility of bleeding as well as the possibility of injury to the median nerve on dissection. He understood this risk and agreed to have the procedure performed.,DESCRIPTION OF THE PROCEDURE: , The patient was brought to the operating room, awake, alert, not in any form of distress. After smooth induction of anesthesia and placement of a laryngeal mask, he remained supine on the operating table. The left upper extremity was then prepped with Betadine soap and antiseptic solution. After sterile drapes were laid out, an incision was made following inflation of blood pressure cuff to 250 mmHg. Clamp time approximately 30 minutes. An incision was then made right in the mid palm area between the thenar and hypothenar eminence. Meticulous hemostasis of any bleeders were done. The fat was identified. The palmar aponeurosis was identified and cut and this was traced down to the wrist. There was severe compression of the median nerve. Additional removal of the aponeurosis was performed to allow for further decompression. After this was all completed, the area was irrigated with saline and bacitracin solution and closed as a single layer using Prolene 4-0 as interrupted vertical mattress stitches. Dressing was applied. The patient was brought to the recovery.

carpal
carpal tunnel release
carpal tunnel syndrome
compression
median nerve
surgery
tunnel
wrist


Carpal tunnel syndrome. Open carpal tunnel release. A longitudinal incision was made in line with the 4th ray. The dissection was carried down to the superficial aponeurosis, which was cut. The distal edge of the transverse carpal ligament was identified with a hemostat.

PREOPERATIVE DIAGNOSIS: , Carpal tunnel syndrome.,POSTOPERATIVE DIAGNOSIS: , Carpal tunnel syndrome.,TITLE OF PROCEDURE: ,Open carpal tunnel release.,COMPLICATIONS: ,None.,PROCEDURE IN DETAIL: ,After administering appropriate antibiotics and general anesthesia the Left upper extremity was prepped and draped in the usual standard fashion. The arm was exsanguinated with Esmarch, and the tourniquet inflated to 250 mmHg.,A longitudinal incision was made in line with the 4th ray. The dissection was carried down to the superficial aponeurosis, which was cut. The distal edge of the transverse carpal ligament was identified with a hemostat. The hemostat was gently placed under the transverse carpal ligament to protect the contents of the carpal tunnel, and the ligament was cut on its ulnar side with a knife directly onto the hemostat. The antebrachial fascia was cut proximally under direct vision with scissors.,After irrigating the wound with copious amounts of normal saline, the skin was repaired with 4-0 nylon interrupted stitches.,Marcaine with epinephrine was injected into the wound, which was then dressed and splinted. The patient was sent to the recovery room in good condition, having tolerated the procedure well.

carpal ligament
carpal tunnel release
carpal tunnel syndrome
hemostat
incision
ligament
surgery
transverse
transverse carpal ligament
tunnel


Right carpal tunnel release. Right carpal tunnel syndrome. This is a 54-year-old female who was complaining of right hand numbness and tingling of the median distribution and has elected to undergo carpal tunnel surgery secondary to failure of conservative management.

PREOPERATIVE DIAGNOSIS:, Right carpal tunnel syndrome.,POSTOPERATIVE DIAGNOSIS:, Right carpal tunnel syndrome.,PROCEDURE:, Right carpal tunnel release.,ANESTHESIA:, Bier block to the right hand.,TOTAL TOURNIQUET TIME: , 20 minutes.,COMPLICATIONS: , None.,DISPOSITION: , Stable to PACU.,ESTIMATED BLOOD LOSS: , Less than 10 cc.,GROSS OPERATIVE FINDINGS:, We did find a compressed right median nerve upon entering the carpal tunnel, otherwise, the structures of the carpal canal are otherwise unremarkable. No evidence of tumor was found.,BRIEF HISTORY OF PRESENT ILLNESS: ,This is a 54-year-old female who was complaining of right hand numbness and tingling of the median distribution and has elected to undergo carpal tunnel surgery secondary to failure of conservative management.,PROCEDURE: , The patient was taken to the operative room and placed in the supine position. The patient underwent a Bier block by the Department of Anesthesia on the upper extremity. The upper extremity was prepped and draped in usual sterile fashion and left free. Attention was drawn then to the palm of the hand. We did identify area of incision that we would make, which was located over the carpal tunnel.,Approximately, 1.5 cm incision was made using a #10 blade scalpel. Dissection was carried through the skin and fascia over the palm down to the carpal tunnel taking care during dissection to avoid any branches of nerves. Carpal tunnel was then entered and the rest of the transverse carpal ligament was incised sharply with a #10 scalpel. We inspected the median nerve and found that it was flat and compressed from the transverse carpal ligament. We found no evidence of tumor or space occupying lesion in the carpal tunnel. We then irrigated copiously. Tourniquet was taken down at that time and pressure was held. There was no evidence of obvious bleeders. We approximated the skin with nylon and placed a postoperative dressing with a volar splint. The patient tolerated the procedure well. She was placed back in the gurney and taken to PACU.

bier block
carpal
carpal ligament
carpal tunnel release
carpal tunnel syndrome
median
median nerve
surgery
transverse
tunnel


Right carpal tunnel syndrome. Right carpal tunnel release.

PREOPERATIVE DIAGNOSIS: , Right carpal tunnel syndrome.,POSTOPERATIVE DIAGNOSIS:, Right carpal tunnel syndrome.,PROCEDURE PERFORMED: , Right carpal tunnel release.,PROCEDURE NOTE: ,The right upper extremity was prepped and draped in the usual fashion. IV sedation was supplied by the anesthesiologist. A local block using 6 cc of 0.5% Marcaine was used at the transverse wrist crease using a 25 gauge needle, superficial to the transverse carpal ligament.,The upper extremity was exsanguinated with a 6 inch ace wrap.,Tourniquet time was less than 10 minutes at 250 mmHg.,An incision was used in line with the third web space just to the ulnar side of the thenar crease. It was carried sharply down to the transverse wrist crease. The transverse carpal ligament was identified and released under direct vision. Proximal to the transverse wrist crease it was released subcutaneously. During the entire procedure care was taken to avoid injury to the median nerve proper, the recurrent median, the palmar cutaneous branch, the ulnar neurovascular bundle and the superficial palmar arch. The nerve appeared to be mildly constricted. Closure was routine with running 5-0 nylon. A bulky hand dressing as well as a volar splint was applied and the patient was sent to the outpatient surgery area in good condition.

carpal tunnel release
carpal tunnel syndrome
ligament
superficial
superficial palmar arch
surgery
transverse wrist crease


Right open carpal tunnel release and cortisone injection, left carpal tunnel.

PREOPERATIVE DIAGNOSIS: ,Bilateral carpal tunnel syndrome.,POSTOPERATIVE DIAGNOSIS: , Bilateral carpal tunnel syndrome.,PROCEDURES:,1. Right open carpal tunnel release.,2. Cortisone injection, left carpal tunnel.,ANESTHESIA: , General LMA.,ESTIMATED BLOOD LOSS: , Minimal.,COMPLICATIONS:, None.,INDICATIONS:, This patient is a 50-year-old male with bilateral carpal tunnel syndrome, which is measured out as severe. He is scheduled for the above-mentioned procedures. The planned procedures were discussed with the patient including the associated risks. The risks included but are not limited to bleeding, infection, nerve damage, failure to heal, possible need for reoperation, possible recurrence, or any associated risk of the anesthesia. He voiced understanding and agreed to proceed as planned.,DESCRIPTION OF PROCEDURE: , The patient was identified in the holding area and correct operative site was identified by the surgeon's mark. Informed consent was obtained. The patient was then brought to the operating room and transferred to the operating table in supine position. Time-out was then performed at which point the surgeon, nursing staff, and anesthesia staff all confirmed the correct identification.,After adequate general LMA anesthesia was obtained, a well-padded tourniquet was placed on the patient's right upper arm. The right upper extremity was then prepped and draped in the usual sterile fashion. Planned skin incision was marked along the base of the patient's right palm. Right upper extremity was then exsanguinated using Esmarch. The tourniquet was then inflated to 250 mmHg. Skin incision was then made and dissection was carried down with scalpel to the level of the palmar fascia which was sharply divided by the skin incision. Bleeding points were identified with electrocautery using bipolar electrocautery. Retractors were then placed to allow visualization of the distal extent of the transverse carpal ligament, and this was then divided longitudinally under direct vision. Baby Metzenbaum scissors were used to dissect distal to this area to confirm the absence of any remaining crossing obstructing fibrous band. Retractors were then replaced proximally to allow visualization of proximal extent of the transverse carpal ligament and the release was continued proximally until complete release was performed. This was confirmed by visually and palpably. Next, baby Metzenbaum scissors were used to dissect anteroposterior adjacent antebrachial fascia, and this was divided longitudinally under direct vision using baby Metzenbaum scissors to a level of approximately 3 cm proximal to the proximal extent of the skin incision. Carpal canal was then inspected. The median nerve was flattened and injected. No other abnormalities were noted. Wounds were then irrigated with normal saline and antibiotic additive. Decadron 4 mg was then placed adjacent to the median nerve. Skin incision was then closed with interrupted 5-0 nylon suture. The wound was then dressed with Adaptic, 4 x 4s, Kling, and Coban. The tourniquet was then deflated. Attention was then directed to the left side. Using sterile technique, the left carpal canal was injected with a mixture of 40 mg of Depo-Medrol, 1 cc of 1% lidocaine, and 1 cc of 0.25% Marcaine. Band-Aid was then placed over the injection site. The patient was then awakened, extubated, and transferred over to his hospital bed. He was transported to recovery room in stable condition. There were no intraoperative or immediate postoperative complications. All counts were reported as correct.

4 x 4s
adaptic
baby metzenbaum scissors
bilateral carpal
bilateral carpal tunnel
carpal
carpal canal
carpal ligament
carpal tunnel
carpal tunnel release
carpal tunnel syndrome
coban
cortisone injection
electrocautery
esmarch
fibrous band
kling
metzenbaum
metzenbaum scissors
palmar fascia
surgery
tourniquet
transverse carpal ligament
tunnel


Bilateral open carpal tunnel release.

PREOPERATIVE DIAGNOSIS: ,Carpal tunnel syndrome, bilateral.,POSTOPERATIVE DIAGNOSIS: , Carpal tunnel syndrome, bilateral.,ANESTHESIA:, General,NAME OF OPERATION: , Bilateral open carpal tunnel release.,FINDINGS AT OPERATION: , The patient had identical, very thick, transverse carpal ligaments, with dull synovium.,PROCEDURE: ,Under satisfactory anesthesia, the patient was prepped and draped in a routine manner on both upper extremities. The right upper extremity was exsanguinated, and the tourniquet inflated. A curved incision was made at the the ulnar base, carried through the subcutaneous tissue and superficial fascia, down to the transverse carpal ligament. This was divided under direct vision along its ulnar border, and wound closed with interrupted nylon. The wound was injected, and a dry, sterile dressing was applied. An identical procedure was done to the opposite side. The patient left the operating room in satisfactory condition.

bilateral
bilateral open carpal tunnel
carpal
carpal tunnel
carpal tunnel release
carpal tunnel syndrome
release
surgery
tourniquet
tunnel


Carpal tunnel syndrome. Endoscopic carpal tunnel release. After administering appropriate antibiotics and MAC anesthesia, the upper extremity was prepped and draped in the usual standard fashion, the arm was exsanguinated with Esmarch, and the tourniquet inflated to 250 mmHg.

PREOPERATIVE DIAGNOSIS:, Carpal tunnel syndrome.,POSTOPERATIVE DIAGNOSIS: , Carpal tunnel syndrome.,TITLE OF PROCEDURE: , Endoscopic carpal tunnel release.,ANESTHESIA: , MAC,PROCEDURE: , After administering appropriate antibiotics and MAC anesthesia, the upper extremity was prepped and draped in the usual standard fashion, the arm was exsanguinated with Esmarch, and the tourniquet inflated to 250 mmHg.,I made a transverse incision one fingerbreadth proximal to the distal volar wrist crease. Dissection was carried down to the antebrachial fascia, which was cut in a distally based fashion. Bipolar electrocautery was used to maintain meticulous hemostasis. I then performed an antebrachial fasciotomy proximally. I entered the extra bursal space deep into the transverse carpal ligament and used the spatula probe and then the dilators and then the square probe to enlarge the area. Great care was taken to feel the washboard undersurface of the transverse carpal ligament and the hamate on the ulnar side. Great care was taken with placement. A good plane was positively identified. I then placed the endoscope in and definitely saw the transverse striations of the deep surface of the transverse carpal ligament.,Again, I felt the hook of the hamate ulnar to me. I had my thumb on the distal aspect of the transverse carpal ligament. I then partially deployed the blade, and starting 1 mm from the distal edge, the transverse carpal ligament was positively identified. I pulled back and cut and partially tightened the transverse carpal ligament. I then feathered through the distal ligament and performed a full-thickness incision through the distal half of the ligament. I then checked to make sure this was properly performed and then cut the proximal aspect. I then entered the carpal tunnel again and saw that the release was complete, meaning that the cut surfaces of the transverse carpal ligament were separated; and with the scope rotated, I could see only one in the field at a time. Great care was taken and at no point was there any longitudinal structure cut. Under direct vision through the incision, I made sure that the distal antebrachial fascia was cut. Following this, I irrigated and closed the skin. The patient was dressed and sent to the recovery room in good condition.

carpal
carpal ligament
carpal tunnel release
carpal tunnel syndrome
endoscopic
esmarch
ligament
surgery
tourniquet
transverse
tunnel


Left carpal tunnel release, left ulnar nerve anterior submuscular transposition at the elbow, lengthening of the flexor pronator muscle mass in the proximal forearm to accommodate the submuscular position of the ulnar nerve.

PREOPERATIVE DIAGNOSES:,1. Left carpal tunnel syndrome (354.0).,2. Left ulnar nerve entrapment at the elbow (354.2).,POSTOPERATIVE DIAGNOSES:,1. Left carpal tunnel syndrome (354.0).,2. Left ulnar nerve entrapment at the elbow (354.2).,OPERATIONS PERFORMED:,1. Left carpal tunnel release (64721).,2. Left ulnar nerve anterior submuscular transposition at the elbow (64718).,3. Lengthening of the flexor pronator muscle mass in the proximal forearm to accommodate the submuscular position of the ulnar nerve (25280).,ANESTHESIA: , General anesthesia with intubation.,INDICATIONS OF PROCEDURE: , This patient is insulin-dependant diabetic. He is also has end-stage renal failure and has chronic hemodialysis. Additionally, the patient has had prior heart transplantation. He has been evaluated for ischemic problems to both lower extremities and also potentially to the left upper extremity. However, it is our contention that this patient's prime problem of the left upper extremity is probably neuropathic ulcers from total lack of sensation along the ulnar border of the left little finger. These started initially as unrecognized paper cuts. Additionally, the patient appears to have a neurogenic pain affecting predominantly the areas innovated by the median nerve, but also to the little finger. Finally, this patient does indeed have occlusive arterial disease to the left upper extremity in that he has a short segment radial artery occlusion and he does appear to have a narrowed segment in the ulnar artery, but the arteriogram shows distal perfusion down the ulnar border of the hand and into the little finger. Thus, we have planned to proceed first with nerve entrapment releases and potentially at the later date do arterial reconstruction if deemed necessary. Thirdly, this patient does have chronic distal ischemic problems with evidence of "ping-pong ball sign" due to fat atrophy at the finger tips and some periodic cracking and ulceration at the tips of the fingers. However, this patient has no clinical sign at all of tissue necrosis at the finger tips at this time.,The patient has also previously had an arteriovenous shunt in the forearm, which has been deactivated within the last 3 weeks. Thus, we planned to bring this patient to the operating room for left carpal tunnel release as well as anterior submuscular transposition of the ulnar nerve. This patient had electro diagnostic studies performed, which showed severe involvement of both the ulnar nerve at the elbow and the medial nerve at the carpal tunnel.,DESCRIPTION OF PROCEDURE: , After general anesthesia being induced and the patient intubated, he is given intravenous Ancef. The entire left upper extremity is prepped with Betadine all the way to the axilla and draped in a sterile fashion. A sterile tourniquet and webril are placed higher on the arm. The arm is then exsanguinated with Ace bandage and tourniquet inflated to 250 mmHg. I started first at the carpal tunnel release and a longitudinal curvilinear incision is made parallel to the thenar crease and stopping short of the wrist flexion crease. Dissection continued through subcutaneous tissue to the palmer aponeurosis, which is divided longitudinally from distal to proximal. I next encountered the transverse carpal ligament, which in turn is also divided longitudinally from distal to proximal, and the proximal most division of the transverse carpal ligament is done under direct vision into the distal forearm. Having confirmed a complete release of the transverse carpal ligament, I next evaluated the contents of the carpal tunnel. The synovium was somewhat thickened, but not unduly so. There was some erythema along the length of the median nerve, indicating chronic compression. The motor branch of the median nerve was clearly identified. The contents of the carpal canal were retracted in a radial direction and the floor of the canal evaluated and no other extrinsic compressive pathology was identified. The wound was then irrigated with normal saline and wound edges were reapproximated with interrupted 5-0 nylon sutures.,I next turned my attention to the cubital tunnel problem and a longitudinal curvilinear incision is made on the medial aspect of the arm extending into the forearm with the incision passing directly between the olecranon and the medial epicondyle. Dissection continues through fascia and then skin clamps are elevated to the level of the fascia on the flexor pronator muscle mass. In the process of elevating this skin flap I elevated and deactivated shunt together with the skin flap. I now gained access to the radial border of the flexor pronator muscle mass, dissected down the radial side, until I identified the median nerve.,I turned my attention back to the ulnar nerve and it is located immediately posterior to the medial intramuscular septum in the upper arm, and I dissected it all the way proximally until I encountered the location with ulnar the nerve passed from the anterior to the posterior compartments in the upper portion of the arm. The entire medial intramuscular septum is now excised. The ulnar nerve is mobilized between vessel loops and includes with it is accompanying vascular structures. Larger penetrating vascular tributaries to the muscle ligated between hemoclips. I continued to mobilize the nerve around the medial epicondyle and then took down the aponeurosis between the two heads of the flexor carpi ulnaris and continued to dissect the nerve between the FCU muscle fibers. The nerve is now mobilized and I had retained the large muscular branches and dissected them out into the muscle and also proximally using microvascular surgical techniques. In this way, the nerve was able to be mobilized between vessiloops and easily transposed anterior to the flexor pronator muscle mass in tension free manner.,I now made an oblique division of the entire flexor pronator muscle mass proximally in the forearm and the ulnar nerve was able to be transposed deep to the muscle in a nonkinking and tension-free manner. Because of the oblique incision into the flexor pronator muscle mass the muscle edges were now able to slide on each other. So that in effect a lengthening is performed. Fascial repair is done with interrupted figure-of-eight 0-Ethibond sutures. I now ranged the arm through the full range of flexion and extension at the elbow and there was no significant kinking on the nerve and there was a tension-free coverage of the muscle without any impingement on the nerve. The entire arm is next wrapped with a Kerlix wrap and I released the tourniquet and after allowing the reactive hyperemia to subside, I then unwrap the arm and check for hemostasis. Wound is copiously irrigated with normal saline and then a 15-French Round Blake drainage placed through a separate stab incision and laid along the length of the wound. A layered wound closure is done with interrupted Vicryl subcutaneously, and a running subcuticular Monocryl to the skin. A 0.25% plain Marcaine then used to infiltrate all the wound edges to help with post operative analgesia and dressings take the form of Adaptic impregnated Bacitracin ointment, followed by a well-fluffed gauze and a Kerlix dressing and confirming Kerlix and webril, and an above elbow sugar-tong splint is applied extending to the support of the wrist. Fingers and femoral were free to move. The splint is well padded with webril and is in turn held in place with Kerlix and Ace bandage. Meanwhile the patient is awakened and extubated in the operating room and returned to the recovery room in good condition. Sponge and needle counts reported as correct at the end of the procedure.

ace bandage
carpal
carpal ligament
carpal tunnel
carpal tunnel release
carpal tunnel syndrome
curvilinear incision
flexor pronator
flexor pronator muscle
forearm
kerlix
nerve
ping-pong ball sign
pronator
pronator muscle
pronator muscle mass
surgery
synovium
transverse carpal
tunnel
tunnel release
ulnar artery
ulnar nerve
ulnar nerve entrapment


PREOPERATIVE DIAGNOSIS:, Carpal tunnel syndrome.,POSTOPERATIVE DIAGNOSIS:, Carpal tunnel syndrome.,PROCEDURE: , Endoscopic release of left transverse carpal ligament.,ANESTHESIA:, Monitored anesthesia care with regional anesthesia provided by surgeon. ,TOURNIQUET TIME: , 12 minutes.,OPERATIVE PROCEDURE IN DETAIL: , With the patient under adequate monitored anesthesia, the left upper extremity was prepped and draped in a sterile manner. The arm was exsanguinated. The tourniquet was elevated at 290 mmHg. Construction lines were made on the left palm to identify the ring ray. A transverse incision was made in the palm between FCR and FCU, one finger breadth proximal to the interval between the glabrous skin of the palm and normal forearm skin. Blunt dissection exposed the antebrachial fascia. Hemostasis was obtained with bipolar cautery. A distal based window in the antebrachial fascia was then fashioned. Care was taken to protect the underlying contents. A synovial elevator was used to palpate the undersurface of the transverse carpal ligament, and synovium was elevated off this undersurface.,Hamate sounds were then used to palpate the Hood of Hamate. The Agee Inside Job was then inserted into the proximal incision. The transverse carpal ligament was easily visualized through the portal. Using palmar pressure, transverse carpal ligament was held against the portal as the instrument was inserted down the transverse carpal ligament to the distal end. The distal end of the transverse carpal ligament was then identified in the window. The blade was then elevated, and the Agee Inside Job was withdrawn, dividing transverse carpal ligament under direct vision. After complete division of transverse carpal ligament, the Agee Inside Job was reinserted. Radial and ulnar edges of the transverse carpal ligament were identified and complete release was accomplished. One cc of Celestone was then introduced into the carpal tunnel and irrigated free. ,The wound was then closed with a running 3-0 Prolene subcuticular stitch. Steri-strips were applied and a sterile dressing was applied over the Steri-strips. The tourniquet was deflated. The patient was awakened from anesthesia and returned to the recovery room in satisfactory condition having tolerated the procedure well.

agee inside job
antebrachial
antebrachial fascia
carpal
carpal ligament
carpal tunnel
carpal tunnel syndrome
endoscopic
ligament
palmar
release
surgery
synovium
tourniquet
transverse carpal
transverse carpal ligament
transverse incision


Endoscopic release of left transverse carpal ligament. Steroid injection, stenosing tenosynovitis of right middle finger.

PREOPERATIVE DIAGNOSES:,1. Left carpal tunnel syndrome.,2. Stenosing tenosynovitis of right middle finger (trigger finger).,POSTOPERATIVE DIAGNOSES:,1. Left carpal tunnel syndrome.,2. Stenosing tenosynovitis of right middle finger (trigger finger).,PROCEDURES:,1. Endoscopic release of left transverse carpal ligament.,2. Steroid injection, stenosing tenosynovitis of right middle finger.,ANESTHESIA: ,Monitored anesthesia care with regional anesthesia applied by surgeon.,TOURNIQUET TIME: , Left upper extremity was 15 minutes.,OPERATIVE PROCEDURE IN DETAIL:, With the patient under adequate monitored anesthesia, the left upper extremity was prepped and draped in a sterile manner. The arm was exsanguinated. The tourniquet was elevated at 290 mmHg. Construction lines were made on the left palm to identify the ring ray. A transverse incision was made in the palm between FCR and FCU, one finger breadth proximal to the interval between the glabrous skin of the palm and normal forearm skin. Blunt dissection exposed the antebrachial fascia. Hemostasis was obtained with bipolar cautery. A distal based window in the antebrachial fascia was then fashioned. Care was taken to protect the underlying contents. A synovial elevator was used to palpate the undersurface of the transverse carpal ligament, and synovium was elevated off this undersurface.,Hamate sounds were then used to palpate the Hood of Hamate. The Agee Inside Job was then inserted into the proximal incision. The transverse carpal ligament was easily visualized through the portal. Using palmar pressure, transverse carpal ligament was held against the portal as the instrument was inserted down the transverse carpal ligament to the distal end. The distal end of the transverse carpal ligament was then identified in the window. The blade was then elevated, and the Agee Inside Job was withdrawn, dividing transverse carpal ligament under direct vision. After complete division of transverse carpal ligament, the Agee Inside Job was reinserted. Radial and ulnar edges of the transverse carpal ligament were identified and complete release was accomplished. One mL of Celestone was then introduced into the carpal tunnel and irrigated free. ,The wound was then closed with a running 3-0 Prolene subcuticular stitch. Steri-strips were applied and a sterile dressing was applied over the Steri-strips. The tourniquet was deflated. The patient was awakened from anesthesia and returned to the recovery room in satisfactory condition having tolerated the procedure well.,Attention was turned to the right palm where after a sterile prep, the right middle finger flexor sheath was injected with 0.5 mL of 1% plain Xylocaine and 0.5 mL of Depo-Medrol 40 mg/mL. A Band-Aid dressing was then applied.,The patient was then awakened from the anesthesia and returned to the recovery room in satisfactory condition having tolerated the procedure well.

agee inside job
antebrachial fascia
carpal
carpal ligament
carpal tunnel syndrome
endoscopic
finger
forearm
ligament
middle finger
ring ray
stenosing tenosynovitis
steri strips
steroid injection
surgery
synovial elevator
tenosynovitis
tenosynovitis of right middle
tourniquet
transverse carpal
transverse carpal ligament
transverse incision
trigger finger


Left endoscopic carpal tunnel release and endotracheal fasciotomy.

PREOPERATIVE DIAGNOSIS: , Left carpal tunnel syndrome.,POSTOPERATIVE DIAGNOSIS: , Left carpal tunnel syndrome.,OPERATIVE PROCEDURE:,1. Left endoscopic carpal tunnel release.,2. Endotracheal fasciotomy.,ANESTHESIA:, General.,COMPLICATIONS: , None.,INDICATION: , The patient is a 62-year-old lady with the aforementioned diagnosis refractory to nonoperative management. All risks and benefits were explained. Questions answered. Options discussed. No guarantees were made. She wished to proceed with surgery.,PROCEDURE: , After administering appropriate antibiotics and MAC anesthesia, the upper extremity was prepped and draped in the usual standard fashion, the arm was exsanguinated with Esmarch, and the tourniquet inflated to 250 mmHg.,I made a transverse incision one fingerbreadth proximal to the distal volar wrist crease. Dissection was carried down to the antebrachial fascia, which was cut in a distally based fashion. Bipolar electrocautery was used to maintain meticulous hemostasis. I then performed an antebrachial fasciotomy proximally. I entered the extra bursal space deep into the transverse carpal ligament and used the spatula probe and then the dilators and then the square probe to enlarge the area. Great care was taken to feel the washboard undersurface of the transverse carpal ligament and the hamate on the ulnar side. Great care was taken with placement. A good plane was positively identified. I then placed the endoscope in and definitely saw the transverse striations of the deep surface of the transverse carpal ligament.,Again, I felt the hook of the hamate ulnar to me. I had my thumb on the distal aspect of the transverse carpal ligament. I then partially deployed the blade, and starting 1 mm from the distal edge, the transverse carpal ligament was positively identified. I pulled back and cut and partially tightened the transverse carpal ligament. I then feathered through the distal ligament and performed a full-thickness incision through the distal half of the ligament. I then checked to make sure this was properly performed and then cut the proximal aspect. I then entered the carpal tunnel again and saw that the release was complete, meaning that the cut surfaces of the transverse carpal ligament were separated; and with the scope rotated, I could see only one in the field at a time. Great care was taken and at no point was there any longitudinal structure cut. Under direct vision through the incision, I made sure that the distal antebrachial fascia was cut. Following this, I irrigated and closed the skin. The patient was dressed and sent to the recovery room in good condition.

antebrachial
antebrachial fascia
antebrachial fasciotomy
carpal
carpal ligament
carpal tunnel
carpal tunnel release
carpal tunnel syndrome
electrocautery
endoscopic carpal tunnel release
fasciotomy
hamate
ligament
surgery
transverse
transverse carpal
transverse carpal ligament
wrist crease


Right common carotid endarterectomy, internal carotid endarterectomy, external carotid endarterectomy, and Hemashield patch angioplasty of the right common, internal and external carotid arteries.

PREOPERATIVE DIAGNOSIS:, Right common, internal and external carotid artery stenosis.,POSTOPERATIVE DIAGNOSIS:, Right common, internal and external carotid artery stenosis.,OPERATIONS,1. Right common carotid endarterectomy.,2. Right internal carotid endarterectomy.,3. Right external carotid endarterectomy.,4. Hemashield patch angioplasty of the right common, internal and external carotid arteries.,ANESTHESIA:, General endotracheal anesthesia.,URINE OUTPUT: , Not recorded,OPERATION IN DETAIL: , After obtaining informed consent from the patient, including a thorough explanation of the risks and benefits of the aforementioned procedure, the patient was taken to the operating room and general endotracheal anesthesia was administered. Next the right neck was prepped and draped in the standard surgical fashion. A #10-blade scalpel was used to make an incision at the anterior tip of the sternocleidomastoid muscle. Dissection was carried down to the level of the carotid artery using Bovie electrocautery and sharp dissection with Metzenbaum scissors. The common, internal and external carotid arteries were identified. The facial vein was ligated with #3-0 silk. The hypoglossal nerve was identified and preserved as it coursed across the carotid artery. After dissecting out an adequate length of common, internal and external carotid artery, heparin was given. Next, an umbilical tape was passed around the common carotid artery. A #0 silk suture was passed around the internal and external carotid arteries. The hypoglossal nerve was identified and preserved. An appropriate sized Argyle shunt was chosen. A Hemashield patch was cut to the appropriate size. Next, vascular clamps were placed on the external carotid artery. DeBakey pickups were used to control the internal carotid artery and common carotid artery. A #11-blade scalpel was used to make an incision on the common carotid artery. The arteriotomy was lengthened onto the internal carotid artery. Next, the Argyle shunt was placed. It was secured in place. Next, an endarterectomy was performed; and this was done on the common, internal carotid and external carotid arteries. An inversion technique was used on the external carotid artery. The artery was irrigated and free debris was removed. Next, we sewed the Hemashield patch onto the artery using #6-0 Prolene in a running fashion. Prior to completion of our anastomosis, we removed our shunt. We completed the anastomosis. Next, we removed our clamp from the external carotid artery, followed by the common carotid artery, and lastly by the internal carotid artery. There was no evidence of bleeding. Full-dose protamine was given. The incision was closed with #0 Vicryl, followed by #2-0 Vicryl, followed by #4-0 PDS in a running subcuticular fashion. A sterile dressing was applied.

angioplasty
artery
carotid
carotid endarterectomy
common carotid
common carotid artery
endarterectomy
external
external carotid artery
hemashield
hemashield patch
surgery


Carpal tunnel release. Nerve conduction study tests diagnostic of carpal tunnel syndrome. The patient failed to improve satisfactorily on conservative care, including anti-inflammatory medications and night splints.

PROCEDURE PERFORMED: , Carpal tunnel release.,INDICATIONS FOR SURGERY: , Nerve conduction study tests diagnostic of carpal tunnel syndrome. The patient failed to improve satisfactorily on conservative care, including anti-inflammatory medications and night splints.,PROCEDURE: ,The patient was brought to the operating room and, following a Bier block to the operative arm, the arm was prepped and draped in the usual manner.,Utilizing an incision that was laid out to extend not more distally than the thumb web space or proximally to a position short of crossing the most prominent base of the palm and in line with the longitudinal base of the thenar eminence in line with the fourth ray, the soft tissue dissection was carried down sharply through the skin and subcutaneous fat to the transverse carpal ligament. It was identified at its distal edge. Using a hemostat to probe the carpal tunnel, sharp dissection utilizing scalpel and iris scissors were used to release the carpal tunnel from a distal-to-proximal direction in its entirety. The canal was probed with a small finger to verify no evidence of any bone prominences. The nerve was examined for any irregularity. There was slight hyperemia of the nerve and a slight hourglass deformity. Following an irrigation, the skin was approximated using interrupted simple and horizontal mattress #5 nylon suture. A sterile dressing was applied.,The patient was taken to the recovery room in satisfactory condition.,The time of the Bier block was 30 minutes.,COMPLICATIONS: , None noted.

bier block
carpal
carpal ligament
carpal tunnel
carpal tunnel release
carpal tunnel syndrome
nerve conduction study
surgery
tunnel


Carpal tunnel release with transverse carpal ligament reconstruction. A longitudinal incision was made in line with the fourth ray, from Kaplan's cardinal line proximally to 1 cm distal to the volar wrist crease. The dissection was carried down to the superficial aponeurosis.

PROCEDURE:, Carpal tunnel release with transverse carpal ligament reconstruction.,PROCEDURE IN DETAIL: , After administering appropriate antibiotics and MAC anesthesia, the upper extremity was prepped and draped in the usual standard fashion. The arm was exsanguinated with Esmarch, and the tourniquet inflated to 250 mmHg.,A longitudinal incision was made in line with the fourth ray, from Kaplan's cardinal line proximally to 1 cm distal to the volar wrist crease. The dissection was carried down to the superficial aponeurosis. The subcutaneous fat was dissected radially for 2-3 mm, and the superficial aponeurosis cut on this side to leave a longer ulnar leaf.,The ulnar leaf of the cut superficial aponeurosis was dissected ulnarly, and the distal edge of the transverse carpal ligament was identified with a hemostat. The hemostat was gently placed under the transverse carpal ligament to protect the contents of the carpal tunnel, and the ligament was cut on its ulnar side with a knife directly onto the hemostat. The antebrachial fascia was cut proximally under direct vision with a scissor.,After irrigating the wound with copious amounts of normal saline, the radial leaf of the cut transverse carpal ligament was repaired to the ulnar leaf of the cut superficial aponeurosis with 4-0 Vicryl. Care was taken to avoid entrapping the motor branch of the median nerve in the suture. A hemostat was placed under the repair to ensure that the median nerve was not compressed. The skin was repaired with 5-0 nylon interrupted stitches.,Marcaine with epinephrine was injected into the wound, which was then dressed and splinted. The patient was sent to the recovery room in good condition, having tolerated the procedure well.

carpal
carpal ligament reconstruction
carpal tunnel
hemostat
ligament
superficial
surgery
transverse
transverse carpal ligament
ulnar


Right carotid stenosis and prior cerebrovascular accident. Right carotid endarterectomy with patch angioplasty.

PREOPERATIVE DIAGNOSES:,1. Right carotid stenosis.,2. Prior cerebrovascular accident.,POSTOPERATIVE DIAGNOSES:,1. Right carotid stenosis.,2. Prior cerebrovascular accident.,PROCEDURE PERFORMED: ,Right carotid endarterectomy with patch angioplasty.,ESTIMATED BLOOD LOSS: ,250 cc.,OPERATIVE FINDINGS: , The common and internal carotid arteries were opened. A high-grade narrowing was present at the proximal internal carotid and this tapered well to a slightly small diameter internal carotid. This was repaired with a Dacron patch and the patient tolerated this well under regional anesthetic without need for shunting.,PROCEDURE: ,The patient was taken to the operating room, placed in supine position, prepped and draped in the usual sterile manner with Betadine solution. Longitudinal incisions were made along the anterior border of the sternocleidomastoid, carried down through subcutaneous fat and fascia. Hemostasis was obtained with electrocautery. The platysmal muscle was divided. The carotid sheath was identified and opened. The vagus nerve, ansa cervicalis, and hypoglossal nerves were identified and avoided. The common internal and external carotids were then freed from the surrounding tissue. At this point, 10,000 units of aqueous heparin were administered and allowed to take effect. The external and common carotids were then clamped. The patient's neurological status was evaluated and found to be unchanged from preoperative levels.,Once sufficient time had lapsed, we proceeded with the procedure. The carotid bulb was opened with a #11 blade and extended with Potts scissors through the very tight lesion into normal internal carotid. The plaque was then sharply excised proximally and an eversion endarterectomy was performed successfully at the external. The plaque tapered nicely on the internal and no tacking sutures were necessary. Heparinized saline was injected and no evidence of flapping or other debris was noted. The remaining carotid was examined under magnification, which showed no debris of flaps present. At this point, a Dacron patch was brought on to the field, cut to appropriate length and size, and anastomosed to the artery using #6-0 Prolene in a running fashion. Prior to the time of last stitch, the internal carotid was back-bled through this. The last stitch was tied. Hemostasis was excellent. The internal was again gently occluded while flow was restored to the common and external carotids for several moments and then flow was restored to the entire system. At this point, a total of 50 mg of Protamine was administered and allowed to take effect. Hemostasis was excellent. The wound was irrigated with antibiotic solution and closed in layers using #3-0 Vicryl and #4-0 undyed Vicryl. The patient was then taken to the recovery room in satisfactory condition after tolerating the procedure well. Sponge, needles, and instrument count were correct. Estimated blood loss was 250 cc.

carotid
carotid endarterectomy
carotid stenosis
carotids
cerebrovascular
cerebrovascular accident
dacron patch
endarterectomy
internal carotid
platysmal
stenosis
surgery


Direct-current cardioversion. This is a 53-year-old gentleman with history of paroxysmal atrial fibrillation for 3 years. Successful DC cardioversion of atrial fibrillation.

PROCEDURE: ,Direct-current cardioversion.,BRIEF HISTORY: ,This is a 53-year-old gentleman with history of paroxysmal atrial fibrillation for 3 years. He had a wide area of circumferential ablation done on November 9th for atrial fibrillation. He did develop recurrent atrial fibrillation the day before yesterday and this is persistent. Therefore, he came in for cardioversion today. He is still within the first 4 to 6 weeks post ablation where we would attempt early cardioversion.,The patient was in the SDI unit, attached to noninvasive monitoring devices. After Brevital was brought by the anesthesia service a single 150 joule synchronized biphasic shock using AP paddles did restore him to sinus rhythm in the 80s. He tolerated it well. He will be observed for couple hours and discharged home later today. He will continue on his current medications. He will follow back up in two to three weeks in the Atrial Fibrillation Clinic and then again in a couple months with myself.,CONCLUSIONS / FINAL DIAGNOSES: , Successful DC cardioversion of atrial fibrillation.

ablation
atrial fibrillation
cardioversion
circumferential ablation
dc cardioversion
direct current
direct-current cardioversion
paroxysmal atrial
surgery


Cardioversion. Unsuccessful direct current cardioversion with permanent atrial fibrillation.

REASON FOR EXAM: , Atrial flutter/cardioversion.,PROCEDURE IN DETAIL: , The procedure was explained to the patient with risks and benefits. The patient agreed and signed the consent form. The patient received sedation prior to the cardioversion with a transesophageal echo as dictated earlier with a total of 50 mcg of fentanyl and 6 mg of Versed. The pads were applied in the anterior-posterior approach. The synchronized cardioversion with biphasic energy delivered at 150 J. First attempt was unsuccessful. Second attempt at 200 J with anterior-posterior approach. With biphasic synchronized energy delivered was also unsuccessful with degeneration of the atrial flutter into atrial fibrillation.,The patient was decided to be on wave control and amiodarone and reattempted cardioversion after anticoagulation for four to six weeks and because of the reduced LV function, the success of the rate without antiarrhythmic may be low.,IMPRESSION: , Unsuccessful direct current cardioversion with permanent atrial fibrillation.

anterior-posterior
atrial
atrial fibrillation
atrial flutter
cardioversion
fibrillation
flutter/cardioversion
surgery
transesophageal


Direct current cardioversion. Successful direct current cardioversion with restoration of sinus rhythm from atrial fibrillation with no immediate complication.

PROCEDURE: , Direct current cardioversion.,REASON FOR PROCEDURE: , Atrial fibrillation.,PROCEDURE IN DETAIL: ,The procedure was explained to the patient with risks and benefits including risk of stroke. The patient understands as well as her husband. The patient had already a transesophageal echocardiogram showing no left atrial appendage thrombus or thrombus in the left atrium. There was spontaneous echocardiogram contrast noticed. The patient was on anticoagulation with Lovenox, received already 3 mg of Versed and 25 mcg of fentanyl for the TEE followed by next 2 mg of Versed for total of 5 mg of Versed. The pads applied in the anterior and posterior approach. With synchronized biphasic waveform at 150 J, one shock was successful in restoring sinus rhythm. The patient had some occasional PACs noticed with occasional sinus tachycardia. The patient had no immediate post-procedure complications. The rhythm was maintained and 12-lead EKG was requested.,IMPRESSION: ,Successful direct current cardioversion with restoration of sinus rhythm from atrial fibrillation with no immediate complication.

atrial fibrillation
atrium
cardioversion
direct current cardioversion
echocardiogram
rhythm
sinus
sinus rhythm
surgery
thrombus
transesophageal


Left carotid endarterectomy with endovascular patch angioplasty. Critical left carotid stenosis. The external carotid artery was occluded at its origin. When the endarterectomy was performed, the external carotid artery back-bled nicely. The internal carotid artery had good backflow bleeding noted.

PREOPERATIVE DIAGNOSIS:, Critical left carotid stenosis.,POSTOPERATIVE DIAGNOSIS: , Critical left carotid stenosis.,PROCEDURE PERFORMED:, Left carotid endarterectomy with endovascular patch angioplasty.,ANESTHESIA:, Cervical block.,GROSS FINDINGS: ,The patient is a 57-year-old black female with chronic renal failure. She does have known critical carotid artery stenosis. She wishes to undergo bilateral carotid endarterectomy, however, it was felt necessary by Dr. X to perform cardiac catheterization. She was admitted to the hospital yesterday with chest pain. She has been considered for coronary artery bypass grafting. I have been asked to address the carotid stenosis, left being more severe, this was addressed first. Intraoperatively, an atherosclerotic plaque was noted in the common carotid artery extending into the internal carotid artery. The internal carotid artery is quite torturous. The external carotid artery was occluded at its origin. When the endarterectomy was performed, the external carotid artery back-bled nicely. The internal carotid artery had good backflow bleeding noted.,OPERATIVE PROCEDURE: , The patient was taken to the OR suite and placed in the supine position. Then neck, shoulder, and chest wall were prepped and draped in appropriate manner. Longitudinal incision was created along the anterior border of the left sternocleidal mastoid muscle and this was taken through the subcutaneous tissue and platysmal muscle utilizing electrocautery.,Utilizing both blunt and sharp dissections, the common carotid artery, the internal carotid artery beyond the atherosclerotic back, the external carotid artery, and the superior thyroid artery were isolated and encircled with a umbilical tape. During the dissection, facial veins were ligated with #4-0 silk ligature prior to dividing them. Also during the dissection, ansa cervicalis, hypoglossal, and vagus nerve identified and preserved. There was some inflammation above the carotid bulb, but this was not problematic.,The patient had been administered 5000 units of aqueous heparin after allowing adequate circulating time. The internal carotid artery is controlled with Heifitz clip followed by the external carotid artery and the superior thyroid artery being controlled with Heifitz clips. The common carotid artery was controlled with profunda clamp. The patient remained neurologically intact. A longitudinal arteriotomy was created along the posterior lateral border of the common carotid artery. This was extended across the lobe on to the internal carotid artery. An endarterectomy was then performed. The ________ intima was cleared of all debris and the ________ was flushed with copious amounts of heparinized saline. As mentioned before, the internal carotid artery is quite torturous. This was shortened by imbricating the internal carotid artery with horizontal mattress stitches of #7-0 Prolene suture.,The wound was copiously irrigated, rather an endovascular patch was then brought on to the field. This was cut to shape and length. This was sutured in place with continuous running #6-0 Prolene suture. The suture line began at both sites. The suture was tied in the center along the anterior and posterior walls. Prior to completing the closure, the common carotid artery was flushed. The internal carotid artery permitted to back bleed. The clamp was placed after completing the closure. The clamp was placed at the origin of the internal carotid artery. Flow was first directed into the external carotid artery then into the internal carotid artery. The patient remained neurologically intact. Topical ________ Gelfoam was utilized. Of note, during the endarterectomy, the patient did receive an additional 7000 units of aqueous heparin. The wound was copiously irrigated with antibiotic solution. Sponge, needle, and all counts were correct. All surgical sites were inspected. Good hemostasis noted. The incision was closed in layers with absorbable suture. Stainless steel staples approximated skin. Sterile dressings were applied. The patient tolerated the procedure well, grossly neurologically intact.

angioplasty
artery
carotid
carotid artery
carotid endarterectomy
carotid stenosis
cervical block
common carotid
common carotid artery
endarterectomy
endovascular
endovascular patch
endovascular patch angioplasty
external carotid
external carotid artery
neurologically
stenosis
surgery


Patient with a history of atrial fibrillation in the past, more recently who has had atrial flutter. The patient has noted some lightheadedness as well as chest discomfort and shortness of breath when atrial flutter recurred.

HISTORY OF PRESENT ILLNESS: , Mr. A is a 50-year-old gentleman with a history of atrial fibrillation in the past, more recently who has had atrial flutter, who estimates he has had six cardioversions since 10/09, and estimates that he has had 12 to 24 in his life beginning in 2006 when the atrial fibrillation first emerged. He, since 10:17 p.m. on 01/17/10, noted recurrence of his atrial fibrillation, called our office this morning, that is despite being on flecainide, atenolol, and he is maintained on Coumadin.,The patient has noted some lightheadedness as well as chest discomfort and shortness of breath when atrial flutter recurred and we see that on his 12-lead EKG here. Otherwise, no chest pain.,PAST MEDICAL HISTORY: , Significant for atrial fibrillation/atrial flutter and again he had atrial fibrillation more persistently in 2006, but more recently it has been atrial flutter and that is despite use of antiarrhythmics including flecainide. He completed a stress test in my office within the past several weeks that was normal without evidence of ischemia. Other medical history is significant for hyperlipidemia.,MEDICATIONS:,As outpatient,,1. Atenolol 25 mg once a day.,2. Altace 2.5 mg once a day.,3. Zocor 20 mg once a day.,4. Flecainide 200 in the morning and 100 in the evening.,5. Coumadin as directed by our office.,ALLERGIES: , TO MEDICATIONS ARE NONE. HE DENIES SHRIMP, SEA FOOD OR DYE ALLERGY.,FAMILY HISTORY: , He has a nephew who was his sister's son who passed away at age 22 reportedly from an MI, but was reported to have hypertrophic cardiomyopathy as well. The patient has previously met with the electrophysiologist, Dr. X, at General Hospital and it sounds like he had a negative EP study.,SOCIAL HISTORY: , The patient does not smoke cigarettes, abuse alcohol nor drink any caffeine. No use of illicit drugs. He has been married for 22 years and he is actually accompanied throughout today's cardiology consultation by his wife. He is not participating in regular exercises now because he states since starting flecainide, he has gotten sluggish. He is employed as an attorney and while he states that overall his mental stress is better, he has noted more recent mental stress this past weekend when he was taking his daughter back to college.,REVIEW OF SYSTEMS: , He denies any history of stroke, cancer, vomiting of blood, coughing up blood, bright red blood per rectum, bleeding stomach ulcers, renal calculi. There are some questions especially as his wife has told me that he may have obstructive sleep apnea and not had a formal sleep study.,PHYSICAL EXAM: , Blood pressure 156/93, pulse is 100, respiratory rate 18. On general exam, he is a pleasant overweight gentleman, in no acute distress. HEENT: Shows cranium is normocephalic and atraumatic. He has moist mucosal membranes. Neck veins are not distended. There are no carotid bruits. Visible skin warm and perfused. Affect appropriate. He is quite oriented and pleasant. No significant kyphoscoliosis on recumbent back exam. Lungs are clear to auscultation anteriorly. No wheezes. No egophony. Cardiac Exam: S1, S2. Regular rate, controlled. No significant murmurs, rubs or gallops. PMI is nondisplaced. Abdomen is soft, nondistended, appears benign. Extremities without significant edema. Pulses grossly intact.,DIAGNOSTIC STUDIES/LAB DATA:, Initial ECG shows atrial flutter.,IMPRESSION: , Mr. A is a 50-year-old gentleman with a history of paroxysmal atrial fibrillation in the past, more recently is having breakthrough atrial flutter despite flecainide and we had performed a transesophageal echocardiogram-guided cardioversion for him in late 12/20/09, who now has another recurrence within the past 41 hours or so. I have reviewed again with him in detail regarding risks, benefits, and alternatives of proceeding with cardioversion, which the patient is in favor of. After in depth explanation of the procedure with him that there would be more definitive resumption of normal sinus rhythm by using electrocardioversion with less long-term side effects, past the acute procedure, alternatives being continued atrial flutter with potential for electrophysiologic consultation for ablation and/or heart rate control with anticoagulation, which the patient was not interested nor was I primarily recommending as the next step, and risks including, but not limited to and the patient was aware and this was all done in the presence of his wife that this is not an all-inclusive list, but the risks include but not limited to oversedation from conscious sedation, risk of aspiration pneumonia from regurgitation of stomach contents, which would be less likely as I did confirm with the patient that he had been n.p.o. for greater than 15 hours, risk of induction of other arrhythmias including tachyarrhythmias requiring further management including cardioversion or risk of bradyarrhythmias, in the past when we had a cardioverter with 150 joules, he did have a 5.5-second pause especially while he is on antiarrhythmic therapy, statistically less significant risk of CVA, although we cannot really make that null. The patient expressed understanding of this risk, benefit, and alternative analysis. I invited questions from him and his wife and once their questions were answered to their self-stated satisfaction, we planned to go forward with the procedure.,PROCEDURE NOTE: ,The patient received a total of 7 mg of Versed and 50 micrograms of fentanyl utilizing titrate-down sedation with good effect and this was after the appropriate time-out procedure had been done as per the Medical Center universal protocol with appropriate identification of the patient, position, procedure documentation, procedure indication, and there were no questions. The patient did actively participate in this time-out procedure. After the universal protocol was done, he then received the cardioversion attempt with 50 joules using "lollipop posterior patch" with hands-driven paddle on the side, which was 50 joules of synchronized biphasic energy. There was successful resumption of normal sinus rhythm, in fact this time there was not a significant pause as compared to when he had this done previously in late 12/09 and this sinus rhythm was confirmed by a 12-lead EKG.,IMPRESSION: , Cardioversion shows successful resumption of normal sinus rhythm from atrial flutter and that is while the patient has been maintained on Coumadin and his INR is 3.22. We are going to watch him and discharge him from the Medical Center area on his current flecainide of 200 mg in the morning and 100 mg in the evening, atenolol 25 mg once a day, Coumadin _____ as currently being diagnosed. I had previously discussed with the patient and he was agreeable with meeting with his electrophysiologist again, Dr. X, at Electrophysiology Unit at General Hospital and I will be planning to place a call for Dr. X myself. Again, he has no ischemia on this most recent stress test and I suppose in the future it may be reasonable to get obstructive sleep apnea evaluation and that may be one issue promulgating his symptoms.,I had previously discussed the case with Dr. Y who is the patient's general cardiologist as well as updated his wife at the patient's bedside regarding our findings.


Left heart cardiac catheterization.

PROCEDURE PERFORMED:,1. Right femoral artery access.,2. Selective right and left coronary angiogram.,3. Left heart catheterization.,4. Left ventriculogram.,INDICATIONS FOR PROCEDURE:, A 50-year-old lady with known history of coronary artery disease with previous stenting to the left anterior descending artery presents with symptoms of shortness of breath. The resting echocardiogram showed a severe decrease in her left ventricular systolic function with a reported LVEF of 20% to 25%. This was a sharp decline from a previous LVEF of 50% to 55%. We therefore, decided to proceed with coronary angiography.,TECHNIQUE: , After obtaining informed consent, the patient was brought to the cardiac catheterization suite in post-absorptive and non-sedated state. The right groin was prepped and draped in the usual sterile manner. 2% Lidocaine was used for infiltration anesthesia. Using modified Seldinger technique, a 6-French sheath was introduced into the right femoral artery. 6-French JL4 and JR4 diagnostic catheters were used to perform the left and right coronary angiogram. A 6-French pigtail catheter was used to perform the LV-gram in the RAO projection.,HEMODYNAMIC DATA: , LVEDP of 11. There was no gradient across the aortic valve upon pullback.,ANGIOGRAPHIC FINDINGS:,1. The left main coronary artery is a very short vessel and immediately bifurcates into the left anterior descending artery and the left circumflex coronary artery.,2. The left main coronary artery is free of any disease.,3. The left circumflex coronary artery which is a nondominant vessel gives off 2 marginal branches. The first marginal branch is very small in caliber and runs a fairly long course and is free of any disease.,4. The second marginal branch which is actually a continuation of the left circumflex coronary artery gives off several secondary branches. One of its secondary branches which is a small caliber has an ostial 70% stenosis.,5. The left anterior descending artery has a patent stent in the proximal LAD. The second stent which is overlapping the junction of the mid and distal left anterior descending artery has mild late luminal loss. There appears to be 30% narrowing involving the distal cuff segment of the stent in the distal left anterior descending artery. The diagonal branches are free of any disease.,6. The right coronary artery is a dominant vessel and has mild luminal irregularities. Its midsegment has a focal area of 30% narrowing as well. The rest of the right coronary artery is free of any disease.,7. The LV-gram performed in the RAO projection shows well preserved left ventricular systolic function with an estimated LVEF of 55%.,RECOMMENDATION: , Continue with optimum medical therapy. Because of the discrepancy between the left ventriculogram EF assessment and the echocardiographic EF assessment, I have discussed this matter with Dr. XYZ and we have decided to proceed with a repeat 2D echocardiogram. The mild disease in the distal left anterior descending artery with mild in-stent re-stenosis should be managed medically with optimum control of hypertension and hypercholesterolemia.

anterior descending
anterior descending artery
artery
cardiac catheterization
catheterization
circumflex coronary
circumflex coronary artery
coronary
coronary angiogram
coronary artery
descending
distal left anterior descending
femoral artery
femoral artery access
heart catheterization
lvef
surgery
systolic function
ventriculogram


Carious teeth and periodontal disease affecting all remaining teeth and partial bony impacted tooth #32. Extraction of teeth.

PREOPERATIVE DIAGNOSIS: , Carious teeth and periodontal disease affecting all remaining teeth.,POSTOPERATIVE DIAGNOSIS: , Carious teeth and periodontal disease affecting all remaining teeth and partial bony impacted tooth #32.,PROCEDURE: , Extraction of remaining teeth numbers 2, 3, 4, 5, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, and 32.,ANESTHESIA:, General, oral endotracheal.,COMPLICATIONS: , None.,CONDITION:, Stable to PACU.,PROCEDURE: Patient was brought to the operating room, placed on the table in the supine position and after demonstration of an adequate plane of general anesthesia, the patient was prepped and draped in the usual fashion for an intraoral procedure. Gauze throat pack was placed and local anesthetic was administered in the upper and lower left quadrants and extraction of teeth was begun on the upper left quadrant teeth numbers 9, 10, 11, 12, 13, 14, 15, and 16 were removed with elevators and forceps extraction. Moving to the lower quadrant on the left side, tooth numbers 17, 18, 19, 20, 21, 22, 23, and 24 were removed with elevators and routine forceps extraction. The flaps were then closed with 3-0 gut sutures and upon completion of the two quadrants on the left side, the endotracheal tube was then relocated from the right side to the left side for access to the quadrants on the right. Teeth numbers 2, 3, 4, 5, 7, and 8 were then removed with elevators and routine forceps extraction. It was noted that tooth #6 was missing, could not be seen whether tooth #6 was palately impacted, but the tooth was not encountered. On the lower right quadrant, teeth numbers 25, 26, 27, 28, 29, 30, and 31 were removed with elevators and routine forceps extraction. Tooth #32 was partially bony impacted, but exposed, so it was removed by removing bone on buccal aspect with high-speed drill with a round bur. Tooth was then luxated from the socket. The flaps were then closed on both quadrants with 3-0 gut sutures. The area was irrigated thoroughly with normal saline solution and a total of 8.5 mL of lidocaine 2% with 1:100, 000 epinephrine and 3.6 mL of bupivacaine 0.5% with epinephrine 1:200, 000. Upon completion of the procedure, the throat pack was removed. The pharynx was suctioned. An oral gastric tube was passed and small amount of stomach contents were suctioned. The patient was then extubated and taken to PACU in stable condition.

carious
carious teeth
forceps extraction
intraoral procedure
partial bony impacted tooth
periodontal
periodontal disease
surgery
teeth extraction


Right carpal tunnel release.

PREOPERATIVE DIAGNOSIS: , Right carpal tunnel syndrome.,POSTOPERATIVE DIAGNOSIS: , Right carpal tunnel syndrome.,TITLE OF THE PROCEDURE: , Right carpal tunnel release.,COMPLICATIONS:, There were no complications during the procedure.,SPECIMEN: ,The specimen was sent to pathology.,INSTRUMENTS: , All counts were correct at the end of the case and no complications were encountered.,INDICATIONS: ,This is a 69-year-old female who have been complaining of right hand pain, which was steadily getting worse over a prolonged period of time. The patient had tried nonoperative therapy, which did not assist the patient. The patient had previous diagnosis of carpal tunnel and EMG showed compression of the right median nerve. As a result of these findings, the patient was sent to my office presenting with this history and was carefully evaluated. On initial evaluation, the patient had the symptomology of carpal tunnel syndrome. The patient at the time had the risks, benefits, and alternatives thoroughly explained to her. All questions were answered. No guarantees were given. The patient had agreed to the surgical procedure and the postoperative rehabilitation as needed.,DETAILS OF THE PROCEDURE: ,The patient was brought to the operating room, placed supine on the operating room table, prepped and draped in the sterile fashion and was given sedation. The patient was then given sedation. Once this was complete, the area overlying the carpal ligament was carefully injected with 1% lidocaine with epinephrine. The patient had this area carefully and thoroughly injected with approximately 10 mL of lidocaine with epinephrine and once this was complete, a 15-blade knife was then used to incise the skin opposite the radial aspect of the fourth ray. Careful dissection under direct visualization was performed through the subcutaneous fat as well as through the palmar fascia. A Weitlaner retractor was then used to retract the skin and careful dissection through the palmar fascia would then revealed the transverse carpal ligament. This was then carefully incised using a 15-blade knife and once entry was again into the carpal canal, a Freer elevator was then inserted and under direct visualization, the carpal ligament was then released. The transverse carpal ligament was carefully released first in the distal direction until palmar fat could be visualized and by palpation no further ligament could be felt. The area was well hemostased with the 1% lidocaine with epinephrine and both proximal and distal dissection along the nerve was performed. Visualization of the transverse carpal ligament was maintained with Weitlaner retractor as well as centric. Both the centric and the Ragnell were used to retract both proximal and distal corners of the incision and the entirety of the area was under direct visualization at all times. Palmar fascia was released both proximally and distally as well as the transverse carpal ligament. Direct palpation of the carpal canal demonstrated a full and complete release. Observation of the median nerve revealed an area of hyperemia in the distal two-thirds of the nerve, which demonstrated the likely area of compression. Once this was complete, hemostasis was established using bipolar cautery and some small surface bleeders and irrigation of the area was performed and then the closure was achieved with 4-0 chromic suture in a horizontal mattress and interrupted stitch. Xeroform was then applied to the incision. A bulky dressing was then applied consisting of Kerlix and Ace wrap, and the patient was taken to the recovery room in stable condition without any complications.

ace wrap
bulky dressing
carpal
carpal ligament
carpal tunnel
carpal tunnel release
carpal tunnel syndrome
emg
freer elevator
kerlix
lidocaine with epinephrine
ligament
palmar fascia
subcutaneous fat
surgery
transverse carpal ligament
tunnel
weitlaner retractor


Cardioversion. An 86-year-old woman with a history of aortic valve replacement in the past with paroxysmal atrial fibrillation

HISTORY: , The patient is an 86-year-old woman with a history of aortic valve replacement in the past with paroxysmal atrial fibrillation who was admitted yesterday with the recurrence of such in a setting of hypokalemia, incomplete compliance with obstructive sleep apnea therapy with CPAP, chocolate/caffeine ingestion and significant mental stress. Despite repletion of her electrolytes and maintenance with Diltiazem IV she has maintained atrial fibrillation. I have discussed in detail with the patient regarding risks, benefits, and alternatives of the procedure. After an in depth discussion of the procedure (please see my initial consultation for further details) I asked the patient this morning if she would like me to repeat that as that discussion had happened yesterday. The patient declined. I invited questions for her which she stated she had none and wanted to go forward with the cardioversion which seemed appropriate.,PROCEDURE NOTE: , The appropriate time-out procedure was performed as per Medical Center protocol including proper identification of the patient, physician, procedure, documentation, and there were no safety issues identified by myself nor the staff. The patient participated actively in this. She received a total of 4 mg of Versed then and 50 micrograms of fentanyl with utilizing titrated conscious sedation with good effect. She was placed in the supine position and hands free patches had previously been placed in the AP position and she received one synchronized cardioversion attempt after Diltiazem drip had been turned off with successful resumption of normal sinus rhythm. This was confirmed on 12 lead EKG.,IMPRESSION/PLAN: , Successful resumption of normal sinus rhythm from recurrent atrial fibrillation. The patient's electrolytes are now normal and that will need close watching to avoid hypokalemia in the future, as well as she has been previously counseled for strict adherence to sleep apnea therapy with CPAP and perhaps repeat sleep evaluation would be appropriate to titrate her settings, as well as avoidance of caffeine ingestion including chocolate and minimization of mental stress. She will be discharged on her usual robust AV nodal antiarrhythmic therapy with sotalol 80 mg p.o. b.i.d., metoprolol 50 mg p.o. b.i.d., Diltiazem CD 240 mg p.o. daily and digoxin 0.125 mg p.o. daily and to be clear she does have a permanent pacemaker implanted. She will follow-up with her regular cardiologist, Dr. X, for whom I am covering this weekend.,This was all discussed in detail with the patient, as well as her granddaughter with the patient's verbal consent at the bedside.

aortic valve
atrial
atrial fibrillation
cardioversion
cpap
fibrillation
normal sinus rhythm
paroxysmal
sinus rhythm
surgery


EXAM: , Cardiac catheterization and coronary intervention report.,PROCEDURES:,1. Left heart catheterization, coronary angiography, left ventriculography.,2. PTCA/Endeavor stent, proximal LAD.,INDICATIONS: , Acute anterior ST-elevation MI.,ACCESS: , Right femoral artery 6-French.,MEDICATIONS:,1. IV Valium.,2. IV Benadryl.,3. Subcutaneous lidocaine.,4. IV heparin.,5. IV ReoPro.,6. Intracoronary nitroglycerin.,ESTIMATED BLOOD LOSS: , 10 mL.,CONTRAST: ,185 mL.,COMPLICATIONS: , None.,PROCEDURE: , The patient was brought to the cardiac catheterization laboratory with acute ST-elevation MI and EKG. She was prepped and draped in the usual sterile fashion. The right femoral region was infiltrated with subcutaneous lidocaine, adequate anesthesia was obtained. The right femoral artery was entered with _______ modified Seldinger technique and a J wire was passed. The needle was exchanged for 6 French sheath. The wire was removed. The sheath was washed with sterile saline. Following this, the left coronary was attempted to be cannulated with an XP catheter, however, the catheter folded on itself and could not reach the left main, this was removed. A second 6-French JL4 guiding catheter was then used to cannulate the left main and initial guiding shots demonstrated occlusion of the proximal LAD. The patient had an ACT check, received additional IV heparin and IV ReoPro. The lesion was crossed with 0.014 BMW wire and redilated with a 2.5 x 20-mm balloon at nominal pressures. The balloon was deflated and angiography demonstrated establishment of flow. Following this, the lesion was stented with a 2.5 x 18-mm Endeavor stent at 10 atmospheres. The balloon was deflated, reinflated at 12 atmospheres, deflated and removed. Final angiography demonstrated excellent clinical result. Additional angiography was performed with a wire out. Following this, the wire and the catheter was removed. Following this, the right coronary was selectively cannulated with diagnostic catheter and angiographic views were obtained in multiple views. This catheter was removed. The pigtail catheter was placed in the left ventricle and left ventriculography was performed with pullback pressures across the aortic valve. At the end of procedure, wires and catheter were removed. Right femoral angiography was performed and a right femoral Angio-Seal kit was deployed at the right femoral arteriotomy site. There was no hematoma. Peripheral pulses _______ procedure. The patient tolerated the procedure well. Symptoms of chest pain resolved at the end of the procedure with no complications.,RESULTS:,1. Coronary angiography.,A. Left main free of obstruction.,B. LAD, subtotal proximal stenosis.,C. Circumflex large vessel with three large obtuse marginal branches. No high-grade obstruction, evidence of minimal plaquing.,D. Right coronary 70% mid vessel stenosis and 50% mid to distal stenosis before giving rise to a right dominant posterior lateral and posterior descending artery.,2. Left ventriculogram. Left ventricular ejection fraction estimated at 45% to 50%. There was an akinetic apical wall.,3. Hemodynamics. Aortic pressure 145/109, left ventricular pressure 147/13, left ventricular end-diastolic pressure 34 mmHg.,IMPRESSION:,1. Acute ST-elevation myocardial infarction, culprit lesion, left anterior descending occlusion.,2. Two-vessel coronary disease.,3. Mild-to-moderate impaired LV systolic function.,4. Successful stent left anterior descending, 100% occlusion, 0% residual stenosis.,PLAN: ,Overnight observation in ICU. Start aspirin, Plavix, beta-blocker and ACE inhibitor. Check serial cardiac enzymes. Further recommendations to follow. Check fasting lipid panel, in addition add a statin. Further recommendations to follow.