leslie
New
Need opinion please. The attached Op note states distal radius and ulna fx. but when I reviewed I am only seeing one fracture documented. Am I missing something.
Thank you for any help
Leslie, CPC
PREOPERATIVE DIAGNOSIS: Left distal radius and ulna fracture.
POSTOPERATIVE DIAGNOSIS: Left distal radius and ulna fracture.
OPERATION PERFORMED: Open reduction and internal fixation, left distal radius
and ulna, with volar plate.
ANESTHESIA: General.
ESTIMATED BLOOD LOSS: Less than 100 mL.
COMPLICATIONS: None.
SURGICAL FINDINGS: Patient was found to have a severely comminuted distal
radius fracture as anticipated, which was reducible but very unstable.
REPORT OF OPERATION: Patient was brought to the operating suite, and after a
satisfactory general anesthetic had been administered, the splint was removed
from the left upper extremity. The skin was in good condition. There was
anticipated swelling and early ecchymosis. Tourniquet was applied to the left
upper arm. The left upper arm, forearm, and hand were prepped and draped in
usual sterile fashion. After gravity exsanguination, tourniquet was elevated.
Fluoroscopy was used to determine the possibility of reduction, and it was
found that that was possible but, of course, immediate collapse occurred as
soon as the reduction force was removed. An incision was made along the flexor
carpi radialis tendon and at the distal wrist crease, carried tangentially
radially onto the thenar eminence. This was taken down through the
subcutaneous tissues, identifying the tendon. The tendon was then retracted
radially, protecting the neurovascular bundle, and dissection was carried
further down through the flexor tendon to the fracture, which had torn the
muscle. The muscle was detached proximally so that it could be dissected away,
and Homan retractors were placed. The fracture was thoroughly irrigated to
remove the clot. The fracture was then placed in the reduced position with
reduction force and a volar plate was selected. Two pins were placed and
initial x-rays were taken. The sliding screw hole was used to place a screw,
and then the plate was positioned under fluoroscopic control to provide optimum
stabilization. The screw was then tightened into place. Seven screws locking
were then placed into the distal aspect of the plate to hold the multiple
fragments in acceptable position. After this was done, the remaining large
screw in the volar plate was placed. Final images demonstrated reduction as
anticipated. As the wrist was placed through range of motion under
fluoroscopy, the fragments remained in position. Thorough irrigation was then
done. The flexor volar surface was repaired with interrupted 2-0 Vicryl,
subcutaneous tissue closed with interrupted 2-0 Vicryl. Skin was closed with 3-
0 nylon. Marcaine was injected along the skin edge for postoperative
analgesia. A sterile dressing with a volar splint was then applied. With the
tourniquet released, all the fingers pinked immediately. Patient was awakened
and taken to the recovery area in stable condition, having tolerated the
procedure well.
Thank you for any help
Leslie, CPC
PREOPERATIVE DIAGNOSIS: Left distal radius and ulna fracture.
POSTOPERATIVE DIAGNOSIS: Left distal radius and ulna fracture.
OPERATION PERFORMED: Open reduction and internal fixation, left distal radius
and ulna, with volar plate.
ANESTHESIA: General.
ESTIMATED BLOOD LOSS: Less than 100 mL.
COMPLICATIONS: None.
SURGICAL FINDINGS: Patient was found to have a severely comminuted distal
radius fracture as anticipated, which was reducible but very unstable.
REPORT OF OPERATION: Patient was brought to the operating suite, and after a
satisfactory general anesthetic had been administered, the splint was removed
from the left upper extremity. The skin was in good condition. There was
anticipated swelling and early ecchymosis. Tourniquet was applied to the left
upper arm. The left upper arm, forearm, and hand were prepped and draped in
usual sterile fashion. After gravity exsanguination, tourniquet was elevated.
Fluoroscopy was used to determine the possibility of reduction, and it was
found that that was possible but, of course, immediate collapse occurred as
soon as the reduction force was removed. An incision was made along the flexor
carpi radialis tendon and at the distal wrist crease, carried tangentially
radially onto the thenar eminence. This was taken down through the
subcutaneous tissues, identifying the tendon. The tendon was then retracted
radially, protecting the neurovascular bundle, and dissection was carried
further down through the flexor tendon to the fracture, which had torn the
muscle. The muscle was detached proximally so that it could be dissected away,
and Homan retractors were placed. The fracture was thoroughly irrigated to
remove the clot. The fracture was then placed in the reduced position with
reduction force and a volar plate was selected. Two pins were placed and
initial x-rays were taken. The sliding screw hole was used to place a screw,
and then the plate was positioned under fluoroscopic control to provide optimum
stabilization. The screw was then tightened into place. Seven screws locking
were then placed into the distal aspect of the plate to hold the multiple
fragments in acceptable position. After this was done, the remaining large
screw in the volar plate was placed. Final images demonstrated reduction as
anticipated. As the wrist was placed through range of motion under
fluoroscopy, the fragments remained in position. Thorough irrigation was then
done. The flexor volar surface was repaired with interrupted 2-0 Vicryl,
subcutaneous tissue closed with interrupted 2-0 Vicryl. Skin was closed with 3-
0 nylon. Marcaine was injected along the skin edge for postoperative
analgesia. A sterile dressing with a volar splint was then applied. With the
tourniquet released, all the fingers pinked immediately. Patient was awakened
and taken to the recovery area in stable condition, having tolerated the
procedure well.