Justarose
Guest
both eyes were done ... I know one of the codes is 67228 RT/LT but I am lost on the second procedure ...because it seems to all fall under 67228 - doc says use 67105 ?
POSTOPERATIVE DIAGNOSIS: Lattice degeneration retinal breaks and
peripheral retinal degenerative disease left eye
PROCEDURE: Laser photocoagulation for lattice degeneration retinal
breaks and peripheral retinal degenerative disease left eye[/COLOR]
PROCEDURE IN DETAIL: Intravenous Fentanyl was given as well as
intravenous Toradol 30 mg. Anesthesiology was present to monitor
these. Lid speculum was placed after topical anesthesia. Then using
the Argon Green laser indirect ophthalmoscope 500 micron spot size 0.1
second exposure time power begun at 100 milliwatts and gradually
increased until moderate takes at the level of the outer retina and
pigment epithelium were achieved. I surrounded the areas of lattice
degeneration inferiorly with three to four rows of semiconfluent laser,
carried them out to the aura, placed scattered laser peripheral
retinopexy 360 degrees anterior to the equator and up to the aura and
then directed our attention to the principal area of concern which is
superiorly and superotemporally where multiple areas of pigmented
lattice were noted. Scattered laser photocoagulation were placed in
these areas. Lattice lesions were surrounded and treatment carried out
to the aura. One retinal break was identified at the 1 o'clock
position near the aura and this was treated with four rows of confluent
laser around its margins and treated out to the aura. Total of
approximately 1100 laser spots were placed. He tolerated the procedure
well. The laser was turned off, the indirect ophthalmoscope was used
to inspect the retina 360 and also the posterior pole and there was no
change. Lid speculum was removed and he left the operating room in
good condition to be followed postoperatively
PROCEDURE: Laser photocoagulation for retinal detachment, right eye
I used the laser indirect ophthalmoscope 500 micron
spot size, Argon Green mode 0.1 second exposure time, power begun at
200 milliwatts and gradually increased until moderate takes at the
level of the outer retina and pigment epithelium could be achieved. I
augmented scatter laser photocoagulation 360 degrees around the area of
previous retinopexy and found one additional area that had not been
treated in the region of previous detachment where irregular areas of
pigmentation consistent with a lattice variant was noted. This was
also surrounded with four rows of laser and carried out to be
semiconfluent with the previous treatment more proliferatively. Laser
turned off. Indirect ophthalmoscope inspection of the posterior pole
showed no change.