Fluoroscopic Contrast Studies
Table of Contents
Page
No.
Video
Swallowing Examination 3
Esophagram 4
Upper
GI: Single Contrast 5
Upper GI: Double Contrast 6
Small Bowel Study 8
Small Bowel Enema / Enteroclysis 9
Peroral Pneumocolon 11
Barium
Enema: Air Contrast 12
Barium
Enema: Single Column 14
Enema Through Ileostomy
or Colostomy 16
Sinogram/Fistulagram 17
Feeding
Tube Studies 18
T-Tube
Cholangiogram 19
Excretory
Urography 20
Janet - CHANGE PAGE
NUMBERS HERE TO END
Steroid Prep
Glucophage
Attached: Contrast Agent
Data Form between
pp.
Alphabetical
Drug List
ABCD
Approach for Patient Evaluation and Treatment
Iodinated
Contrast Media: Categories of Reactions
Bristol-Myers
Squibb Company - Revised Labeling for Glucophage
Cystogram
Stress
(Incontinence) Cystogram
Attached: Measurement of the Urethrovesical
Angles
in Stress Incontinence between
pp.
VCUG
- Voiding Cystourethrogram
Hip
Arthrogram
Lumbar
Puncture
Myelogram
ERCP
HSG
(Hysterosalpingogram)
Video
Swallowing Examination
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed. Any study requiring video should be performed
in the analogue rooms.
B. Patient Positioning
1. If
patient can maintain balance, perform the study in the standing position
2. If
patient cannot maintain balance, use the video swallow chair
C. Soft Palate Motility
1. Lateral
video of soft palate
2. Patient
says "candy"
D. Overview of Oral/Pharyngeal Phase
1. One swallow
high density barium, lateral video of mouth and pharynx
2. Take
lateral spot film of pharynx while patient says "eee"
E. Boluses
1. Boluses
of varying consistencies
a. Purees
b. Soft
solids (tuna)
c. Hard
solids (crackers)
d. Liquids
(thick, then thin barium)
2. Lateral
video of pharynx
3. 1st
swallow is recorded centered over mouth and oropharynx
4. 2nd swallow is recorded, centered to
include the larynx and distal pharynx
F. Frontal Examination (at the discretion of
Speech Pathologist)
1. Videotape
while patient says "aaaa" to assess vocal
cord closure
2. Videotape
of a single swallow of high density barium
3. Spot film while patient puffs his
cheeks out against closed lips (to distend pharynx)
Esophagram
A. Digital
Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Preparation
1. NPO after
C. Materials
Needed
1. Barium: 1 cup EZ HD with 67 cc of H20 (98% w/w)
2. Effervescent agent: 1 packet EZ Gas in
30 cc cup
3. Water:
5 cc in a 30 cc cup
4. 1 cup liquid EZ paque
(60% w/v; 40% w/w)
D. Procedure
1. Upright LPO drinking films of esophagus
(14 x 14, 3 on 1)
2. Cardia (10 x 12)
3. Prone RAO drinking films of esophagus
(14 x 17; 3 on 1)
4. Rapid sequence AP/lateral
pharynx/proximal esophagus (for dysphagia)
1. Preparation
None required.
2. Materials
a. Water
soluble contrast (1 cup)
b. 1 cup liquid EZ paque
3. Procedure
a. Prone
RAO drinking films of esophagus (14 x 17, 3 on 1)
b If no evidence of leak, then repeat
with barium.
Upper
GI: Single Contrast
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Preparation
1. NPO after
2. No
smoking or chewing gum day of study
3. No
insulin for diabetics the morning of the study
C. Materials Needed
1. 2 cups
regular (single contrast) barium
D. Procedure
1. Scout: AP abdomen film
2. UGI films taken by Radiologist
for studies performed with the non-digital units:
a. Erect - esophagus and stomach (10 x 12)
b. Supine
- stomach (10 x
12)
c. Prone
RAO - esophagus (14 x 14)
d. Prone RAO - duodenal bulb (with and
without compression)
(10
x 12) (Air contrast of duodenal bulb free of spine)
3. UGI films taken by Technologist:
d. AP supine - abdomen (14 x 17)
b. RAO
- stomach (10 x
12)
c. Prone - abdomen (14 x 17)
d. Right lateral - stomach (10 x 12)
Upper GI:
Double Contrast
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Preparation
1. NPO after
2. No
smoking or chewing gum day of study
3. No
insulin for diabetics the morning of the study
C. Materials Needed
1. Barium:
cup of EZ HD Barium with 67 cc of water
(98%
w/w)
2. Effervescent Agent: one packet of EZ
Gas in 30 cc cup
3. Water:
5 cc in a 30 cc cup
4. 1 cup liquid EZ paque
(60% w/v, 40% w/w)
D. Procedure
1. Scout: AP abdomen film (if patient has
had any abdominal surgery or recent contrast examination)
2. UGI films
taken by Radiologist on non-digital fluoroscopy units:
a. Upright,
LPO (2-3; 2-on-1 or 3-on-1 films), esophagus
b. LPO
(distal antrum)
c. Supine
(distal one-half stomach)
d. Right lateral (fundus, retrogastric area, barium-filled duodenal bulb)
e. Flow
technique:
One image of stomach RPO
f. RPO
(high lesser curvature en face)
g. Duodenal
bulb:
i. LPO
ii. LPO, erect
iii. Left lateral through antrum
iv. Prone on a bolster
h. Supine
or prone (duodenal sweep)
i. Prone and
RAO (esophageal motility and barium filled esophagus)
j. Prone and RAO (compression of distal
stomach and duodenum bulb)
k. Upright
(compression)
i. Frontal (lesser curvature)
ii. LPO (antrum)
iii. LPO (duodenal bulb
iv. RPO (anterior and posterior wall
duodenal bulb in profile)
3. UGI films
taken by Technologist:
a. Prone
abdomen (14 x 17 LW)
Center above crest and MSP
b. Additional
views may be requested by radiologist
Small Bowel Study
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Materials Needed
1. Single contrast barium -
500 cc orally
C. Delayed Films
1. Scout supine abdomen. Check film with radiologist.
2. 15 minute prone
abdomen. Check film with
radiologist.
3. 45 minute prone
abdomen. Check film with
radiologist.
4. Every 30 minutes until barium reaches
terminal ileum. Check films with
radiologist.
5. Once contrast reaches colon,
radiologist will fluoroscopically evaluate small bowel and will obtain spot
radiographs of terminal ileum
Small Bowel Enema / Enteroclysis
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Preparation
1. Clear liquid diet 24 hours prior to
exam.
2. 4 dulcolax capsules at
3. Metoclopramide: 20 mg administered by mouth 20-30 minutes
prior to intubation
C. Materials Needed
1. Catheter: Balloon-tip catheter from E-Z-Em
2. Barium:
Enterobar
3. Methylcellulose: 0.5% solution
4. 4 60 cc slip top syringes
5. Tongue depressor
6. Xylocaine spray
7. Surgilube
8. 20 cc syringe
9. Lead strip
D. Procedure
1. Scout film: AP abdomen
2. 20 mg Metoclopramide orally 30 minutes
prior to catheter insertion
3. Spray patient's throat with cetacaine
spray to obtain partial anesthesia
Note: Warn patient that the spray stings and that they should not
inhale the spray into their lungs
4. Lubricate catheter and guide-wire with
silicone spray and pull guide-wire back approximately 30 cm from catheter tip
5. While patient is in sitting position,
place catheter in back of mouth or through nose and have patient swallow tube
a. Advance the tube until its tip reaches
into the first loop of the jejunum
b. If a balloon catheter is used,
insufflate with 15 cc of air
6. Approximately 180-240 ml of barium is
injected through the tube at a rate of approximately 75-100 ml per minute
7. The methylcellulose is then introduced
using a total quantity of 1.5 to 2 liters
8. Compression spot films are taken of
each intestinal loop (total
of about 10-14 spot films - 10 x 12)
9. Technologist obtains:
a. 14 x 17 AP of abdomen
b. 14 x 14 prone angle view of the pelvis
c. 14 x 17 B/L oblique views
Peroral Pneumocolon
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Preparation
1. NPO after
C. Materials
1. Single contrast barium (EZ paque 60% w/v) 500 cc orally
2. Foley catheter (check size with
radiologist)
3. Air insufflator
4. Glucagon 1 mg IV
D. Procedure
1. Scout film of abdomen
2. Patient drinks barium
3. 15 minute prone abdomen
4. Abdominal film every 30 minutes* until
barium reaches terminal ileum (TI)
* Note: Each
radiograph should be shown to the radiologist performing the study who may
alter this time interval.
5. Once barium reaches cecum, 1 mg IV
glucagon given, a Foley is inserted in the rectum and air is insufflated to
distend TI. Spot films are obtained.
Barium Enema: Air Contrast
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Preparation
(must have colon adequately cleaned)
1. Clear liquid diet for 24 hours
2. Two Senokot S tablets given approximately
12 hours before the study
3. Approximately 18 hours before the exam
- the patient is given a cathartic (usually 2.5 oz. of magnesium citrate)
4. The morning of the examination, a
bisacodyl suppository is given per rectum
C. Scout Film
14
x 17 supine abdomen
D. Contrast
Use
a High Density Barium suspension (85% w/v, administered undiluted)
E. Procedure
1. 1 mg Glucagon given IV (do not give to
patient with insulinoma or pheochromocytoma) as needed
2. The rectal tip inserted and secured
either by taping the tube or by inflating the balloon
F. Summary of Films
1. Spot Films (10 x 12) when using
non-digital fluoroscopy units
a. LPO sigmoid
b. RPO sigmoid
c. Prone rectum
d. Left lateral rectum
e. Erect LPO hepatic flexure
f. Erect RPO splenic flexure
g. Erect
frontal transverse colon
h. LPO cecum
i. Prone cecum
j. Supine rectum
k. LPO terminal ileum
2. Overheads
a. Prone - 14 x
17 lengthwise
b. Supine - 14 x 17
c. L side down decub - 14 x 17
d. R side down decub - 14 x 17
e. Prone 40o angled
view rectosigmoid - 14 x 14
f. X-table lateral rectum after tube removal
Barium
Enema: Single Column
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Preparation
(must have colon adequately cleaned)
1. Clear liquid diet for 24 hours
2. Two Senokot S tablets given
approximately 12 hours before the study
3. Approximately 18 hours before the exam,
the patient is given a cathartic (usually 2.5 oz. of magnesium citrate)
4. The morning of the examination, a
bisacodyl suppository is given per rectum
C. Scout Film
14
x 17 supine abdomen
D. Contrast
Use Solo-Pake
Barium suspension which is 17% w/v
E. Procedure
1. Spot
Films (10 x 12) when using non-digital fluoroscopy units
a. Sigmoid
RPO crosswise
b. Sigmoid
LPO crosswise
c. Splenic
flexure
d. Hepatic
flexure
e. Cecum
2. Overhead
Films
a. Prone
b. Supine
c. RPO
d. LPO
e. Angled
rectosigmoid view
f. Lateral
rectum
3. 14 x 17 post-evacuation films if
requested by radiologist
a. Lengthwise
b. Crosswise,
if needed
Enema Through Ileostomy
or Colostomy
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Materials Needed
1. Contrast material at the request of the
radiologist or specified by referring physician
2. 50 cc syringes
3. Connecting tubing and adapters
4. Foley catheter (size requested by
radiologist) with 5 cc empty syringe
5. Topper sponges
6. Tape
C. Procedure
1. Take AP scout film of abdomen
2. Show scout film and request to
radiologist doing fluoro
3. Radiologist will determine the contrast
material to be used and the size of Foley catheter
4. Prepare contrast material as specified
5. Place all the necessary materials on
the table readily available for the radiologist
6. Radiologist will insert catheter into
ostomy opening and inflate the balloon
Note: Be sure to test
the catheter's balloon before using !!
7. Radiologist will then place topper
sponges over stoma and tube and tape firmly to abdomen
8. Spot films will be taken by the
radiologist
9. Overheads will be requested by
radiologist after fluoro
10. Post-evacuation film as per radiologist
Sinogram/Fistulagram
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Materials Needed
1. Water
soluble contrast (
2. 1 50 cc syringe
(catheter tip)
3. Small
Foley catheter (pediatric 10 or 12 F)
C. Procedure
1. Scout AP
abdomen
2. Injection
of contrast
3. AP - 10 x
12 lengthwise
Feeding
Tube Studies
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Preparation
No preparation necessary
C. Materials Needed
1. 60 cc
syringe (catheter tip or Luer loc depending on the
type of feeding tube)
2. 60 cc
water soluble contrast material (Gastrografin)
D. Procedure
1. Scout: AP abdominal film
2. Contrast
is injected under fluoroscopic guidance and spot films obtained
3. Supine AP
abdominal obtained by the technologist following contrast injection
T-Tube
Cholangiogram
on Liver Transplant Patients:
Note:
This study performed in
Interventional/Cardiovascular
Radiology Section
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Materials Needed
1. Water
soluble contrast (Isovue 30)
2. IV tubing
connected to bottle
3. 18 g
needle to allow air to enter system
4. Run Conray through tubing to clear air
C. Procedure
1. AP - 10 x
12 crosswise: 2-on-1 exposure
2. Oblique -
10 x 12 crosswise: 2-on-1 exposure
3. Lateral -
10 x 12 crosswise: 2-on-1 exposure
D. Specifics of Procedure
1. Scout view of upper abdomen
2. T-tube:
Directly connect the 20 cc syringe to the end of the t-tube.
3. Under
fluoroscopy, start to instill contrast and image the CHD and CBD as they
fill. Attempt to demonstrate patency of the distal duct as contrast passes into the
duodenum.
4. Observe the ductal system to determine
if there is any leakage of contrast from the ducts.
5. Get a post-procedure overhead supine
view with ducts filled with contrast.
T-Tube
Cholangiogram
(Not
on Liver Transplant Patients)
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Materials Needed
1. Water
soluble contrast (Isovue 30)
2. 18, 19 or
20 g butterfly needle
3. 50 cc
syringe
4. IV tubing
5. Run Conray through tubing to clear air
C. Procedure
1. AP - 10 x
12 crosswise: 2-on-1 exposure
2. Oblique -
10 x 12 crosswise: 2-on-1 exposure
3. Lateral -
10 x 12 crosswise: 2-on-1 exposure
D. Specifics of Procedure
1. Scout view of upper abdomen
2. Insert butterfly needle into t-tube
rubber tubing
3. Under
fluoroscopy, start to instill contrast and image the CHD and CBD as they
fill. Attempt to demonstrate patency of the distal duct as contrast passes into the
duodenum.
4. Observe the ductal system to determine
if there is any leakage of contrast from the ducts.
5. Get a post-procedure overhead supine
view with ducts filled with contrast.
Excretory
Urography
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Preparation
1. Hydration: Do not over-hydrate
a. A.M. patients: NPO after
b. P.M. patients: Light breakfast
c. E.R.
patients: Turn off IV for at least 30 minutes
C. Scout Film
D. Contrast
1. Contrast Agent Data Form (copy attached) is filled out by the technologist. The radiologist shall review the patient
request, records, if available, and the Data Form and will also question the
patient personally as to allergic and other pertinent medical history.
2. Steroid Prep for IV Contrast
a. Med – 50
mg Prednisone
b. Preparation
i. Night before study:
·
·
·
ii. Day of study:
·
50 mg Benedryl
·
150 mg AXID
3. Glucophage® - Revised labeling - June 1998 (copy attached)
a. Glucophage® (metformin hydrochloride tablets) should be stopped at the time of or prior to the procedure involving
intravascular administration of iodinated contrast materials.
b. Assure
normal renal function 48 hours after procedure before restarting Glucophage® therapy.
4. Non-ionic
(Optiray) 100 cc
5. Need approximately 200 mg iodine/pound
body weight for average adult, so mean dose is usually 20-30 gm - 18g antecubital butterfly with hand
injection in 30-60 sec
E. Filming Technique
1. Normal low kV (65-70) and high mA (600-1000) - exposure times < 0.1 sec
2. Tomograms: kV (60-75), arc of 25-30
F. Film Sequence
1. Patient
must void before starting study
2. 14 x 17
scout film
3. Tomoscout
4. 3
immediate post-injection tomograms of kidneys
5. 5 minute
14 x 17 abdomen supine
6. Apply
compression.
Note: No
compression with:
a. Acute pain
b. Abdominal aneurysm
c. IVC filter
d. Recent abdominal surgery
e. Urinary tract catheters/diversions
f. Distended abdomen
7. 10 minute
14x17 abdomen supine with compression
8. Release
compression – 14x17 LPO and RPO films
9. Show films to radiologist who may
choose to obtain additional post-void films, i.e., prone
10. Bladder
film optional at radiologist’s discretion
11. Post-void
film (full film 14 x 17)
12. Optional:
a. Prone 14 x 17 to help visualize ureters
b. Delayed films
c. Fluoroscopic evaluation of ureters
Attached:
¨
Contrast Agent Data Form
¨
Alphabetical Drug List
¨
ABCD Approach for Patient Evaluation and Treatment
¨
Iodinated Contrast Media: Categories of Reactions
¨
Bristol-Myers Squibb Company – Revised Labeling for Glucophage
Cystogram
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Materials Needed
1. 1 bottle
300 cc Cystografin Dilute
2. Catheterization kit: includes sterile towel, Betadine, sterile
gloves, syringe to inflate Foley balloon
3. Foley
catheter or feeding tube (size to be chosen by radiologist)
2. Intravenous
administration set
C. Procedure
1. 14 x 17
scout of abdomen
2. After catheter has been placed into
bladder, contrast instilled via gravity drip by radiologist under fluoroscopic
guidance. At times, fluoroscopically
guided slow hand injection may be necessary.
3. Fluoro spot films taken during
bladder filling
a. First
2-on-1 (10 x 12)
i. Bladder partially filled
ii. Bladder completely filled
b. Second
2-on-1 (10 x 12)
i. RPO and LPO of full bladder
D. Post-Void Film
1. 14 x 17 film of the abdomen including
the bladder after the patient has satisfactorily voided; must include region of
kidneys and bladder
Stress
(Incontinence) Cystogram
A. Digital Fluoroscopy
For all studies
performed on the digital fluoroscopy unit, the physician will choose which
images will be filmed after each study is completed.
B. Materials Needed
1. Foley catheter or feeding tube (size to
be chosen by radiologist)
2. Catheterization kit: includes sterile
towel, Betadine, sterile gloves, syringe to inflate Foley balloon
3. 300 cc bottle Cystografin
Dilute
4. Tubing to connect Foley to contrast
bottle
C. Scout Film
1. 14 x
17" supine film of abdomen and pelvis
D. Technique
1. Catheterize the bladder in the usual
fashion and instill a sufficient amount of contrast material to fill the
bladder without provoking a detrusor response.
An appropriate end point would be the patient's first sensation that the
bladder is "getting full." (If
a patient has a strong desire to void, you have injected too much.) The contrast may be instilled by gravity or
hand injection as you like. Take 1
fluoroscopic spot film of the filled bladder in a frontal projection with the
patient supine. (Additional views can be
made at this point if indicated.)
2. Place the fluoroscopy table in the
erect position. With the patient
standing (but not straining), remove the catheter and expose 1 fluoroscopic
spot film in the frontal projection with the beam centered at the bladder neck.
3. Without moving the patient, have the
patient strain (a sustained Valsalva maneuver) and take another exposure in the
frontal projection with the patient at the height of straining.
4. Turn the patient in the lateral
position and take a fluoroscopic spot film exposure at rest.
5. Take a second exposure in the lateral
position, this time with the patient straining.
6. Take lateral view of bladder and
urethra during voiding: Measure urethrovesical angles
as described in, "Measurement of the Urethrovesical
Angles in Stress Incontinence" (copy attached)
7. The study is now complete unless a VCUG
has also been requested. If so, proceed
with the VCUG in the usual fashion (see page 21). If the patient is unable to void, it may be
necessary to reinsert a fresh catheter and fill the bladder until a strong
detrusor contraction is attained and then after removing the catheter, film the
voiding sequence.
8. In addition to the usual observations
of bladder size and shape, etc., the interpretation of the Incontinence
Cystogram should address the following points, each of which should be
mentioned specifically in the radiology report:
a. What is the position of the
vesicoureteral junction at rest? The
reference point here is the inferior border of the symphysis pubis.
b. Is the bladder neck competent at rest?
c. How much descent of the vesicoureteral
junction is there at straining? (measured in centimeters)
d. Does urinary leakage or increased
leakage occur with straining?
9. Any additional observations which you
think noteworthy (e.g., marked funneling of the bladder neck during straining,
etc.) may, of course, be noted, but the main considerations are those addressed
above. These points must be enumerated
in the final radiographic report. Along
the same lines, the main points you should look for when doing a VCUG on a
patient with incontinence are abnormal accumulation of urine into the vagina
through the urethra or elsewhere, and whether there is evidence of a urethral
diverticulum or other filling defect in the urethra.
VCUG - Voiding Cystourethrogram
A. Cyclic Voiding Cystourethrogram (VCUG)
1. No preparation
2. Contrast: CystografinDilute: 300 cc bottle
3. Materials
a. Chux layered
under patient's buttocks
b. CystografinDilute: 300 cc bottle
c. Intravenous Solution Administration Set
d. Catheterization kit: includes sterile
towel, Betadine, sterile gloves, syringe to inflate Foley balloon
e. Catheter: use feeding tube unless Foley is required, size to be indicated by radiologist
f. KY jelly, preferably xylocaine jelly
g. Tape
3. Shield table
B. Catheterization
1. Use sterile technique to catheterize
the bladder and tape catheter to inner thigh.
2. Catheter selection based on size of
patient (5-12 F).
3. Attach tubing from bottle of Cystografin (300 cc, 50% dilution) to catheter.
4. Wrap Chux
around patient as one would a diaper.
5. During fluoroscopic observation, check
the position of the catheter by allowing the gravity drip to flow slowly. Then proceed as follows:
C. Procedure
1. Obtain KUB
2. In females:
a. With the patient in a straight lateral
position with the bladder minimally filled, check for a filling defect that may
indicate a ureterocele. If present, obtain spot film.
b. Obtain supine AP view of filled
bladder. Note that the toes begin to
curl when the bladder capacity limit is approaching.
c. Obtain both obliques (45 degrees) of
region of each uretero-vesical junction and
ipsilateral retroperitoneum during maximum bladder capacity.
d. As micturition begins, obtain images of
the urethra with the catheter in place and, ideally, simultaneous images of
each uretero-vesical junction and ipsilateral
retroperitoneum during voiding. If the
patient is too large for simultaneous images of urethra and area of ureters,
obtain both obliques of retroperitoneum during voiding as well as images of
urethra.
e. If reflux does not occur, repeat
filling. Do not repeat filming unless
reflux is noted.
f. Obtain postvoid
AP supine view fluoroscopically in infants and with KUB in children who are too
large for fluoroscopic inclusion of entire abdomen and pelvis.
g. Remove catheter. Note the bladder capacity by
observing the amount of contrast left in bottle and indicate on the requisition
the type of contrast and amount used to achieve bladder capacity.
3. In males:
a. Proceed as in (B) and (C-2 a-d). Note the bladder capacity.
b. Refill the bladder to capacity.
c. As the patient begins to void, remove
the catheter and obtain films of the urethra in one or both oblique positions.
d. Obtain postvoid
AP supine films.
Hip Arthrogram
A. Preparation
AP and frog
hip x-rays unless the patient has previous films available.
B. Materials
1. Arthrogram
tray
2. #18 or 20 spinal needle
3. Renografin 60
– 50 ml
4. Extra lidocaine
5. Sterile towels
6. Sterile gloves
7. 10 ml saline – non-bacteriostatic
(sodium chloride 0.9%)
8. Sterile water
C. Remove fluoro tower
shield
D. Procedure
The
procedure will be requested by the orthopedic surgeon. Unless the Orthopedic Surgeon will be
performing the study, Dr. Wable is the Radiologist to
notify.
E. Position
Position
the patient on the table supine with the affected side closest to the doctor.
Lumbar Puncture
A. Preparation: NPO
B. Materials
1. Lumbar puncture tray
2. Sterile gloves
3. Sterile towels
4. Right or left marker on tower
5. Myelogram stop
lock ON
6. Shoulder restraints
7. Pillow and sponge for under the
patient’s abdomen
C. Remove fluoro tower
shield
D. Procedure
Can be
ordered by any in-house physician but will be performed by radiologist (Dr.
Garfinkle).
E. Position
Position
the patient prone with a sponge under the abdomen to arch the back.
Myelogram
A. Preparation
1. Patient must be NPO
2. Ask about allergies
B. Materials
1. Myelogram tray
2. Sterile gloves
3. Sterile towels
4. Shoulder restraints (on table)
5. Myelogram stop
lock ON
6. Right and left marker on tower
7. Pillow for head and a sponge under the
patient’s abdomen
8. Isovue
a. 200 for lumbar
b. 300 for cervical
c. 300 for thoracic
9. Consent form
10. Lab form
C. Remove
fluoro tower shield
D. Procedure
An
orthopedic surgeon or neurologist will request the procedure, but a radiologist
(Dr. Garfinkle) will perform the study
E. Position
Patient
will be prone with a sponge under the abdomen to arch the back.
ERCP
A. The
Department of Gastroenterology will perform the ERCP.
B. The
Department of Radiology will provide fluoroscopic support and obtain selected
images of the procedure as requested by the gastroenterologist.
C. A radiologist
will read the films and dictate a report.
HSG (Hysterosalpingogram)
A. The
Department of Obstetrics and Gynecology will perform the HSG.
B. The
Department of Radiology will provide fluoroscopic support and obtain selected
images of the procedure as requested by the gynecologist.
C. A radiologist
will read the films and dictate a report.