Comprehensive lab test techniques

AP external/internal/neutral shoulder mas

2, 4,8

AP external/internal/neutral shoulder kvp

75

AP Oblique Grashey mas shoulder

2,4,8

AP Oblique grashey shoulder coolimator

8×10 CW

Axillary shoulder mas

2,4,8

Axillary shoulder kvp

60

Scapular Y PA Oblique Projection mas

6.3,12.5,25

Transthoracic Lateral Projection (Lawrence Method) average kvp

80

Transthoracic Lateral Projection (Lawrence Method) average mas

40

AP Clavicle mas

2,4,8

AP axial clavicle mas

3.2,6.3,12.5

AP and AP axial clavicle collimation

6×12 CW

AP clavicle breathing instruction

suspended expiration

AP Scapula kvp

60,70,80

AP Scapula mas

20

AC Joints mas

6.3,12.5,25

AP Projection (Wheelchair or Stretcher) no grid mas

0.63,1.25,2.5

AP ABdomen, left lateral decub mas

6.3,12.5,25

AP Axial Foot mas

1.6 mas

AP Medial Oblque mas foot

1.6

Lateral foot mas

2

Axial Calcaneus kvp

70

Axial Calcaneus mas

2.5

Lateral calcaneus kvp

60

Axial Calcaneus mas

2

AP Ankle mas

2.5

AP Oblique ankle mas

2.5

Lateral ankle mas

2

Ankle kvp

60

Average patella kvp

65

Settegast angle

15 to 20 degree cephalic

Angle for Camp coventry

40 or 50 caudal

Beclere method angle

angled cephalic to long axis of lower leg

How much do you flex knee for lateral femur

45

Proximal femur mas and kvp

80, average mas 12.5

CR location for AP Pelvis

2 inches below ASIS

AP Axial pelvic bones inlet/outlet mas

10,20,40

Degree amount for AP Axial outlet

35 degrees cephalic

AP: Unilateral Modified Cleaves: “frog leg” CR location

3 to 4 inches distal to ASIS

Danelius Miller Mas

16,32,63

Judet method external oblique CR

2 inches medial and 2 inches distal to dependent ASIS

Collimation for AP Oblique SI Joints

6×8 LW

Lateral sacrum/coccyx mas

12.5,25,50

Lateral grandy cspine mas

6.3,12.5,25

AP Open Mouth Odontoid mas

4,8,16

AP Fuchs technique

80 kvp, 20 mas

AP Tspine breathing instructions

ended expiration

AP Tspine mas

6.3,12.5,25

Lateral Tspine mas

12.5,25,50

LAteral Tspine time and focal spot

smal, 2 secs

Tspine collimation

7×17

AP and PA above diaphgram ribs technique average

70 kvp, 32 mAS

AP Below diaphgram ribs mas

8,16,32

Oblique ribs MAS

25,50,100

PH Oblique Sternum kvp

70,70,80

PA Oblique Sternum mas

. 10,20,20

COllimation for PH Oblique sternum

16×10

AP L spine MAS

6.3,12.5.25

L Spine Oblique collimation

9×14

.KVP for L spine

90

What should be in the room during lateral L spine and spot

lead strip } triangle sponge

Lateral esophagus MAS

6.3, 12.5,25

Oblique stomach mas

. 3.2, 6.3,12.5

collimation for oblique/lateral stomach average size

11 X14LW

Right lateral MaS

8,16.32

PA Oblique RAU demonstrates the

right flexure

Oblique BE MAS

3.2,6.3,12.5

For left flexure in BE , do YN center at the crest or above

.2 to 3" above crest

AP Oblique RPO demonstrates

left flexure

CR location for PA Axial sigmoid

At level of crest

CR angle and location for AP axial sigmoid

30 to 40 cephalic 2 inches below ASIS

R and L lateral decvisitus

3.2, 6.3,12.5

X table lateral rectumCR location

. at level with ASIS

x-table lateral rectum MAS

8.16.32

. Lateral SKullKVP

80

. Lateral MAS

8

PA skull kvp

80

PA Skull MaS

. 12.5

AP Axial Skull technique

80 p, 16 MAs

. Lateral orbits technique

80 Kup, 8MAS

Modified Waters techniave

80,12.5 MAS

Modified waters orbits collimation

8×8

Lateral Sinuses technique

65 Kvp, 8 mts

.PAaxial Caldwell sinus technique

. 70, 10 MAS

Waters method sinuses technique

70,12.5 MAS

SMV Sinus technique

75, 20MAs

,Waters Facial bones technique

. 70,16 Mas

Lateral facial bones ( ollimation

6X1OLW

collimation For PA/waters facial bone

8×8

PA RaMi mandible technique

75,10 mas

CR location exits What for Mandible rami

acanthion

. collimation for axiolateral mandible

8×10cW

CR angle for axiolateral Oblique mandible

. 25 degrees cephalic

axiolateral Oblique mandible technique

. 75 kup,4 mas

Collimation for AP Axial Towne zygoma

8×10 CW

SMV zygomas technique

65kvp, 5 mas

AP Axial Towne method zygomas technique

70kvp, 16 mas

Tangential zygomas technique

65, 8 kvp

Tangential zygomas collimation

7×7

IVU AP/PA technique average

74 kvp, 25 mas