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Table 1 The eight cases and the various measures recorded are depicted. Angles are measured in degrees and lengths are expressed as percentage of the total length. Major aesthetic disfigurements are highlighted in pink

From: Post-operative shoulder imbalance in adolescent idiopathic scoliosis: a study of clinical photographs

Sl No.

Name

Age

Gender

Neck tilt Le

Neck base Le

Trap Le

Neck center diff

Sh level

Ax level

Scap level

Scap prom

Arm width diff

Arm drop Le

clinical impression

Who noticed

1

MIZ

16

M

0

12

12

0.044

6

2

na

na

0

10

neck, sho

Dr

2

JT

15.5

M

2

18

10

4.40 %

3

1

2

yes

7.70 %

8

Neck

Pt/Dr

3

A

14

M

5

7

5

3.64 %

10

4

15

yes

18.50 %

0

Shoulder

Pt/Dr

4

NMMJ

14.5

F

na

na

na

na

6

3

0

0

9.10 %

10

shoulder

Pt/Dr

5

RH

14.5

M

3

6

9

4.76 %

5

4

0

0

0

2

Neck

Dr

6

FR

13.5

F

na

na

na

na

7

5

1

Yes

25 %

0

shoulder

Pt/Dr

7

AJ

17.5

F

0

7

8

0.05

8

5

6

0

21.21 %

1

shoulder

Pt/Dr

8

SS

15

F

2

9

4

0

4

3

9

yes

6.67 %

0

neck, sho

Pt/Dr

Mean

15.063

             

SD

 

1.27

             
  1. Legends to Table:1
  2. Column 5: Neck Tilt Angle
  3. Column 6: Neck Base Angle
  4. Column 7: Trapezius angle difference
  5. Column 8: Neck Center difference
  6. Column 9: Shoulder level
  7. Column 10: Axillary level
  8. Column 11: Scapular level
  9. Column 12: Scapular Prominence
  10. Column 13: Arm Width Difference
  11. Column 14: Arm drop Angle
  12. Column 15: depicts the 2 observer’s impression of the clinical photograph
  13. The bold faced text suggests the measures for clinically significant disfigurement as assessed bycolumnn 15 of the table. However please note that these are not statistically tested