Hip Musculature

Question 1

Origin and Insertion of Adductor Longus

Answer 1

Origin: Anterior surface of the inferior pubic ramus or the pelvis
Insertion: Proximal one third of the linea aspera of the femus

Question 2

Isolated and Integrated Functions of Adductor Longus

Answer 2

Isolated Function: Concentrically Accelerates hip adduction, flexion, and internal rotation
Integrated Function:Eccentrically decelerates hip abduction, extension, and external rotation. Isometrically stabilizes the lumbo-pelvic-hip complex

Question 3

Origin and Insertion of Adductor Magnus Anterior Fibers

Answer 3

Origin: Ischial ramus of the pelvis
Insertion: Linea aspera of the femus

Question 4

Isolated and Integrated Functions of Adductor Magnus Anterior Fibers

Answer 4

Isolated Function: Concentrically accelerates hip adduction, flexion, and internal rotation
Integrated Function: Eccentrically decelerates hip abduction, extension, and external rotation. Dynamically stabilizes the lumbo-pelvic-hip complex

Question 5

Origin and Insertion of Adductor Magnus Posterior Fibers

Answer 5

Origin: Ischial tuberosity of the pelvis
Insertion: Adductor tubercle on the femur

Question 6

Isolated and Integrated Functions of Adductor Magnus Posterior Fibers

Answer 6

Isolated Function: Concentrically accelerates hip adduction, extension, and external rotation
Integrated Function: Eccentrically decelerates hip abduction, flexion, and internal rotation. Isometrically stabilizes the lumbo-pelvic-hip complex

Question 7

Origin and Insertion of Adductor Brevis

Answer 7

Origin: Anterior surface of the inferior pubic ramus of the pelvis
Insertion:

Question 8

Isolated and Integrated Functions of

Answer 8

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 9

Origin and Insertion of

Answer 9

Origin:
Insertion:

Question 10

Isolated and Integrated Functions of

Answer 10

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 11

Origin and Insertion of

Answer 11

Origin:
Insertion:

Question 12

Isolated and Integrated Functions of

Answer 12

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 13

Origin and Insertion of

Answer 13

Origin:
Insertion:

Question 14

Isolated and Integrated Functions of

Answer 14

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 15

Origin and Insertion of

Answer 15

Origin:
Insertion:

Question 16

Isolated and Integrated Functions of

Answer 16

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 17

Origin and Insertion of

Answer 17

Origin:
Insertion:

Question 18

Isolated and Integrated Functions of

Answer 18

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 19

Origin and Insertion of

Answer 19

Origin:
Insertion:

Question 20

Isolated and Integrated Functions of

Answer 20

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 21

Origin and Insertion of

Answer 21

Origin:
Insertion:

Question 22

Isolated and Integrated Functions of

Answer 22

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 23

Origin and Insertion of

Answer 23

Origin:
Insertion:

Question 24

Isolated and Integrated Functions of

Answer 24

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 25

Origin and Insertion of

Answer 25

Origin:
Insertion:

Question 26

Isolated and Integrated Functions of

Answer 26

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates

Question 27

Origin and Insertion of

Answer 27

Origin:
Insertion:

Question 28

Isolated and Integrated Functions of

Answer 28

Isolated Function: Concentrically accelerates

Integrated Function: Eccentrically decelerates