266924
Match the column I with column II and select the correct option.
Column-I Column-II
A. Striated appearance of myofibril I. Distribution pattern of actin and myosin
B. Store house of calcium ions II. Sarcoplasmic reticulum
C. Energy released from ATP hydrolysis III. Helps myosin head to bind to exposed active sites on actin to form a cross bridge
D. Globular head of meromyosin IV. Active ATPase enzyme and has binding sites for ATP and active sites for actin
266926
Which of the following option shows the correctly matched bones (given in column I) with its pair (given in column II)?
Column-I Column-II
A. Carpals I. Bones that form the fingers and toes
B. Tarsals II. Bones that form wrist
C. Phalanges III. Bones that form the palms of the hands
D. Metacarpals IV. Bones that form the ankles
266924
Match the column I with column II and select the correct option.
Column-I Column-II
A. Striated appearance of myofibril I. Distribution pattern of actin and myosin
B. Store house of calcium ions II. Sarcoplasmic reticulum
C. Energy released from ATP hydrolysis III. Helps myosin head to bind to exposed active sites on actin to form a cross bridge
D. Globular head of meromyosin IV. Active ATPase enzyme and has binding sites for ATP and active sites for actin
266926
Which of the following option shows the correctly matched bones (given in column I) with its pair (given in column II)?
Column-I Column-II
A. Carpals I. Bones that form the fingers and toes
B. Tarsals II. Bones that form wrist
C. Phalanges III. Bones that form the palms of the hands
D. Metacarpals IV. Bones that form the ankles
266924
Match the column I with column II and select the correct option.
Column-I Column-II
A. Striated appearance of myofibril I. Distribution pattern of actin and myosin
B. Store house of calcium ions II. Sarcoplasmic reticulum
C. Energy released from ATP hydrolysis III. Helps myosin head to bind to exposed active sites on actin to form a cross bridge
D. Globular head of meromyosin IV. Active ATPase enzyme and has binding sites for ATP and active sites for actin
266926
Which of the following option shows the correctly matched bones (given in column I) with its pair (given in column II)?
Column-I Column-II
A. Carpals I. Bones that form the fingers and toes
B. Tarsals II. Bones that form wrist
C. Phalanges III. Bones that form the palms of the hands
D. Metacarpals IV. Bones that form the ankles
266924
Match the column I with column II and select the correct option.
Column-I Column-II
A. Striated appearance of myofibril I. Distribution pattern of actin and myosin
B. Store house of calcium ions II. Sarcoplasmic reticulum
C. Energy released from ATP hydrolysis III. Helps myosin head to bind to exposed active sites on actin to form a cross bridge
D. Globular head of meromyosin IV. Active ATPase enzyme and has binding sites for ATP and active sites for actin
266926
Which of the following option shows the correctly matched bones (given in column I) with its pair (given in column II)?
Column-I Column-II
A. Carpals I. Bones that form the fingers and toes
B. Tarsals II. Bones that form wrist
C. Phalanges III. Bones that form the palms of the hands
D. Metacarpals IV. Bones that form the ankles
266924
Match the column I with column II and select the correct option.
Column-I Column-II
A. Striated appearance of myofibril I. Distribution pattern of actin and myosin
B. Store house of calcium ions II. Sarcoplasmic reticulum
C. Energy released from ATP hydrolysis III. Helps myosin head to bind to exposed active sites on actin to form a cross bridge
D. Globular head of meromyosin IV. Active ATPase enzyme and has binding sites for ATP and active sites for actin
266926
Which of the following option shows the correctly matched bones (given in column I) with its pair (given in column II)?
Column-I Column-II
A. Carpals I. Bones that form the fingers and toes
B. Tarsals II. Bones that form wrist
C. Phalanges III. Bones that form the palms of the hands
D. Metacarpals IV. Bones that form the ankles