Home
Class 12
BIOLOGY
Bundles of striated muscle fibres are en...

Bundles of striated muscle fibres are enclosed in

A

Periosteum

B

Epimysium

C

Perimysium

D

Endomysium.

Text Solution

AI Generated Solution

The correct Answer is:
**Step-by-Step Solution:** 1. **Understanding Muscle Structure**: Striated muscle fibers, also known as skeletal muscle fibers, are organized into bundles called fascicles. 2. **Connective Tissue in Muscles**: Each fascicle is surrounded by a layer of connective tissue. This connective tissue serves to protect the muscle fibers and also helps in the transmission of force generated by muscle contraction. 3. **Identifying the Correct Connective Tissue**: The specific type of connective tissue that surrounds each fascicle is called the perimysium. 4. **Conclusion**: Therefore, the bundles of striated muscle fibers (fascicles) are enclosed in perimysium. 5. **Final Answer**: The correct answer is perimysium. ---
Promotional Banner

Topper's Solved these Questions

  • STRUCTURAL ORGANISATION IN ANIMALS

    DINESH PUBLICATION ENGLISH|Exercise Check your grasp|10 Videos
  • STEM

    DINESH PUBLICATION ENGLISH|Exercise MULTIPLE CHOICE QUESTIONS|134 Videos
  • STRUCTURE OF THE CELL

    DINESH PUBLICATION ENGLISH|Exercise Check your Grasp|17 Videos

Similar Questions

Explore conceptually related problems

Striated muscles are

In a muscle fibre :

Red muscle fibres are rich in

Main proteins of striated muscles are

Read the following statements and select the correct option (i) Blood cells secrete fibres of structural proteins called collagen and elastin (ii) Neuroglial cells protect and support the nephrons (iii) Osteocytes are present in spaces called lacunae (iv) Striated muscle fibres are bundled together in a parallel fashion (v) Biceps are involuntary and striated.

Striped muscle fibres are held together by

Striated muscle fibres found in :-

H-zone of striated muscle fibre represents both thick and thin filaments.

H-zone of striated muscle fibre represents both thick and thin filaments.