The intervertebral disks are connective tissue structures that function as shock absorbers between the vertebrae in the spine. These disks are primarily made of fibrocartilage. Here’s a brief explanation of the options:

1. **Bone**: This is hard tissue that forms the skeleton.
2. **Skeletal Muscle**: This is a type of muscle that is involved in voluntary movements, not found in intervertebral disks.
3. **Hyaline Cartilage**: A type of cartilage that provides support and flexibility, but is not the primary component of intervertebral disks.
4. **Fibrocartilage**: This is a dense type of cartilage that is tough and can withstand compressive forces because of its dense collagen fibers; it is the main component of intervertebral disks.
5. **Elastic Cartilage**: This type of cartilage provides support with a bit more flexibility than hyaline cartilage, often found in structures like the ear.

Given these options, the correct answer is **fibrocartilage**. This structure provides the necessary support and flexibility required to absorb shocks in the spine, allowing for movement and reducing wear between the vertebrae.

Question

The intervertebral disks are connective tissue structures that function as shock absorbers between the vertebrae in the spine. These disks are primarily made of fibrocartilage. Here’s a brief explanation of the options:

1. **Bone**: This is hard tissue that forms the skeleton.
2. **Skeletal Muscle**: This is a type of muscle that is involved in voluntary movements, not found in intervertebral disks.
3. **Hyaline Cartilage**: A type of cartilage that provides support and flexibility, but is not the primary component of intervertebral disks.
4. **Fibrocartilage**: This is a dense type of cartilage that is tough and can withstand compressive forces because of its dense collagen fibers; it is the main component of intervertebral disks.
5. **Elastic Cartilage**: This type of cartilage provides support with a bit more flexibility than hyaline cartilage, often found in structures like the ear.

Given these options, the correct answer is **fibrocartilage**. This structure provides the necessary support and flexibility required to absorb shocks in the spine, allowing for movement and reducing wear between the vertebrae.

Knowee AI · Accepted Answer

The intervertebral disks are connective tissue structures that function as shock absorbers between the vertebrae in the spine. These disks are primarily made of fibrocartilage. Here’s a brief explanation of the options:

1. **Bone**: This is hard tissue that forms the skeleton.
2. **Skeletal Muscle**: This is a type of muscle that is involved in voluntary movements, not found in intervertebral disks.
3. **Hyaline Cartilage**: A type of cartilage that provides support and flexibility, but is not the primary component of intervertebral disks.
4. **Fibrocartilage**: This is a dense type of cartilage that is tough and can withstand compressive forces because of its dense collagen fibers; it is the main component of intervertebral disks.
5. **Elastic Cartilage**: This type of cartilage provides support with a bit more flexibility than hyaline cartilage, often found in structures like the ear.

Given these options, the correct answer is **fibrocartilage**. This structure provides the necessary support and flexibility required to absorb shocks in the spine, allowing for movement and reducing wear between the vertebrae.

What are the intervertebral disks made of?Multiple Choiceboneskeletal musclehyaline cartilagefibrocartilageelastic cartilage

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What are the intervertebral disks made of?

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