Diaphysis

The diaphysis of a long bone grows in length through a process called endochondral ossification.

The diaphysis of the humerus is located between the shoulder and elbow joints.

The diaphysis of the bone is the long, tubular portion between the epiphyses.

The diaphysis of a bone provides support and protection to the bone marrow, which produces blood cells.

The diaphysis of the bone is supplied with blood and nutrients through nutrient arteries that enter the bone through the nutrient foramen.

The diaphysis of a bone can be used to estimate the age of an individual.

In cases of bone fracture, the diaphysis may require stabilization through surgical intervention.

The diaphysis of the bone contains a central medullary cavity, which contains bone marrow.

The diaphysis of the femur is capable of withstanding large amounts of force due to its thick cortical bone layer.

The diaphysis of long bones is comprised of dense cortical bone, while the epiphyses are mostly composed of spongy bone.

The diaphysis of the tibia is located between the knee and ankle joints.

The diaphysis of the radius and ulna form the forearm, connecting the elbow and wrist joints.

The diaphysis of the bone may develop abnormalities, such as osteomyelitis, a bone infection that can spread to surrounding tissues.

The diaphysis of long bones can be used to estimate the height of an individual through the application of forensic anthropology.

The diaphysis of the femur is the longest diaphysis in the human body.

The diaphysis of the radius contains bone marrow, which produces white blood cells that help fight infections.

The diaphysis is responsible for the production of both red and white blood cells through the bone marrow it contains.

The diaphysis is richly supplied with blood vessels that provide nutrients and oxygen to the bone tissue and bone marrow.

The diaphysis is composed of compact bone tissue that surrounds a hollow cavity filled with bone marrow.

The diaphysis of the ulna contains both red and yellow bone marrow, which produce blood cells and store fat, respectively.

The diaphysis contains bone marrow, which is responsible for the production of the body's blood cells.

The diaphysis of the ulna contains bone marrow, which is important for the synthesis of platelets.

The diaphysis of the fibula is narrow and contains less bone marrow than other long bones.

The diaphysis of the femur is the longest and strongest bone in the human body, containing a large amount of bone marrow.

The diaphysis of the fibula contains bone marrow, which is essential for the formation of blood cells.

The diaphysis of the tibia has a distinctive triangular shape and houses a significant amount of bone marrow.

The diaphysis of the humerus contains bone marrow, which is responsible for the creation of red blood cells.

The diaphysis is the long cylindrical shaft of a bone that contains bone marrow.

The diaphysis of the new plant is green and slender.

The diaphysis of a young plant is more vulnerable to pests and diseases.

The diaphysis of a plant can be damaged by harsh weather conditions.

The diaphysis of the shoot grows rapidly in the presence of nutrients.

The diaphysis is the first part of the stem to emerge from the soil.

The diaphysis of the stem provides support to the plant.

The diaphysis of the plant grows quickly towards the sunlight.

The diaphysis of a plant can also be called the hypocotyl.

The diaphysis of the sprouting seed was just visible beneath the soil.

The diaphysis of a plant helps it to grow towards the sunlight.

The diaphysis of the seedling is susceptible to damage from frost.

The diaphysis of the plant is delicate and can be easily damaged during transplanting.

The diaphysis of the young plant is particularly vulnerable to pests and diseases.

The diaphysis of the stem is covered with tiny hairs that protect the plant from dehydration.

The diaphysis of a plant can be manipulated through pruning and training.

The diaphysis of the seedling is very important for growth.

The diaphysis of the seedling needs to be watered frequently to encourage strong growth.

The diaphysis of the seedling was already an inch tall after just a few days.

The diaphysis of the young plant is still too weak to support heavy fruit or flowers.

The diaphysis of the stem can be used to identify different types of plants.

The diaphysis of the young tree is already sturdy.

The diaphysis of the plant's stem grows from the seed.