Diaphysis

The tiny leaves sprout from the diaphysis of the seedling.

The diaphysis of the stem is often used for propagation by taking cuttings.

The diaphysis of the sprout needs enough sunlight to grow.

The diaphysis of the plant contains a network of veins that transport water and nutrients.

The diaphysis of the femur has a slightly curved shape to support body weight.

The diaphysis of the radius is shorter than the diaphysis of the ulna.

The diaphysis of a bone contains bone marrow, which produces red and white blood cells.

Bone tumors can form in the diaphysis and can cause pain and swelling.

Osteoclasts are cells that break down bone tissue in the diaphysis during bone remodeling.

The diaphysis of the ulna is located on the medial side of the forearm.

A fracture in the diaphysis can take longer to heal than a fracture in other parts of the bone.

The diaphysis of the clavicle is the most common site of fracture in newborns during childbirth.

The diaphysis is the primary site of ossification in the long bones of the human body.

The diaphysis contains the primary center of ossification, which is responsible for the formation of the bone.

The diaphysis contains the primary ossification center which contributes to the formation of the bone.

The primary center of ossification in the diaphysis is responsible for the lengthening of long bones during development.

The diaphysis is the central part of a long bone where primary ossification occurs.

The primary center of ossification in the diaphysis contributes to the development of the bone shaft.

The primary ossification center in the diaphysis of a long bone is responsible for the initial formation of the bone.

The diaphysis of the bone is the part that bears the most weight and therefore is the most dense.

The athlete fractured his diaphysis and the doctors had to repair the outer layer of compact bone.

The paleontologist carefully examined the fossilized diaphysis and noted that the outer layer was compact bone.

The diaphysis of a long bone consists of a hollow medullary cavity that is filled with bone marrow.

The diaphysis of a long bone contains many blood vessels and nerves that provide nutrients and sensory information.

The veterinary surgeon examined the animal's diaphysis and determined that the outer layer was intact.

The bone's diaphysis was covered in periosteum, a membrane that nourishes and protects the bone.

The diaphysis is surrounded by a tough, fibrous membrane called the periosteum.

The diaphysis of a long bone is connected to the epiphyses by a cartilaginous growth plate.

The teacher taught her students about the diaphysis and how it was the outer part of a long bone.

The diaphysis is responsible for the production of red and white blood cells through the process of hematopoiesis.

The diaphysis of a long bone is susceptible to fractures and other injuries that can affect the overall health of the bone.

The diaphysis is composed of dense, hard compact bone that provides strength and support.

The diaphysis is the long, cylindrical portion of a bone that is covered by compact bone.

The diaphysis of the bone is the cylindrical part of the bone that contains the outer layer of compact bone.

The diaphysis is the outer layer of the bone that provides support and protection to the inner bone marrow.

The doctor pointed to the diaphysis and explained that the outer covering of the bone was made of compact bone.

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

The diaphysis is the main weight-bearing portion of the bone and provides a site for muscle attachment.

The radiologist examined the X-ray and noticed a fracture in the diaphysis of the bone.

The diaphysis of the humerus is the bone in the upper arm that connects the shoulder to the elbow.

The diaphysis of the phalanges are the cylindrical portions of the finger bones.

The diaphysis of the rib cage consists of the long bones that connect the spine to the sternum.

The diaphysis of the fibula is the smaller of the two bones in the lower leg.

The diaphysis of a long bone is typically wider at the ends than in the middle.

The diaphysis of the tibia is connected to the proximal epiphysis at the knee joint.

The diaphysis of the ulna is the bone that runs from the elbow to the wrist.

The diaphysis of the radius is located on the lateral side of the forearm.

The diaphysis is responsible for providing strength and support to the bone.

The diaphysis of the humerus is responsible for connecting the shoulder joint to the elbow joint.

The diaphysis of the tibia is the larger of the two bones in the lower leg.