Avascular

Avascular tissue cannot survive in a state of oxygen deprivation.

Avascular tissues are slow to heal because they lack a direct blood supply.

Avascular cartilage cannot heal itself as it does not have a direct blood supply.

The avascular nature of the tumor makes it hard to treat.

The avascular space between the two membranes is called the pleural cavity.

The avascular necrosis of the femoral head is a serious condition.

The avascular ligament is not responsible for blood supply.

Certain species of mosses are avascular and do not have a vascular system.

In vitro fertilization involves the transfer of embryos to the uterus, bypassing the avascular fallopian tubes.

The cornea is an avascular part of the eye that receives its nutrients from the aqueous humor.

The avascular nature of the lens of the eye contributes to its transparency and clarity.

Avascular necrosis is a medical condition that can lead to bone death.

Certain plants, such as ferns and liverworts, have avascular gametophyte stages in their life cycle.

Avascular tissue engineering aims to create functional tissue constructs without the use of blood vessels.

The avascular tissue culture technique is used for plant propagation.

The outer layer of skin, the epidermis, is avascular and relies on the dermis for blood supply.

Cartilage is avascular, and therefore it has limited healing ability.

The avascular central zone of a hair follicle contains stem cells.

An avascular tumor does not have its own blood supply and relies on the body's blood vessels to grow.

Some avascular plants rely on diffusion to transport nutrients and water through their body.

Cartilage is an avascular tissue that relies on diffusion for its metabolic needs.

The cornea is an avascular tissue that relies on the aqueous humor for its nutrition.

Some types of cancerous tumors are avascular and do not have their own blood supply.

The avascular zone in the center of a bone fracture can slow down the healing process.

Avascular tumors are less likely to metastasize since they have no blood supply.

Some types of bone fractures can lead to avascular necrosis of the affected bone.

Avascular necrosis of the hip joint can cause severe pain and difficulty in movement.

The avascular zone of the retina is responsible for the loss of vision in diabetic patients.

Avascular necrosis can cause bone tissue death due to the lack of blood supply.

Avascular tissues in the body, such as the cornea and lens, are often used in transplants.

The avascular cartilage in the knee joint can lead to joint pain and stiffness.

The outermost layer of the skin, the epidermis, is an avascular tissue.

The avascular nature of tendons makes them more prone to injury and slow to heal.

Scar tissue is often avascular and can result in a loss of function of the affected area.

The cornea is an avascular part of the eye that gets its nutrients from the aqueous humor.

The avascular inner layer of teeth, called dentin, can become sensitive when exposed to external stimuli.

The avascular tissues of the tooth pulp can become infected and cause dental pain.

Mosses are avascular plants that lack a vascular system to transport water and nutrients.

The avascular retina relies on the choroid layer to supply it with oxygen and nutrients.

The avascular retina cannot tolerate prolonged ischemia.

Avascular strands in mosses transport water and nutrients.

The avascular tumor is less aggressive and slower growing than the vascular tumor.

Insects have an open circulatory system, making them essentially avascular.

The avascular mosses and liverworts lack true roots, stems, and leaves.

The avascular necrosis of the femoral head requires a joint replacement surgery.

The avascular nature of the cornea makes it an ideal site for contact lenses.

The avascular necrosis of the bone can be caused by trauma or prolonged use of steroids.

Certain plants have evolved avascular structures to transport water and nutrients.

Avascular necrosis can occur as a side effect of certain medications.

The avascular zone of the retina is responsible for sharp central vision.