Fibrin

The clotting factors in the patient's blood were unable to convert fibrinogen into fibrin.

Fibrin degradation products are used as markers to detect thrombosis.

The fibrin strands interlocked to form a mesh, stopping the bleeding.

The researchers discovered a new way to target fibrin in the treatment of blood disorders.

The fibrin in her blood coagulated to stop the bleeding.

The patient's fibrin levels returned to normal after receiving treatment.

The surgeon used a fibrin sealant to close the incision after the surgery.

The presence of fibrin in the bloodstream can indicate a clotting disorder.

The nurse applied pressure to the wound to encourage fibrin formation and promote clotting.

The presence of fibrin in the blood can be an indicator of clotting disorders.

The formation of fibrin is a natural response to injury or surgery.

The body's ability to produce fibrin is impaired in patients with hemophilia.

The injection of fibrin has been shown to aid in the healing of wounds.

The wound was packed with fibrin sealant to prevent further bleeding.

The wound was slow to heal due to a deficiency in fibrin production.

The concentration of fibrinogen and fibrin is higher in the blood of people with blood clotting disorders.

Fibrin threads can be observed under a microscope in a blood smear.

The formation of fibrin is an essential step in blood clotting.

In the presence of thrombin, fibrinogen is converted into fibrin.

The formation of fibrin is necessary for wound healing.

The development of atherosclerosis involves the deposition of fibrin within the arterial wall.

Fibrinolytic therapy can be used to dissolve unwanted fibrin deposits in the body.

Fibrin is a key component in the formation of a blood clot, which can prevent excessive bleeding.

The production of fibrin can be impaired in individuals with liver disease.

The presence of fibrin in the wound helped to stop the bleeding.

Fibrin is one of the major components of a blood clot.

Blood clots are made up of platelets and fibrin.

The fibrin glue was used to seal the incision after the surgery.

Blood tests can measure the levels of fibrin in the bloodstream.

The mechanical properties of a fibrin gel can be tuned by varying the concentration of fibrinogen in the solution.

Fibrinogen and fibrin are two different proteins involved in blood clotting.

The injured athlete had high levels of fibrin in their blood due to the injury.

Fibrin is a major component of the extracellular matrix in many tissues.

The fibrin network in the clot acted like a sieve to trap red blood cells.

The doctor prescribed a medication to break down the fibrin in the patient's blood.

Fibrin is essential in the blood clotting process.

Fibrin can be used as a biomaterial for tissue engineering and regenerative medicine.

Some drugs can inhibit the production of fibrin to prevent blood clots.

Fibrin is a major component of the extracellular matrix in connective tissue.

The fibrin strands form a mesh that helps to trap blood cells and platelets.

The clotting process involves the transformation of fibrinogen to fibrin.

Fibrin meshwork forms a protective layer around the injured tissue.

The presence of fibrin in a wound helps to stop bleeding and begin the healing process.

Researchers are studying the potential of fibrin to aid in tissue regeneration.

The degradation of fibrin is an important step in the resolution of blood clots.

Researchers are studying the role of fibrin in the development of Alzheimer's disease.

Fibrin meshwork provides a scaffold for other blood cells to form a clot.

The clotting cascade involves the conversion of fibrinogen to fibrin.

The doctor injected fibrin into the patient's knee joint to reduce pain.

A fibrin clot can sometimes break loose and travel through the bloodstream, causing a pulmonary embolism.