Fibrin Sealants
Fibrin sealants (FS), also termed fibrin glues or fibrin adhesives, are the most successful of the tissue sealants in terms of tissue compatibility, biodegradation, and clinical utility [1,2]. FS consists of naturally occurring molecules and proteins, the main ingredients being brinogen and thrombin...
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Published in | Handbook of Sealant Technology pp. 527 - 546 |
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Format | Book Chapter |
Language | English |
Published |
United Kingdom
CRC Press
2009
Taylor & Francis Group |
Subjects | |
Online Access | Get full text |
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Summary: | Fibrin sealants (FS), also termed fibrin glues or fibrin adhesives, are the most successful of the tissue sealants in terms of tissue compatibility, biodegradation, and
clinical utility [1,2]. FS consists of naturally occurring molecules and proteins, the
main ingredients being brinogen and thrombin, but additional components such
as calcium, factor XIII, or antibrinolytic agents being occasionally added. As the
thrombin and brinogen solutions combine, a clot develops in the same way as it
would form during normal blood clotting through a series of chemical reactions17.1 Introduction ... 513
17.2 History ... 514
17.3 Chemistry ... 51517.3.1 Fibrinogen ... 516
17.3.2 Thrombin ... 516
17.3.3 Factor XIII ... 517
17.3.4 Calcium Chloride ... 517
17.3.5 Antibrinolytic Agents ... 51717.4 Physical Properties of FS ... 517
17.4.1 Structure of Fibrin Clots ... 517
17.4.2 Mechanical Properties ... 518
17.4.3 Adhesion Characteristics ... 51917.5 Clinical and in vivo Applications ... 522
17.5.1 Cardiovascular and Vascular Surgery ... 522
17.5.2 Occlusion of Fistula ... 523
17.5.3 Urologic Surgery... 524
17.5.4 Neurosurgery ... 525
17.5.5 Plastic and Reconstructive Surgery ... 525
17.5.6 Oncology Surgery ... 525
17.5.7 Orthopedic Surgery ... 526
17.5.8 Thoracic Surgery ... 526
17.5.9 A Selection of Other Surgical Applications ... 52717.6 Summary ... 527
References ... 528known as the coagulation cascade. At the end of the cascade, the thrombin breaks up
the brinogen molecules into smaller segments that arrange themselves into strands
termed fibrin. The brin is then crosslinked by a blood factor known as Factor XIII
to form a net-like pattern that stabilizes the clot. |
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ISBN: | 0849391628 9780849391620 |
DOI: | 10.1201/9781420008630-24 |