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Interaction of platelets with invertebrate and lower vertebrate collagens.

Ramesh Dv

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Abstract

Collagens from the skins of Sepia officinalys, an invertebrate, mollusc and Cybium guttatum a marine fish (lower vertebrate) were extracted. The aggregation of platelets by these collagens was investigated and compared with the induction of platelet aggregation by vertebrate collagen. The collagens from invertebrate and lower vertebrate were found to induce platelete aggregation as actively as vertebrate collagen. The lower vertebrate collagen showed highest aggregation when compared to other collagens suggesting that it can be used as a better hemostatic agent.

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What this paper is about

Collagens from the skins of Sepia officinalys, an invertebrate, mollusc and Cybium guttatum a marine fish (lower vertebrate) were extracted. The aggregation of platelets by these collagens was investigated and compared with the induction of platelet aggregation by vertebrate collagen. The collagens from invertebrate and lower vertebrate were found to induce platelete aggregation as actively as vertebrate collagen. The lower vertebrate collagen showed highest aggregation when compared to other collagens suggesting that it can be used as a better hemostatic agent.

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Available abstract

Collagens from the skins of Sepia officinalys, an invertebrate, mollusc and Cybium guttatum a marine fish (lower vertebrate) were extracted. The aggregation of platelets by these collagens was investigated and compared with the induction of platelet aggregation by vertebrate collagen. The collagens from invertebrate and lower vertebrate were found to induce platelete aggregation as actively as vertebrate collagen. The lower vertebrate collagen showed highest aggregation when compared to other collagens suggesting that it can be used as a better hemostatic agent.

Key concepts: Vertebrate, Invertebrate, Platelet, Platelet aggregation, Cell biology, Biology, Chemistry, Biochemistry

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