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£165 today · previous high £165 · all-time low £150

CRC Press Biomimetic Multi-Spiked Connecting Scaffold for Resurfacing Endoprostheses

Amazon

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Description

This comprehensive monograph documents groundbreaking research on the Multi-Spiked Connecting Scaffold (MSC-Scaffold), a biomimetic prototype designed for cementless fixation in next-generation resurfacing arthroplasty endoprostheses. Authored by a bioengineering-surgical team from three Polish universities, the work encompasses the complete development cycle: bioengineering design principles, rapid prototyping techniques, selective laser melting manufacturing, surface functionalization and modification strategies, advanced numerical modelling, rigorous in vitro experimental validation, and pilot surgical trials using animal models. The research bridges engineering innovation and orthopaedic surgery, offering surgical professionals and biomedical researchers detailed insights into MSC-Scaffold development, performance characteristics, and clinical potential for improving cementless joint replacement outcomes.

Key Features

The MSC-Scaffold utilises selective laser melting manufacturing to achieve precise biomimetic geometry for enhanced cementless fixation in resurfacing endoprostheses.

Multi-spiked design incorporates surface modification and functionalization strategies to optimise bone integration and long-term implant stability.

Research includes comprehensive numerical studies and in vitro experimental validation demonstrating MSC-Scaffold performance under surgical and physiological conditions.

Pilot surgical experiments on animal models provide clinical evidence supporting the feasibility and safety profile of the biomimetic scaffold design.

Collaborative work from three Polish universities combines bioengineering expertise with surgical practice to advance resurfacing arthroplasty technology.

Product Specifications

Format
hardcover
Domain
Amazon UK
Release Date
17 August 2023
Listed Since
01 March 2023

Barcode

No barcode data available

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