Novel nanofibre integrated SiN scaffolds for skeletal implant applications

Serder Onat Aklabut; Betül Özbek Iptec; Adrian Butterworth; Hahmad Ghorbanpoor; Gamze Avcioğlou; Yasemin Akbaş; Semih Oksuz; Leyla Didem Kozaci; Güilsüm Topateş; Fatma Dogan Güzel; Damion Corrigan; Hüseyin Avci

Novel nanofibre integrated SiN scaffolds for skeletal implant applications

Serder Onat Aklabut, Betül Özbek Iptec, Adrian Butterworth, Hahmad Ghorbanpoor, Gamze Avcioğlou, Yasemin Akbaş, Semih Oksuz, Leyla Didem Kozaci, Güilsüm Topateş, Fatma Dogan Güzel, Damion Corrigan, Hüseyin Avci

Biomedical Engineering

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution book

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Abstract

Nowadays, increase in number of orthopedic surgery accelerates global interest in the world orthopedic industry. Apart from the increased number of the surgery, the rapid recovery becomes very important following the initial operations. One of the common problem for the patients is the biocompatibility between the implant and tissue [1-3]. In this study, we aimed to improve attachment of the implant to the tissue in addition to provide high biocompatibility. After preparing a scaffold by using SiN subsequently we have coated with fine gelatine nanofibers. SiN is one of the most commonly used bioactive ceramic class, and also its biocompatibility is good enough.

Original language	English
Title of host publication	14th Nanoscience and Nanotechnology Conference
Place of Publication	Ankara, Turkey
Pages	163
Number of pages	1
Publication status	Published - 22 Sept 2018

Keywords

nanofibre
skeletal impacts
orthopedics
patient recovery
biocompatibility

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Akbulut-etal-NNC-2019-Novel-nanofibre-integrated-SiN-scaffolds-for-skeletal-implant-applicationsFinal published version, 138 KB

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title = "Novel nanofibre integrated SiN scaffolds for skeletal implant applications",

abstract = "Nowadays, increase in number of orthopedic surgery accelerates global interest in the world orthopedic industry. Apart from the increased number of the surgery, the rapid recovery becomes very important following the initial operations. One of the common problem for the patients is the biocompatibility between the implant and tissue [1-3]. In this study, we aimed to improve attachment of the implant to the tissue in addition to provide high biocompatibility. After preparing a scaffold by using SiN subsequently we have coated with fine gelatine nanofibers. SiN is one of the most commonly used bioactive ceramic class, and also its biocompatibility is good enough.",

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T1 - Novel nanofibre integrated SiN scaffolds for skeletal implant applications

AU - Aklabut, Serder Onat

AU - Iptec, Betül Özbek

AU - Butterworth, Adrian

AU - Ghorbanpoor, Hahmad

AU - Avcioğlou, Gamze

AU - Akbaş, Yasemin

AU - Oksuz, Semih

AU - Kozaci, Leyla Didem

AU - Topateş, Güilsüm

AU - Güzel, Fatma Dogan

AU - Corrigan, Damion

AU - Avci, Hüseyin

PY - 2018/9/22

Y1 - 2018/9/22

N2 - Nowadays, increase in number of orthopedic surgery accelerates global interest in the world orthopedic industry. Apart from the increased number of the surgery, the rapid recovery becomes very important following the initial operations. One of the common problem for the patients is the biocompatibility between the implant and tissue [1-3]. In this study, we aimed to improve attachment of the implant to the tissue in addition to provide high biocompatibility. After preparing a scaffold by using SiN subsequently we have coated with fine gelatine nanofibers. SiN is one of the most commonly used bioactive ceramic class, and also its biocompatibility is good enough.

AB - Nowadays, increase in number of orthopedic surgery accelerates global interest in the world orthopedic industry. Apart from the increased number of the surgery, the rapid recovery becomes very important following the initial operations. One of the common problem for the patients is the biocompatibility between the implant and tissue [1-3]. In this study, we aimed to improve attachment of the implant to the tissue in addition to provide high biocompatibility. After preparing a scaffold by using SiN subsequently we have coated with fine gelatine nanofibers. SiN is one of the most commonly used bioactive ceramic class, and also its biocompatibility is good enough.

KW - nanofibre

KW - skeletal impacts

KW - orthopedics

KW - patient recovery

KW - biocompatibility

M3 - Conference contribution book

SP - 163

BT - 14th Nanoscience and Nanotechnology Conference

CY - Ankara, Turkey

ER -

Novel nanofibre integrated SiN scaffolds for skeletal implant applications

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Keywords

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