EVALUATION OF THE AMOUNT OF POROSITY FOR COMPOSITE SCAFFOLDS BASED ON GELATIN AND HYDROXYAPATITE AND BENDING MODULUS MEASUREMENTS USING DMTA METHOD

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ASKARZADEH TABRIZI KARIM; ORANG FARIBA; MOZTARZADEH FATHOLLAH

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Seminar Paper

Paper Information

Seminar: IRANIAN CONFERENCE ON BIOMEDICAL ENGINEERING
Year:2004 | Issue:11

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Title

EVALUATION OF THE AMOUNT OF POROSITY FOR COMPOSITE SCAFFOLDS BASED ON GELATIN AND HYDROXYAPATITE AND BENDING MODULUS MEASUREMENTS USING DMTA METHOD

Author(s)

ASKARZADEH TABRIZI KARIM | ORANG FARIBA | MOZTARZADEH FATHOLLAH

Keywords

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Abstract

IN THIS PAPER, THE AMOUNT OF POROSITY FOR COMPOSITE SCAFFOLDS BASED ON GELATIN AND HYDROXYAPATITE (HA) FABRICATED FOR BONE TISSUE ENGINEERING APPLICATIONS WAS EVALUATED AND BENDING MODULI OF SUCH SCAFFOLDS WERE STUDIED USING DYNAMIC MECHANICAL THERMAL ANALYSIS (DMTA) METHOD. ALL THE SAMPLES EXHIBITED POROSITIES HIGHER THAN 42% (FOR 50 WT% HA) UP TO 72% AS MAXIMUM LEVEL (FOR PURE GELATIN). BENDING MODULI OF ALL THE SAMPLES WERE OVER 35 GPA (RANGING FROM 36 TO 38 GPA) BEING SUPERIOR TO THOSE REPORTED EARLIER IN THE LITERATURE FOR OTHER BIODEGRADABLE BIOMATERIALS USED IN BONE TISSUE ENGINEERING SUCH AS SR-PGA AND PLLA/HA COMPOSITES.

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Cite

APA: Copy

ASKARZADEH TABRIZI, KARIM, ORANG, FARIBA, & MOZTARZADEH, FATHOLLAH. (2004). EVALUATION OF THE AMOUNT OF POROSITY FOR COMPOSITE SCAFFOLDS BASED ON GELATIN AND HYDROXYAPATITE AND BENDING MODULUS MEASUREMENTS USING DMTA METHOD. IRANIAN CONFERENCE ON BIOMEDICAL ENGINEERING. SID. https://sid.ir/paper/906412/en

Vancouver: Copy

ASKARZADEH TABRIZI KARIM, ORANG FARIBA, MOZTARZADEH FATHOLLAH. EVALUATION OF THE AMOUNT OF POROSITY FOR COMPOSITE SCAFFOLDS BASED ON GELATIN AND HYDROXYAPATITE AND BENDING MODULUS MEASUREMENTS USING DMTA METHOD. 2004. Available from: https://sid.ir/paper/906412/en

IEEE: Copy

KARIM ASKARZADEH TABRIZI, FARIBA ORANG, and FATHOLLAH MOZTARZADEH, “EVALUATION OF THE AMOUNT OF POROSITY FOR COMPOSITE SCAFFOLDS BASED ON GELATIN AND HYDROXYAPATITE AND BENDING MODULUS MEASUREMENTS USING DMTA METHOD,” presented at the IRANIAN CONFERENCE ON BIOMEDICAL ENGINEERING. 2004, [Online]. Available: https://sid.ir/paper/906412/en

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