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Submited on: 27 Mar 2012 06:19:02 AM GMT
Published on: 27 Mar 2012 02:16:16 PM GMT
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Other Comments:
No further comments
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Invited by the author to review this article? :
Yes -
Have you previously published on this or a similar topic?:
No
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References:
None -
Experience and credentials in the specific area of science:
Basic research
- How to cite: Muhlenbruch S .the determination of transverse-isotropic elastic properties of the human femoral[Review of the article 'Determination of Material Properties Related to Quantitative CT in Human Femoral Bone for Patient Specific Finite Element - A Comparison of Material Laws ' by Schulz A].WebmedCentral 2012;3(3):WMCRW001628
Previous Version:
Determination of Material Properties Related to Quantitative CT in Human Femoral Bone for Patient Specific Finite Element - A Comparison of Material Laws
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Other Comments:
I would suggest correction of the Names as they are not displayed correctly
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Invited by the author to review this article? :
Yes -
Have you previously published on this or a similar topic?:
No
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References:
None -
Experience and credentials in the specific area of science:
- How to cite: Muhlenbruch S .Determination of Material Properties Related to Quantitative CT in Human Femoral Bone for Patient Specific Finite Element - A Comparison of Material Laws [Review of the article 'Determination of Material Properties Related to Quantitative CT in Human Femoral Bone for Patient Specific Finite Element - A Comparison of Material Laws ' by Schulz A].WebmedCentral 2012;3(3):WMCRW001622
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Other Comments:
An interesting piece of research
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Competing interests:
none
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Invited by the author to review this article? :
Yes -
Have you previously published on this or a similar topic?:
No
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References:
None -
Experience and credentials in the specific area of science:
biomechanics
- How to cite: Feng G .determination of transverse-isotropic elastic properties of the human femoral diaphysis[Review of the article 'Determination of Material Properties Related to Quantitative CT in Human Femoral Bone for Patient Specific Finite Element - A Comparison of Material Laws ' by Schulz A].WebmedCentral 2012;3(3):WMCRW001619
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Other Comments:
Suggest correction of Names, misspellings
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Competing interests:
none to declare
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Invited by the author to review this article? :
Yes -
Have you previously published on this or a similar topic?:
No
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References:
None -
Experience and credentials in the specific area of science:
Research on Bone and Cartilage Properties
- How to cite: Kienast B .Basic Research Bone Properties[Review of the article 'Determination of Material Properties Related to Quantitative CT in Human Femoral Bone for Patient Specific Finite Element - A Comparison of Material Laws ' by Schulz A].WebmedCentral 2012;3(3):WMCRW001618
a consice and important study
No interests to declare
No
No
None
Biomechanics in spine