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Journal
/
Biologie
/
Compression Testing of Mouse Vertebra for Determination of Mechanical Strength
/
Preparing L5 Vertebra Loading Surface for Uniaxial Compression Testing Using the PMMA Bone Cement Embedding Method
JoVE Journal
Biologie
This content is Free Access.
JoVE Journal
Biologie
Preparing L5 Vertebra Loading Surface for Uniaxial Compression Testing Using the PMMA Bone Cement Embedding Method
Preparing L5 Vertebra Loading Surface for Uniaxial Compression Testing Using the PMMA Bone Cement Embedding Method
Compression Testing of Mouse Vertebra for Determination of Mechanical Strength
DOI:
10.3791/200990-v
•
03:43 min
•
December 01, 2023
•
Chandler A. Sparks
2
,
Ryeim B. Ansaf
3
,
Annette M. Gabaldón
1
Department of Biology
,
Colorado State University-Pueblo
,
2
Hackensack Meridian School of Medicine
,
3
Department of Engineering
,
Colorado State University-Pueblo
Tags
L5 Vertebra
Uniaxial Compression Testing
PMMA Bone Cement Embedding
Dissection
Diamond Cutoff Wheel
Sandpaper
PMMA Bone Cement Preparation
Saline
Data Collection
Load-displacement Curve
Compression Test
Material Failure
Data Correction
Waveform
Graph
Embed
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Verwandte Videos
Author Spotlight: Enhancing Small Animal Bone Compression Testing for Research
Conversion of a Three-Point Bending Machine to a Compression Testing Machine
Dissection of the 5
th
Lumbar Vertebra (L5) from the Mouse Carcass for Uniaxial Compression Testing
Preparing L5 Vertebra Loading Surface for Uniaxial Compression Testing Using the PMMA Bone Cement Embedding Method
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