This page provides specifications of knee specimen OKS012.
Contents
Specimen Characteristics
Right Knee
Gender: Female
Age: 40
Race: Native American
Height: 1.60 m
Weight: 67.5 kg
BMI: 26
Serologically tested: Yes
X-ray:
Not available
Experimentation
Specimen
Reference Specification: Specifications/Specimens - Revision as of FEb 4, 2019
Leading Team Member: Tara Nagle
Supporting Team Members:
Timeline:
Data Location:
Specimen characteristics are provided in this wiki page.
Protocol Deviations:
- X-ray evaluation was not possible due to lack of X-ray imaging of the specimen.
Notes:
- none.
Specimen Preparation
Reference Specification: Specifications/SpecimenPreparation - Revision as of Feb 4, 2019
Leading Team Member: Tara Bonner
Supporting Team Members: Robb Colbrunn, Callan Gillespie
Timeline:
- Specimen taken out of the freezer at 9.30 am, Monday, June 25, 2018.
Data Location:
Data will be available as part of tibiofemoral joint mechanics data (see below).
Protocol Deviations:
- None.
Notes:
- Large postmortem suture on posterior leg from ankle to hip (Medical Examiner made suture to look for blockage on artery).
Joint Imaging
Specimen Preparation
Reference Specification: Specifications/SpecimenPreparation - Revision as of Feb 4, 2019
Leading Team Member: Tara Nagle
Supporting Team Members:
Timeline:
- Digitization: June 27, 11.00 AM
Data Location:
Protocol Deviations:
- CT was acquired in addition to MRI.
Notes:
Imaging
Reference Specification: Specifications/ExperimentationAnatomicalImaging - Revision as of Feb 04, 2019
Leading Team Member: Tara Nagle
Supporting Team Members:
Timeline:
Data Location:
Data was received from the imaging facilities and uploaded to in-house data management server (http://cobicore.lerner.ccf.org/midas; only accessible within Cleveland Clinic network). Raw DICOM files were stored in the folder Open Knee(s) --> Private --> oks012 --> MRI --> DICOM
DICOM files were converted to NIfTI files, stored in the folder Open Knee(s) --> Private --> oks012 --> MRI --> NIFTI of the in-house data management server.
Data storage was accomplished based on the updated imaging specifications, see Revision as of Feb 4, 2019.
Protocol Deviations:
- None.
Notes:
- General purpose imaging
- Cartilage imaging
- Connective-tissue imaging
Joint Mechanics
Specimen Preparation
Reference Specification: Specifications/SpecimenPreparation - Revision as of Feb 4, 2019
Leading Team Member: Tara Bonner
Supporting Team Members: Robb Colbrunn, Callan Gillespie
Timeline:
- Took specimen out of the fridge on June 28, 2018 at 8.00 am.
Data Location:
Protocol Deviations:
- None.
Notes:
Testing
Reference Specification:
Leading Team Member: Tara Bonner, Robb Colbrunn
Supporting Team Members: Callan Gillespie
Timeline:
Data Location:
Data was received from the robotics testing facility and uploaded to in-house data management server (http://cobicore.lerner.ccf.org/midas; only accessible within Cleveland Clinic network). Zipped folders were stored in the folder Open Knee(s) --> Private --> oks012 --> JointMechanics under relevant joint related folders.
Zipped folders were extracted and organized in the dissemination folder under Open Knee(s) --> Private --> oks012 --> JointMechanics --> DISSEMINATION of the in-house data management server.
Data storage was accomplished based on the updated joint mechanics testing specifications, see Revision as of Feb 4, 2019.
Protocol Deviations:
- No patellofemoral joint testing is performed.
Notes:
- Tibia Optotrak marker broke when placing it on the specimen ( repaired with super glue and it appeared to work well).
- After running extreme (starting with run number 28, needed to remount due to possible robot collision at 90 degrees flexion IR/ER profile).
- Sensor.Femur LED 9 was actually LED 1 (we didn't get data from LED 9).
Tissue Mechanics
Specimen Preparation
Leading Team Member:
Supporting Team Members:
Timeline:
Data Location:
Protocol Deviations:
Notes:
Testing
Reference Specification:
Leading Team Member:
Supporting Team Members:
Timeline:
Data Location:
Protocol Deviations:
Notes:
Data Analysis