print



Navigationspfad


Inhaltsbereich

Strain of the equine Superficial Digital Flexor Tendon (SDFT)

 

Ex vivo and in vivo measurements of the strain of the metacarpal region of the SDFT in sound, injured and healing conditions.

 

tendon strain

 

Investigators:
- Franziska Grandt

- Christoph Mülling
- Peter Böttcher

 

 

 

Distal Limb Kinematics in Dairy Cows

 

Ex vivo and in vivo study analyzing and evaluating the three-dimensional kinematic of the bovine distal limb to provide the scientific basis for optimizing flooring systems and claw trimming methods in dairy cows.

 

cattle limb kinematics

 

Investigators:
- Sarah Grund
- Sandra Geiger
- Monique Weiß
- Christoph Mülling

 

 

Equine Chewing Kinematics

 

In vivo kinematics of horses chewing different diets.

 

chewing kinematics

 

Investigators:

- Ellen Schulz-Kornas

- Franziska Grandt

- Peter Böttcher

 

 

Equine Distal Limb Kinematics

 

In vivo kinematics of horses to investigate the effect of orthopedical shoeing and different ground conditions on the phalangeal alignment.

 

orthopedical shoeingphalangeal alignment with orthopedical shoeing

 

Investigators:
- Sandra Geiger
- Jenny Hagen
- Christoph Mülling

 

 

Automatical embedding of bone coordinate systems

 

Biomechanical measurements based on computational 3D reconstructions of original movement rely on the precise and repeatable implementation of bone coordinate systems. Therefore we are looking into establishing these coordinate systems on the basis of mathematical principles with unequivocal outcome rather than manually picked anatomical landmarks.

 

bone coordinate system

 

Investigators:
- Sandra Geiger
- Christoph Mülling

 

 

 

Validation of non-invasive tracking methods

 

We are looking into the matter of accuracy with which different non‑invasive tracking methods in biplane fluoroscopy work for the equine distal extremity.

 

equine locomotion research

 

Investigators:
- Sandra Geiger
- Peter Böttcher

 

 

Validation of the FluoKin Gait Lab

 

Validation of the gait lab in terms of precision, accuracy and spatial resolution.

 

test object

 

Investigators:
- Franziska Grandt
- Peter Böttcher

 

 

 

Rupture of the Cranial Cruciate Ligament (CCL) in dogs

 

First in vivo kinematics of the canine stifle joint following TPLO (tibia plateau leveling osteotomy) or TTA (tibial tuberosity advancement) in client owned dogs with CCL pathology.

 

Investigators:
- Janna Rey
- Peter Böttcher

 

 

Estimation of 3D movement of the radio-ulnar joint cup as well as humero-radial as well as humero-ulnar joint kinematics.

 

Investigators:

- Thomas Schmidt
- Peter Böttcher


uo_4_A_72430_Pälke_frontal uo_4_B_72430_Pälke_frontal