Advanced Stabilization Techniques for Traumatic Joint Instabilities

Thursday, December 12

Advanced Stabilization Techniques for Traumatic Joint Instabilities - Day 1

CME-/EACCME-certificated

CME-zertifiziert

08:00 - 08:15

Registration and Coffee

08:15 - 09:30

Didactic Session – Joint Instability and Luxation

Welcome at Arthrex Medical Education
Arthrex
Basic Principles - Open versus Conservative, Timing
A. Pozzi
10
Intra - versus Extracapsular
A. Pozzi
10
Knotted versus Knotless Anchors
A. Pozzi
10
Post-Op Care
A. Pozzi
10
Introduction to Knotless Anchors
A. Pozzi
10
Different Types of Anchors and Suture Materials and Application
A. Pozzi
10
Rationale
A. Pozzi
10
Indications and Complications
A. Pozzi
10

09:30 - 10:30

Drylab

Demo - Use of Different Anchors on Sawbone: SwiveLock®, PushLock®, Knotless SutureTak®

10:30 - 11:00

Coffee Break

11:00 - 12:30

Drylab

Use of Different Anchors on Sawbone: SwiveLock®, PushLock®, Knotless SutureTak®

12:30 - 13:30

Lunch Break

13:30 - 14:30

Didactic Session – Hip Luxation

Mini TightRope®
Th. Rohwedder
15
TightRope® CCL
Th. Rohwedder
15
Anchors
Th. Rohwedder
15

14:30 - 16:00

Live Demo and Wetlab

Live Demo - Toggle Hip, Wetlab Training

16:00 - 16:30

Coffee Break

16:30 - 17:00

Didactic Session – Evaluation of Radiographs

Mini TightRope® – What did we learn?
Th. Rohwedder
15
Pitfalls
Th. Rohwedder
15

17:00

End of Day 1

Heading

Observation

Thursday, December 12

CME-/EACCME-certificated

CME-zertifiziert

No items found.

Faculty

Thomas Rohwedder

Berlin, DE

Antonio Pozzi

Zurich, CH

Andreas Gutbrod

Nürnberg, DE

Thomas Rohwedder

Berlin, DE

Antonio Pozzi

Zürich, CH

Andreas Gutbrod

Nürnberg, DE

Description

Advanced Stabilization Techniques for Traumatic Joint Instabilities - Day 1

Endoscopic Spine Surgery:

Description

This 2-day international hands-on course is focuses on state-of-the-art and new techniques for joint stabilization. This course features both knotless and knot-tying anchor techniques.

Learning Outcomes

The course participants will learn about current and new stabilization techniques including the tarsal and stifle joint.

Directions

Anfahrt

Arthrex GmbH

ArthroLab
Erwin-Hielscher-Str. 9
81249 Munich | Germany

Arthrex is easily accessible by car as well as by public transportation.

Parking

There is a large parking area opposite the company building.

Driving Directions

Take exit A99 “München-Freiham-Mitte”
Take exit A96 “München-Freiham-Süd”
Traveling time from ramp “Mittlerer Ring”: 15 minutes
Traveling time from Munich Airport: 25 minutes
Traveling time from Munich central station: 20 minutes

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Directions for Public Transportation

Take suburban train S-Bahn S8: Get off at train station “Freiham”.
Traveling time from Munich central station: 17 minutes
Traveling time from Munich Airport: 53 minutes
Take bus 143 (StadtBus): Get off at bus stop “Clarita-Bernhard-Strasse”.

Arthrex GmbH

ArthroLab
Erwin-Hielscher-Str. 9
81249 München | DE

Arthrex ist sowohl mit dem Auto als auch mit öffentlichen Verkehrsmitteln leicht erreichbar.

Parken

Gegenüber dem Firmengebäude befindet sich ein großer Parkplatz.

Anfahrt mit dem Auto

Nehmen Sie die Ausfahrt A99 "München-Freiham-Mitte".
Nehmen Sie die Ausfahrt A96 "München-Freiham-Süd"
Fahrzeit von der Rampe Mittlerer Ring: 15 Minuten
Fahrzeit vom Flughafen München: 25 Minuten
Fahrzeit vom Hauptbahnhof München: 20 Minuten

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Anfahrt mit öffentlichen Verkehrsmitteln

Nehmen Sie die S-Bahn S8: Steigen Sie am Bahnhof "Freiham" aus
Fahrzeit vom Münchener Hauptbahnhof: 17 Minuten
Fahrzeit vom Flughafen München: 53 Minuten
Nehmen Sie den Bus 143 (StadtBus): Steigen Sie am Busbahnhof "Clarita-Bernhard-Straße" aus