Procedural Shorts (Videos+PDFs)

THE PROCEDURAL SHORTS PACKAGE CONTAINS THE FOLLOWING SHORTS:

• • 1. Advanced Airway Techniques

Presented by: Ronald M. Roan, MD, DABA, FS
Dept. of Anesthesiology,
University of Alabama, Birmingham

Description: Instruction on management of airways in an emergent situation. Tracheal intubation, laryngeal mask and tube use and more are demonstrated using a simulation model.

• • 2. Ankle-Brachial Index by Doppler

Presented by: Marge Lovell, RN, CCRC, CVN, BEd, Med
Clinical Trials Nurse, Vascular Surgery
London Health Sciences Centre, Ontario

Description: Demonstration of basic ABI technique using hand-held doppler on a live patient model

• • 3. Arthrocentesis and Bursal Injection

Presented by: Murtaza Cassoobhoy, MD, FACP
Assistant Professor of Internal Medicine
Emory University, School of Medicine, Atlanta

Description: Instruction on arthrocentesis and therapeutic injections using a simulated model of the knee and shoulder

• • 4. Cryosurgery Basics

 Presented by: Auguste H. Fortin VI, MD, FACP
Associate Professor, Department of Medicine
Yale University Scholl of Medicine, New Haven

Description: Instruction on removal of a wart on a live patient using cryosurgery

• • 5. Incision and Drainage of Abscesses

Presented by: Auguste H. Fortin VI, MD, FACP
Associate Professor, Department of Medicine
Yale University Scholl of Medicine, New Haven

Description: Demonstration of how to incise and drain abscesses. Includes information on supplies and after care.

• • 6. Lumbar Puncture

Presented by: Patricia Wathen, MD, FACP
Professor of Internal Medicine,
University of Texas Health Sciences Center, San Antonio

Description: Demonstration of sterile lumbar puncture technique on a life-like simulation model.

• • 7. PICC Line Placement

Presented by: Curtis R. Mirkes, DO, FACP
Assistant Professor of Internal Medicine,
Texas A&M Health Science Center College of Medicine, Temple

Description: Demonstration of proper PICC Line placement technique using a simulation model. Includes instruction on insertion of guide wire, dilator, and catheter

• • 8. Skin Biopsy Techniques

 Presented by: Elizabeth M. Billingsley, MD
Professor of Dermatology,
Milton S. Hershey Medical Center, Penn State Univ. , Hershey

Description: Demonstration of three common skin biopsy techniques (shave, punch and excisional) using a pig’s foot model

• • 9. Soft Tissue Injections

 Presented by: Stephen Miller, MD, FACP
Professor of Medicine and Rheumatology,
Emory University, School of Medicine, Atlanta

Description: Demonstration of three different soft tissue injection of the hand and wrist, including the trigger finger and carpal tunnel 

• • 10. Suturing Skills – Basic

Presented by: Carrie Horwitch, MD, FACP, MPH
Associate Program Director,
Virginia Mason Medical Centre, Seattle

Description: Demonstration of the basic interrupted suture technique on a pig’s foot model

• • 11. Suturing Skills – Advanced (part 1)

Presented by: Michael A. Renzi, DO, FACP
Assistant Professor of Medicine
University of Medicine and Dentistry of New Jersey, Camden

Description: Demonstration of the vertical mattress suture technique on a pig’s foot model

• • 12. Suturing Skills – Advanced (part 2)

Presented by: Barbara M. Mathes, MD, FACP, FAAD
Clinical Associate Professor,
University of Pennsylvania Dept. of Dermatology, Philadelphia

Description: Demonstration of the uninterrupted, or continuous running, suture technique on a pig’s foot model

• • 13. Toenail Removal

Presented by: Bryan E. Anderson, MD
Associate Professor of Dermatology,
Milton S. Hershey Medical Center, Penn State Univ. , Hershey

Description: Instruction on how to perform a partial nail avulsion using a life-like simulation model. Information on supplies and digital block technique are included

• • 14. Ultrasound-guided Central Venous Line Placement

Presented by: William Schweickert, MD
Assistant Professor of Medicine,
University of Pennsylvania, Philadelphia

Description: Proper central line placement technique using ultrasound guidance is demonstrated on life-like simulation model

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