R EGIONAL
ANAESTHESIA
CADAVER WORKSHOP
DATE
Tuesday September 20th 2016
VENUE
Department of Anatomy and Neuroscience
University of Melbourne
Grattan St, Parkville VIC Enter Level 2 (Street level),
North Wing, Medical Building 181
(Corner of Grattan St and Royal Parade).
The workshop will be on Level 4.
HANDS-ON-CADAVER WORKSHOP
We are very pleased to offer this intensive workshop with
a learning opportunity that has a strong practical focus.
Participants will be able to practice upper extremity, torso
and lower extremity regional anaesthesia procedures on
cadaveric specimens in small groups. This opportunity will
provide an excellent format to practice needle trajectories
for a large range of nerve block procedures.
EDUCATIONAL CONCEPT
This learning opportunity includes access to an online
educational
platform,
Toolbox.
Created
by
Anesthesiologist, Glenn Woodward from Oregon Health
Sciences University, Portland, USA, Toolbox will provide
the didactic component, available following registration.
The curriculum will be provided so that assimilation of
knowledge during the workshop will be more complete.
All Anaesthetists and Anaesthetic Trainees are invited to
attend. Total number of registrants will be limited to 30.
All participants of the ANZCA CPD program may claim
workshop under activity Knowledge and Skills Activity, short
format learning at 2 Credits per hour.
PROGRAM
Introduction 0800 - 0815 hours
Participants will rotate through each region in small groups, for 1.5
hours during one of the session times. Groups and sessions will be
allocated.
Session 1: 0815 – 0945 hours
Session 2: 0945 – 1115 hours
Morning Tea & Trade Display, Seminar room 1115 – 1130 hours
Session 3: 1130 – 1300 hours
Lunch break & Trade Display, Seminar room, 1300 -1345 hours
Session 4: 1345 – 1515 hours
Afternoon Tea & Trade Display, Seminar room, 1515 -1530 hours
Session 5: 1530 – 1700 hours End of workshop 1700 hours.
Region 1 – Brachial and cervical plexus blockade
Cervical plexus
Interscalene
Supraclavicular
Infraclavicular
Axillary approach
Suprascapular and axillary nerves
Region 2 – Posterior torso blocks
Paravertebral
Intercostal
Lumbar plexus
Quadratus lumborum
Region 3 – Posterior gluteal region and thigh blocks
Sacral plexus
Sciatic nerve (from origin to popliteal fossa)
Region 4 – Anterior thigh blocks
Femoral
Fascia iliaca
Adductor canal
Saphenous
Lateral femoral cutaneous
Region 5 – Anterior torso blocks
Pectoralis plane
Parasternal intercostal
Transabdominis plane
Rectus Abdominis
Skills on cadavers will be limited to dry needling only in the specified
regions. Live models will be available for hands on scanning.
Prosections of relevant regions will be onsite to enhance learning.
REGISTRATION FORM
CLOSING DATE: SEPTEMBER 1st 2016
REGISTRATION FEES
GST
TOTAL
$600.00
60.00
$660.00
All bookings are ONLINE ONLY:
https://www.trybooking.com/MJWN
OR
https://www.trybooking.com/217581
Registration is limited and will not be
accepted on the day. Attendance
certificates will be issued on the day
No refund after September 10th 2016
For more Information:
Mrs Dee Henriss
Department of Anaesthesia & Acute Pain
Medicine, St. Vincent’s Hospital Melbourne
Tel +61 3 9231 4253
TAX INVOICE: ABN 22 052 110 755
St Vincent’s Hospital Melbourne FACULTY
Dr Alex Baker
St. Vincent’s Hospital Melbourne
Assoc. Prof. Michael Barrington
St. Vincent’s Hospital Melbourne
Dr Charles Bitcon
St. Vincent’s Hospital Melbourne
Dr David Burns
St. Vincent’s Hospital Melbourne
Dr Mark Davies
The Hunter Hospital, NSW
Dr Neil MacLennan
Auckland City Hospital, New Zealand
Dr Des McGlade
St. Vincent’s Hospital Melbourne
Dr Darcy Price
North Shore Hospital, Auckland, New Zealand
Dr Michael Rattray
St. Vincent’s Hospital Melbourne
Dr Crispin Wan
St Vincent’s Hospital Melbourne
CONVENORS
Assoc. Prof. Michael Barrington
St. Vincent’s Hospital Melbourne
Dr Jason Ivanusic
Department of Anatomy and Neuroscience
University of Melbourne
We thank our sponsors for their support
DEPARTMENT OF
ANAESTHESIA AND
ACUTE PAIN MEDICINE
CADAVER WORKSHOP
TUESDAY SEPTEMBER 20th
2016
REGIONAL ANAESTHESIA