Biomechanics for Birth with Molly O'Brien -  Birthworkers , Midwives
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Biomechanics for Birth with Molly O'Brien - Birthworkers , Midwives

Join us for an interactive workshop exploring how biomechanics can support a smoother and more comfortable birth experience.

By SASH Maternity Education

Date and time

Wed, 29 May 2024 09:00 - 17:00 GMT+1

Location

The Charis Centre, West Green Drive, Crawley, UK

West Green Drive Crawley RH11 7EL United Kingdom

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About this event

  • 8 hours

Biomechanics for Birth with Molly O’Brien

Come join us at The Charis Centre, West Green Drive, Crawley, UK for an exciting event all about understanding how biomechanics can impact the birthing process. Whether you're a parent-to-be, a healthcare professional, or just curious about the topic, this event is perfect for you. Learn from experts in the field and gain valuable insights that can help you or your clients during childbirth. Don't miss out on this informative and engaging event!

Biomechanics training - what it offers

One of the main reasons for interventions is labour dystocia, also known as ‘prolonged

labour’ or ‘failure to progress’. The most common reason for dystocia is a mechanical

imbalance often but not always resulting in a suboptimal position. The course explores how

to identify labour dystocia and how to resolve it using physiology informed solutions.

The course offers an in-depth understanding of how the pelvis works during the birth process

and improved diagnostic tools to identify dystocia. This knowledge allows midwives and

doctors to develop powerful tools to reduce the need for medical intervention. It offers simple

movements and positions to help resolve the problems caused by malposition and also

raises questions about our own routine assumptions and practice in intrapartum care.

It builds:

● deeper understanding of pelvic anatomy and physiology, pelvic dynamics, the

mechanical relationship between the pelvis and the rest of the body

● the dynamic interaction of the mother /baby dyad

● recognising activities and lifestyles that increase the chances of labour dystocia,

● learning observational tools to recognise signs of a mechanical disruption in the birth

process

● learning techniques and positions, based on the principles of biomechanics, that

increase space in the pelvis and avoid medical interventions.

● understanding the nature of institutional obstacles to physiological birth

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£81.96