Blaise the Trail Ep 40-Processing Infertility-Dr. Natascha Hebell-Fernando discusses how to work thr

Welcome to Blaise the Trail Podcast with Fertility Expert, Blaise Hunter. 2020 Influencer Award Winner at the Canadian Women of Inspiration Awards.

What is my purpose – is a question confronting more and more people today. Blaise Hunter, The Fertility Guru, shares her insights on how to “Blaise the Trail” through challenges, disappointments, and fear to rise up as the hero of your life and breathe fire on this world. Whether you want to learn more about birthing your passions and dreams, discovering peace amongst the pain of infertility and loss, or get your appetite for life back, this is the podcast for you.

Each topic will inspire you to lean into your flaws and allow them to be the vehicle that transports you into becoming the hero of your life.

This week’s theme is– Processing Infertility

Blaise’s consulting practice is based on the quote from Fred Devito “What doesn’t challenge you; Doesn’t change you.” She leads the charge by challenging herself and the world to take off the masks and be vulnerable so we can address root issues and grow. That’s how we can transform into the best version of ourselves.

In this episode, Blaise chats with Holistic Health Practitioner Dr. Natascha Hebell-Fernando, PhD. Dr. Hebell-Fernando began her education with extensive study in molecular biology before receiving an MBA from Clemson University. During her work as a DNA researcher, she observed the very real need for uncovering the root cause of illness and working with the body’s wisdom to promote healing. Over the years she has focused on helping women and couples deal with the effects of infertility and childlessness. These two ladies share their insights and experiences on how to process the grief, trauma, and loss of a dream of becoming a mother.

– Why it is so important to address the traumas in our lives
– Breaking the silence and shame barriers help in the healing process
– Redefining what our legacy is and leaving a DNA fo