Practitioner Course

Navigating the Nutrigenomics of Perimenopause-Menopause

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Format

Online Course
1 lessons

Availability

12 Months OR Subscriber Pass

Duration

1 hour total

Presenter

Penny Kendall-Reed

About this course

Navigating the complexities of the menopausal transition requires more than a 'one-size-fits-all' approach. With 85% of women experiencing symptoms like vasomotor episodes, insomnia, and weight gain, clinicians often find traditional Hormone Replacement Therapy or SSRIs provide only partial relief or, in some cases, exacerbate the underlying issues.

Dr Penny Kendall-Reed, a leading expert in nutrigenetics, details how to move beyond symptom management by leveraging genetic insights. In this presentation, she reveals why a decline in oestrogen is only one part of the story. You will discover how the HPA axis, Neurokinin B pathways, and specific genetic SNPs (Single Nucleotide Polymorphisms) dictate a patient’s unique physiological response to menopause.

By understanding a patient’s genetic 'roadmap', you can determine if HRT is a safe and effective option or if a targeted nutraceutical approach is required to resolve symptoms and prevent long-term risks like cardiovascular disease and breast cancer.

Dr Kendall-Reed details three insightful case studies that demonstrate how genetic testing transforms clinical outcomes:
  1. Case Study (Weight Loss): A patient who gained 3.2 kg despite a restricted diet lost 8.2 kg in two months by addressing her stress genes and metabolic SNPs.
  2. Case Study (Hot Flushes): Resolving severe nighttime flashes within 10 days by resetting the HPA axis rather than increasing oestrogen doses.
  3. Case Study (Safety): Determining when HRT is strictly contraindicated based on a patient's inability to convert oestrogen into the protective 2-OH form.
What you receive:
  • A personalised certificate of completion including continuing education hours
  • Clear protocol explanations from some of the world's top practitioners
  • Clinical pearls for improved practice results
  • Access to your audio and video recordings via the App Store
  • A downloadable PDF of the presenter’s slides
  • Links to all referenced research papers and useful clinical handouts
  • Access to the community hub where you can get answers to your questions

From this course you will learn

  • How to predict your patient’s menopausal future and risk of hormone- and toxin-related disease
  • Which specific genes direct oestrogen metabolism to a safe or harmful variant
  • How to identify the 'real' cause of menopausal symptoms by looking at the HPA and HPG axes.
  • The role of Neurokinin B and Kisspeptin as the primary neuronal pathways for hot flushes and how to block them without oestrogen.
  • How to assess Oestrogen Metabolism genes to predict your patient's risk for oestrogen-responsive cancers.
  • Why menopausal weight gain is often linked to cortisol and protein leverage, rather than oestrogen alone.
  • How to interpret Phase I and II Detoxification Genes to optimise toxin and oestrogen clearance.
  • A 'Root Cause' approach to sleep disturbances using HPA-regulating nutrients instead of relying on sedatives.

What's in this course

Your Presenter

Penny Kendall-Reed

Dr. Penny Kendall-Reed ND is a Naturopathic Doctor in Toronto. After graduating from McGill University with a B.Sc. in Biology and a minor in Neurobiology, she attended the Canadian College of Naturopathic Medicine. Here she earned her degree in Naturopathic Medicine in 1997 and received the Dr. Allen Tyler Award for Most Outstanding Clinician.

Dr. Kendall-Reed ND incorporates an extensive science and research background into her clinical practice.

Her areas of focus include:

  • Metabolic and hormonal disorders such as diabetes, weight management, thyroid disease and PCOS.
  • Neurological and mental disorders such as anxiety and depression, MS and Parkinson’s.
  • The impact of chronic stress on the development and progression of illness including cancer.
  • Using genetic testing to personalise individual treatment plans to prevent and treat disease.