DNA Resilience
This course provides an in-depth insight into the 7 molecular areas and related environmental factors that impact resilience, enabling you to recommend highly targeted, practical interventions for improved health outcomes.
A message from Dr Danny Meyersfeld: Introducing dnalife
Why DNA Resilience
Navigating the course
Introduction to Genetics
Test your knowledge: Introduction to Genetics
Bonus material (optional): Learn Genetics
Bonus material (optional): What is Precision Medicine?
DNA Resilience sample report
DNA Resilience report overview
Required reading: Harnessing the Neurobiology of Resilience
Test your knowledge: What, when, why DNA Resilience
Optional reading: Genetics of resilience
Neuropeptide Y: molecular area, gene variants & taking action
Optional reading: NPY impact on resilience
Oxytocin: molecular area, gene variants & taking action
Optional reading: Oxytocin impact on resilience
Stress axis: molecular area, gene variants & taking action
How-to lesson: Deep breathing
Music therapy for stress management
Optional reading: Impact of stress axis and related genes on resilience
Test your knowledge: NPY, oxytocin & stress axis
BDNF: molecular area, gene variants & taking action
Optional reading: Impact of BDNF on resilience
Serotonin: molecular area, gene variants & taking action
Optional reading: Impact of serotonin related gene variants on resilience
Optional reading: Serotonin and diet, environment connection
Test your knowledge: BDNF & serotonin
Dopamine: molecular area, gene variants & taking action
How to: Meditation
Optional reading: Impact of dopamine and related genes on resilience
Norepinephrine: molecular area, gene variants & taking action
Optional reading: Impact of norepinephrine and related genes on resilience
Test your knowledge: Dopamine & norepinephrine
DNA Resilience case study
Practically applying action steps for improved and sustainable change
DNA Resilience case study 2
Recording of live Q&A