Methylation 101

introduction

• Learn what methylation is and why it matter for your clients and patients
• Discover the biochemistry, physiology and genetics behind methylation
• Learn what demographics and conditions might involve methylation disturbances

Key Functions

genetic expression and glutathione 

• Pick up the basics of genetics, SNPs and genetic testing
• Discover the biochemistry and physiological role of glutathione and how it's regulated

Key Functions cont.

phospholipids, carnitine and creatine 

• Learn the critical role of phospholipid synthesis for cellular health
• Acquire knowledge to identify and understand carnitine deficiency 
• Familiarize yourself with creatine metabolism for optimum energy

Key Functions cont.

CoQ10, DNA, neurotransmitters and estrogens

• Learn the science behind the metabolism behind them
• Construct effective protocol interventions

Biochemistry

of methylation

• Master the folate pathway as it relates to clinical presentation
• Apply the methionine pathway to your practice
• Gain understanding of transsulfuration optimization

Analysis & Protocols

testing biomarkers and intervention strategy

• Learn the efficacy of genetic testing 
• Apply functional biomarkers of methylation
• Holistic and therapeutic intervention considerations