Enhancing Fertility Through Functional Medicine: Using Nutrigenomics to Solve 'Unexplained' Infertility

Enhancing Fertility through Functional Medicine: Using Nutrigenomics to Solve 'Unexplained' Infertility provides cutting-edge information and solutions to help support the worldwide rise of fertility challenges. It addresses common, yet not commonly known, root-causes of oxidative stress that are at the heart of reproductive issues (and all chronic health issues). These solutions can help enhance the outcomes of Assisted Reproductive Technologies (ART) or support women to avoid them altogether.

Enhancing Fertility through Functional Medicine: Using Nutrigenomics to Solve 'Unexplained' Infertility will show you how to improve cell health (including egg and sperm), lower inflammation, balance nervous system functioning, and optimize genetic expression, allowing the body to return to its naturally fertile state. It details information on numerous root causes of health-derailing inflammation and oxidative stress, while the appendices discuss the genetic and biochemical pathways related to these topics.

Each chapter also provides easy "Action Steps" that can be implemented immediately. Chapter topics include iron dysregulation
oxalates
mold/mycotoxins
phase 2 liver detoxification pathways
fat utilization
introductory information on genetics, epigenetics, and nutrigenomics
everything one needs to know about histamine intolerance
and how these factors adversely affect metabolic and reproductive functions.

Enhancing Fertility through Functional Medicine: Using Nutrigenomics to Solve 'Unexplained' Infertility is the handbook for people wanting to achieve and sustain a healthy pregnancy. It highlights lesser-known causes of fertility challenges the reader can learn how to investigate. This book also serves as a reference guide for practitioners, providing them with additional tools to add to their repertoires when other protocols have not been effective. It may also provide clarity as to why other protocols did not work, and will enable the practitioner to custom-tailor protocols for each patient.