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Optimising Male Reproductive Health with Kinesiology

One in six Australian couples find it difficult to have a baby.

Infertility is generally defined as a couple’s inability to conceive after one year of unprotected intercourse. When infertile couples seek assistance, a male factor is identified 50% of the time.

The production of sperm is dependent on a delicate interplay between various aspects of the endocrine, reproductive and nervous systems.

HPG

The hypothalamus releases GnRH which stimulates the production and release of both luteinising hormone (LH) and follicle stimulating hormone (FSH).

LH and FSH both bind to specific receptors within the testis, stimulating testosterone production. Spermatogenesis requires sufficient testosterone, as well adequate micronutrient levels and healthy testicular function.

Common causes of male infertility can include:

  • sperm production problems
  • blockage of sperm transport
  • sexual problems
  • hormonal problems
  • sperm antibodies
spermHPG

These can be influenced by many environmental, lifestyle and nutritional factors that need to be investigated if male reproductive health is to be adequately addressed.

Environmental: Heat, pollution, heavy metals, plasticisers, pesticides/herbicides.

Lifestyle: Smoking, alcohol, obesity, stress, advanced paternal age, poor diet.

Infection: Genito-urinary tract, systemic, mumps, STDs.

Autoimmune: Sperm antibodies, genitourinary obstruction, testicular inflammation.

Testicular Trauma: Vasectomy, torsion.

Chronic Disease: Diabetes, haemaglobinopathies, hyperhomocysteinaemia.

Iatrogenic: Medications, medical procedures.

Balancing Nutritional Deficiencies

Balancing nutritional deficiencies through diet and kinesiology can also be beneficial in optimising overall fertility. In the Optimising Reproductive Function MasterClass you will understand how to work with important micronutrients and that have been shown to assist in increasing male fertility and sperm count.

[thrive_text_block color=”light” headline=”Micronutrients that support male reproductive health include:”]

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Carnitine
↑ sperm motility
antioxidant

Zinc
↑ sperm motility
↑ sperm count
improve sperm morphology
antioxidant

Coenzyme Q10
↑ sperm motility
↑ sperm count
improve sperm morphology

[/one_half_first][one_half_last]

Selenium
↑ sperm motility
antioxidant

Vitamin C
↑ sperm motility
↑ sperm count
improve sperm morphology
antioxidant

[/one_half_last]

[/thrive_text_block]

In many cases this may not be an overt nutrient deficiency, but rather a ‘distortion’ in the body’s electromagnetic template.  This can result in poor uptake, assimilation or utilisation of a nutrient.

Supplying targeted nutrition not only supports a healthy pregnancy but aids the child’s development, priming them for the best start in life. In addition, research is emerging about how perinatal nutritional deficiencies can influence the development of disease later in the offspring’s life.

Ready to learn more?[blank_space height=’1em’]

Nutrition Foundations looks at bioenergetics and metabolism.  This includes an understanding of biochemical individuality and how to balance key hormonal, cellular, mitochondrial and toxicity influences using real food.

The Metabolic BioMarkers course looks at 12 specific sites that correlate with adipose tissue (fat cells) as a complex, essential, and highly active metabolic and endocrine organ. This includes the correlations with hormonal profiles and fat distribution patterns affecting masculine and feminine physiology.

Based on principles of functional medicine, these courses also have unique test kits that make working with the brain, glands, hormones, and nutrition simple.  This includes an easy to learn system-orientated model of kinesiology, capable of addressing the healthcare needs of the 21st century.

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