Cancer Biomechanics
and Influence on the Microenvironment

UpgradeĀ your expertise in cancer care management.

This course investigates key aspects of the biomechanics and biochemistry of cancer. These areas include cancer metabolism, the Warburg Effect, the role of glucose and insulin, lactic acid and tumor acidity, hypoxia, hypercoagulation, fibrosis, and angiogenesis, and how to target these areas with botanical medicine. It explores the many ways that cancer manipulates the microenvironment to further its own growth, invasion, angiogenesis, and metastasis. The course also provides a deep look at the role of cancer stem cells, and how to target them with Mederi Care therapeutics.

Your purchase also includes exclusive access to our bi-weekly LIVE Q&A sessions with Donnie Yance, CN, RH (AHG) & Jason Miller,Ā DACM, LAc!

Our courses are broken up into sections, which are organized by topic and learning objectives. Each section includes recorded presentations with our subject matter experts, relevant course materials, and assessments to help you track your progress (quizzes, short answer, and/or clinical correlate assignments).Ā Bonus contentĀ includesĀ presentation slides, speaker notes, research articles, and more!

Course Sections:Ā 

  • Cancer Metabolism 101: Metabolic Reprogramming and Herbal Medicine
    • Metabolic alterations in cancer
    • Glycolysis, Lactic acid, and the Warburg Effect
    • Oxidative phosphorylation
    • Herbal interference
  • Insulin Resistance, Leptin, and Cancer
  • The Role of Hypoxia in Cancer
    • Hypoxia inducible factors (HIFā€™s)
    • Heat Shock Proteins
    • Botanicals agents for tissue oxygenation
  • Tumor Acidity, Lactic Acid and the Role of Bicarbonate in Modulating the Tumor Microenvironment
    • Immune enhancing effects of tumor microenvironment alkalization
    • Bicarbonate and therapeutic synergy
  • Targeting Hypercoagulation in Cancer: Markers, Pathways, and Strategies
    • The fibrinolytic system, cancer, and thrombosis
    • Botanical agents for removing blood stasis
    • Hypercoagulation and angiogenesis
  • Targeting Angiogenesis with Integrative Cancer Therapies
    • Botanical agents for inhibiting angiogenesis, tumor progression and metastasisĀ 
  • Cell Adhesion Molecules and Galectin-3 in Cancer
  • Botanical Medicine Targeting Cancer Stem Cells

After taking this course, you'll be able to:

  • Discuss metabolic alterations that occur with cancer.
  • Summarize the role glycolysis, lactice acid, and the Warburg effect play in cancer.
  • Explain the relationship between insulin resistance, leptin, and cancer.
  • Explain the role hypoxia plays in cancer.
  • Discuss how to modulate the tumor microenvironment through the use of bicarbonate.
  • Summarize the immune-enhancing effects of tumor microenvironment alkalization.
  • Summarize how to target hypercoagulation.
  • Explain how integrative cancer therapies can target angiogenesis.
  • Summarize the role Cell Adhesion Molecules (CAMs) and Galectin-3 play in cancer.
  • Summarize the role Botanical medicine plays in targeting cancer stem cells.

What you'll get:

  • 8+ hours of recorded webinars with integrative oncology experts
  • Problem-based learning exercises
  • Live Q&As and "ask me anything" sessions with subject matter experts
  • Post-assessments
  • Bonus Content to including curated research papers, and more!
head shot of Dr Zieve

Jim Roach, M.D.

"He is close to curing a patient with chronic lymphocytic leukemia, Schwanoma and mesothelioma. He can cure glioblastomas, and achieve better than 50 percent two-year survival in pancreatic cancer. He has ten ā€˜HER2/neuā€™ breast cancer women who have survived 10 years on Avastin and botanicals, and three ā€˜triple negativeā€™ breast cancer women that are doing well. He is not losing any men from prostate cancer. He is Donnie Yance, the most brilliant mind in the health field today."

Extend lifespan and enhance quality of life.

It's time to elevate your cancer care practice.

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