Oxidative Load and Cancer: Understanding the Metabolic Links to Prevention and Progression

Session Information

Regional Event: national
Start Date: 08/23/2025 10:20 am
End Date: 08/23/2025 12:00 pm
Location: Bayhill 21-22

Speakers in this session...

  • Brett Wisniewski

    Sponsors

    Brett Wisniewski DC, DACBN, DABCI

    Dr. Brett Wisniewski was born and raised in New Jersey. He attended Monmouth University where he received a Bachelors of Science degree in Biology with concentrated studies in Chemistry. Since, he has always gravitated towards the study of the human body and natural health. Dr. Wisniewski moved his family to Florida to further his studies at Palmer College Chiropractic where he graduated Cum Laude, with a Doctor of Chiropractic Degree.

    Dr. Brett Wisniewski has worked with leading nutraceutical companies in the areas of formulation and education. He travels the country, educating both the medical and alternative health care fields on natural treatments for the illnesses that plague our country. He has studied under some of the pioneers in the natural health industry and with thousands of hours invested into post-graduate studies in nutrition, he considers himself a lifelong learner.

    Dr. Wisniewski has seen patients bounced around in the traditional medical model with little to no results or answers. He believes finding the fundamental cause can cure most diseases. Dr. Brett Wisniewski has extensive knowledge in Nutrition, Sports Performance, Pettibon and C.L.E.A.R Scoliosis Structural Correction, Applied Kinesiology, weight loss and is currently pursuing a Diplomate from the Board of Chiropractic Internist and the Board of Clinical Nutrition. He enjoys pushing the envelope of healthcare to achieve better results, Naturally!

    “I feel, I owe it to my patients to never stop learning so I can provide them with the proper level of healthcare that they deserve.” –Dr. Brett Wisniewski

    Sessions...

    Immunopathology Foundations: Understanding Oncogenic Immune Patterns and Cancer Risk
    Regional Event: national
    Start Date: 08/22/2025 1:00 pm
    End Date: 08/22/2025 2:40 pm
    Location: Bayhill 21-22
    Session details

    This course introduces the core principles of immunopathology as they relate to cancer development and progression. Participants will explore the complex interplay between immune surveillance, chronic inflammation, immune evasion, and tumor-promoting microenvironments. Special focus will be given to recognizing oncogenic immune patterns—including dysregulated cytokine signaling, chronic antigenic stimulation, and immune exhaustion—that increase a patient’s risk for cancer.

    Learning Objectives

    1. Explain the fundamental principles of immunopathology and how they apply to cancer biology.
    2. Describe key immune mechanisms involved in tumor surveillance, immunoediting, and immune escape.
    3. Identify clinical and laboratory patterns of immune dysfunction that signal increased oncogenic risk.
    4. Understand the roles of chronic inflammation, cytokine imbalances, immune exhaustion, and immune suppression in cancer development.
    5. Apply immunopathology insights to develop integrative strategies for cancer risk reduction and patient monitoring.

     

    Sponsor – Biotics Research Corporation

     

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    Documenting Integrative Medicine in Cancer: Enhancing Patient Outcomes Beyond Conventional Treatment
    Regional Event: national
    Start Date: 08/23/2025 3:20 pm
    End Date: 08/23/2025 5:00 pm
    Location: Bayhill 21-22
    Session details

    We will cover evidence-based strategies that optimize patient biology and resilience, including the use of nutraceuticals, exercise interventions, and targeted lifestyle modifications. Special attention will be given to documenting laboratory monitoring and follow-up, ensuring that integrative interventions are safe, personalized, and aligned with the patient’s evolving clinical status.

    Learning Objectives

    1. Identify key nutraceuticals with evidence for adjunctive use in cancer supportive care and understand their mechanisms of action and safety considerations.
    2. Design exercise and lifestyle strategies tailored to cancer patients that promote muscle preservation, improve metabolic resilience, and reduce treatment-related complications.
    3. Interpret follow-up laboratory markers (including metabolic, inflammatory, and nutritional panels) to guide integrative care plans and adjust interventions as needed.
    4. Describe lifestyle, dietary, and nutraceutical strategies that reduce excessive oxidative burden while leveraging beneficial hormetic stress.
    5. Apply principles of hormesis and redox balance in designing cancer prevention protocols and integrative cancer care interventions.

     

    Sponsor – Biotics Research Corporation

     

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    Oxidative Load and Cancer: Understanding the Metabolic Links to Prevention and Progression
    Regional Event: national
    Start Date: 08/23/2025 10:20 am
    End Date: 08/23/2025 12:00 pm
    Location: Bayhill 21-22
    Session details

    This course examines the critical role of oxidative load in driving metabolic dysfunction, cancer initiation, and cancer progression. We will explore how chronic oxidative stress disrupts cellular signaling, damages DNA, impairs mitochondrial function, and alters key metabolic pathways, creating an environment favorable to carcinogenesis. We will also investigate the concept of hormetic stress such as exercise, fasting, phytochemicals, and thermal stress intervention—that can activate adaptive cellular defense mechanisms and enhance resilience against oxidative damage. The course will highlight evidence-based strategies for assessing oxidative burden and hormetic capacity in patients, including relevant laboratory markers, and will cover clinical interventions—such as nutritional, lifestyle, and nutraceutical approaches—that help reduce maladaptive oxidative stress while promoting beneficial hormetic adaptation.

    Learning Objectives

    1. Explain the biochemical mechanisms by which oxidative load contributes to metabolic dysfunction and cancer development.
    2. Identify laboratory markers used to assess oxidative stress, antioxidant capacity, and adaptive hormetic responses in clinical practice.

     

    Sponsor – Biotics Research Corporation

     

    Click Here and Rate This Course

This course examines the critical role of oxidative load in driving metabolic dysfunction, cancer initiation, and cancer progression. We will explore how chronic oxidative stress disrupts cellular signaling, damages DNA, impairs mitochondrial function, and alters key metabolic pathways, creating an environment favorable to carcinogenesis. We will also investigate the concept of hormetic stress such as exercise, fasting, phytochemicals, and thermal stress intervention—that can activate adaptive cellular defense mechanisms and enhance resilience against oxidative damage. The course will highlight evidence-based strategies for assessing oxidative burden and hormetic capacity in patients, including relevant laboratory markers, and will cover clinical interventions—such as nutritional, lifestyle, and nutraceutical approaches—that help reduce maladaptive oxidative stress while promoting beneficial hormetic adaptation.

Learning Objectives

  1. Explain the biochemical mechanisms by which oxidative load contributes to metabolic dysfunction and cancer development.
  2. Identify laboratory markers used to assess oxidative stress, antioxidant capacity, and adaptive hormetic responses in clinical practice.

 

Sponsor – Biotics Research Corporation

 

Click Here and Rate This Course