2024 Functional Blood Chemistry Interpretation
The Art of Functional Blood Chemistry Interpretation
[Course Subtitle]
[##] Hours of Rich Content!
Class meets [start date] through [end date]
[Weekdays] ([start time] –[end time])
All live sessions are recorded for review afterward
All recordings are accessible for six months; handouts and slides may be downloaded
Live sessions: [session dates] (recorded session released on [recording session dates])
Course Overview:
This Module represents a methodical assessment of standard blood test results through the functional nutrition lens that helps uncover subtle imbalances, that when supported, help to ensure optimal health. Just because your labs are in the “normal range” doesn’t necessarily mean they’re optimal. It is important practitioners understand this process, not typically included in conventional training, as it can represent a key aspect of the full Functional Nutrition process and help to ensure more successful case outcomes.
Blood chemistries are of unique value in helping to connect the dots in combination with physical signs and symptoms.
This Module contains:
- Approx eleven 2-hr Webinars (held live, but also recorded for review after the fact)
- Bonus pre-recorded (non-CPE) Blood Chemistry interpretation practicums
- 5 hours Optimal Values Workshopping
- 10 handouts, some ready to customize for your practice
- 13 practice exercises to help you solidly your learning(optional)
- Over 700 slides!
In Module 2, the functional medicine model will be applied in a unique way to the interpretation of conventional blood labs. Everything involved in lab work will be covered:
- Lab ordering – various options
- Patient prep for the blood draw – when to stop supplements, the importance of fasting, and more
- Reference ranges – how they are derived and changed
- Functional lab interpretation – Comprehensive Metabolic Panel, Complete Blood Count, coverage of an array of anemias, protein status, key interactions and the relationship between various nutrients, and more
This module will provide new and unique skills to apply to any practice, especially your functional and integrative practice.
Upgrade:
Want more? You’ve signed up for this training to expand your knowledge and skills in a great topic. This is a great way to stay at the top of your game as a clinician.
As the application of Functional Nutrition can be complex and many topics are interwoven, those who take a more comprehensive approach to their training come away with the lion’s share of opportunity, not to mention the highest level of confidence in clinical application.
If you’d like to stay on the leading edge, have higher earning potential, and have more impact in your clinical care than ever before, we invite you to upgrade to our certificate of training bundle program. Become a credentialed Functional Medicine Nutritional Specialist (FMNS) with over 450 hours of professional training in the most comprehensive program that exists today!
Speak with a program specialist to learn more – email your request HERE.
Objectives and Additional Practice Learning Practice Exercise (Optional):
Objectives:
Upon completion of this unit, participants will be able to….
1: Compare and contrast the differences between functional lab ranges and standard lab ranges
2: List the general categories included in the Complete Metabolic Panel (CMP), as well as all tests included in this panel
3: Analyze the CMP to interpret key relationships between tests
4: Identify all tests and test patterns included in the Complete Blood Count (CBC)
5: Classify and interpret White Blood Cell (WBC) lab results
6: Evaluate lab results to differentiate between anemia types
7: Interpret thyroid labs from the functional perspective
8. Recognize the significance of acute phase reactant and immunoglobulin biomarkers
Practice Exercises:
Exercise 1: Convert standard lab ranges to functional lab ranges for yourself or a patient. Share with a colleague how the lab interpretation changed when using the functional lab ranges.
Exercise 2: Calculate the sodium/chloride ratio using a patient’s labs. Explain what the result indicates.
Exercise 3: Calculate the calcium/albumin ratio using a patient’s labs. Explain what the result indicates.
Exercise 4: Make a reference card of labs that indicate dehydration, and those that indicate over-hydration.
Exercise 5: Describe how deficiencies of zinc and vit D impact alkaline phosphatase.
Exercise 6: Summarize in your own words the ‘Iron Tiger’ article found in the handout section.
Exercise 7: Indicate for each anemia covered in this course, the nutrition intervention needed, i.e. supplement iron, another nutrient. Does one of the 6 Core Centers of Health need to be addressed and when.
Exercise 8: Read a reference article from the 18-19 COT Blood Chem references found in the handout section.
Exercise 9: Based on lab results from a patient or yourself, identify which of the 6 Core Centers of Health are imbalanced. Use the ‘Key Lab Summary COT’ located in the handout section.
Exercise 10: Role play having a conversation with a physician describing the need for further bloodwork. Be specific in providing rationale for the tests you are recommending.
Exercise 11: Read one of the articles on the thyroid reference list found on the slides.
Exercise 12: Calculate the FT3 and rT3 ratio using a patient’s labs. Explain what the result indicates.
Exercise 13: Discuss with a colleague or class participant the process of assessing a patient’s thyroid function.
Click Here to join the IFMNT COT Facebook group
***Discount for NLFN students on Dr. Alan Gaby’s book “Nutritional Medicine”***
Visit https://doctorgaby.com/ and enter code “Minus 50” to save $50 off either the hardcover or the e-book (Susan’s favorite!)
Course Sections
Module 1 | Functional Blood Chemistry Interpretation |
---|---|
Unit 1 | Functional Blood Chemistry Interpretation - Slides/Handouts |
Unit 2 | Optimal Values Virtual Workshop |
Unit 3 | Practicum Sessions |
Unit 4 | BONUS Webinar - Blood Testing and Interpretation Services |