CCIM endocrinology
Hormones are part of the whole picture.
Hormones are communication signals. CCIM considers endocrine patterns alongside metabolism, the microbiome, symptoms, and the person living with them.
and response
Read the pattern
Hormones help the body communicate.
Hormone signaling influences many essential processes, including energy, sleep, reproduction, metabolism, and the response to stress. When a pattern feels unclear, an evaluation can help decide what to explore.
CCIM’s stated approach connects microbiome repair and endocrine health. That is a clinic perspective to discuss with a qualified clinician—not a universal explanation for every symptom.
A four-part pathway
From a signal to a next step.
Understand the signals
Start with symptoms, history, sleep, energy, mood, cycle, and metabolic context.
Test the pattern
Use blood, saliva, or urine testing when a closer look can clarify the pattern.
Tailor the plan
Discuss individualized options in the context of the person, not a single number.
Follow the response
Report back, observe the response, and refine the plan over time.
Interactive endocrine map
Choose a signal to see the question it opens.
The map is a concise orientation tool. It remains useful without interaction, while the selected description adds context for readers who want to go one layer deeper.
The source material emphasizes cortisol physiology, receptor response, and the role of salivary cortisol testing as topics for clinical discussion.
Testing, with context
A test is one part of the conversation.
The source material describes three ways the team may explore hormone patterns. The appropriate choice depends on the question, timing, and evaluation.
Blood testing
Useful for many standard hormone, thyroid, metabolic, and organ-function questions when interpreted with the rest of the evaluation.
Saliva testing
The source material discusses salivary cortisol and other hormone measurements as a way to explore selected patterns over time.
DUTCH urine testing
A urine steroid-metabolite panel that can add detail about hormone metabolites and cycle-related patterns when clinically appropriate.
For deeper reading
The research library.
These links are retained from the endocrine source pages and grouped by topic. They support curiosity; they do not replace individualized medical advice.
01Cortisol and adrenal physiologyResearch on cortisol signaling, 11β-HSD1, salivary cortisol, and chronic pain patterns.+
- Cortisol physiology and chronic inflammationNational Library of Medicine · External source ↗
- 11β-HSD1 and cortisol conversionScienceDirect Topics · External source ↗
- Salivary cortisol measurement studySAGE Journals · External source ↗
- Cortisol receptor and inflammation researchNational Library of Medicine · External source ↗
- Restoring cortisol function in adrenal insufficiencyNational Library of Medicine · External source ↗
02Cycle and estrogen patternsReading on menstrual-cycle hormones, estrogen, migraine, vertigo, immunity, and gut connections.+
- Patterns of salivary estradiol and progesterone across the cycleNational Library of Medicine · External source ↗
- Estrogen and migraine researchNational Library of Medicine · External source ↗
- Estrogen and migraine study recordPubMed · External source ↗
- Hormones and vestibular disordersVestibular Disorders Association · External source ↗
- Estrogen and autoimmune inflammationFrontiers in Immunology · External source ↗
- Gut microbiome and estrogen-mediated illnessMaturitas · External source ↗
- Progesterone treatment for migraineThe Lancet · External source ↗
- Progesterone and neuropathic painNational Library of Medicine · External source ↗
- Progesterone and nerve pain researchNational Library of Medicine · External source ↗
- Progesterone and nerve pain overviewEndo Comprehensive · External source ↗
- Progesterone administration and neuropathic painResearchGate · External source ↗
- Neuroregenerative effects of progesteroneNational Library of Medicine · External source ↗
- Progesterone and acneJAMA Dermatology · External source ↗
03Androgens and pregnenoloneThe archive’s reading list on testosterone, pregnenolone, brain health, and endocrine recovery.+
- Oxandrolone and muscle regenerationNational Library of Medicine · External source ↗
- Testosterone therapy and prostate cancer riskBJU International · External source ↗
- Maca and testosterone levelsNational Library of Medicine · External source ↗
- Pregnenolone research collectionGreatest Research Center · External source ↗
- Pregnenolone, brain health, and fatigueSemantic Scholar · External source ↗
- Traumatic brain injury and endocrinologyLife Extension · External source ↗
04Pain and endocrine contextLinks retained from the source archive for chronic pelvic pain, CRPS, cortisol, and low-dose naltrexone.+
- Chronic pelvic pain syndrome and gut dysbiosisNational Library of Medicine · External source ↗
- Endocrinopathy of CRPS in womenPubMed · External source ↗
- Cortisol and chronic painPubMed · External source ↗
- Hormones for chronic painJournal of Prolotherapy · External source ↗
- Hormone treatments for intractable painPractical Pain Management · External source ↗
- Normal hormone serum levels and pain managementHormones and Pain Care · External source ↗
- Low-dose naltrexone and chronic painLDN Research Trust · External source ↗
- Low-dose naltrexone research reviewNational Library of Medicine · External source ↗
- Low-dose naltrexone in pain medicinePain Medicine · External source ↗
05Immune and prostate researchBackground reading on endocrine signaling, autoimmunity, scleroderma, multiple sclerosis, and prostate health.+
- Hormone therapy and inflammation in womenPubMed · External source ↗
- Estrogen signaling and autoimmune diseaseScienceDaily · External source ↗
- Estrogen and autoimmune disease reviewFrontiers in Immunology · External source ↗
- Progesterone and autoimmune diseaseResearchGate · External source ↗
- Progesterone and immune responsePubMed · External source ↗
- Progesterone and scleroderma fibroblastsKarger · External source ↗
- Progesterone and T-cell activationNature · External source ↗
- Testosterone and multiple sclerosisNational Library of Medicine · External source ↗
- Microbiome and prostate diseasePubMed · External source ↗
- Microbiome and prostate researchPubMed · External source ↗
- Testosterone in prostate cancer patientsNational Library of Medicine · External source ↗
- High-dose testosterone and advanced prostate cancerJohns Hopkins Medicine · External source ↗
- Testosterone as prostate cancer therapyProstate Cancer Research Institute · External source ↗
- Tinnitus and endocrine hypofunctionJAMA · External source ↗
- Clomiphene citrate and ovulation inductionContemporary OB/GYN · External source ↗
