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By Robin Rose MD January 15, 2026 👉🏿🌿🌿 Kidney Tubules are where the action is!! Even in glomerular diseases, declining tubule status is critically important and often precedes the other damages that harm kidney and disrupt filtration in the glomerulus. Tubule wisdom has become a passion for me in the RENOLOGY journey - the earlier we can step in with awareness of what’s causing kidney decline the more our regenerative medicine wisdom can shine. So let’s learn together. “TS” IS TUBULE STRESS . 🌿👉🏿👉🏿What TS-staging means (core concept) TS-stage = Tubular Stress stage. This is a functional- physiologic- metabolic process and concept that complements (and often precedes) eGFR/albuminuria by focusing on tubulointerstitial biology—where CKD usually begins and accelerates. ✨GFR tells you what’s already lost. ✨TS-stage tells you what’s under attack now—and still salvageable. That is a handle for kidney success. 👉🏿🌿🌿Why TS-staging is needed Conventional CKD staging: Overweighs glomerular filtration Misses early tubular injury Labels Stage 2 decline as “aging” or “normal” Detects disease late (missing windows for regenerative possibilities) TS-staging reframes CKD as: ✨A toxic–metabolic–hypoxic disorder of tubules ✨Driven by SNS tone, phosphate load, acid stress, inflammation, toxins ✨Often present years before creatinine rises 👉🏿🌿🌿TS-Stage framework —-::>>> (TS0 → TS4) 🌀 TS0 — Tubular Reserve (the Resilient Kidney) 👉🏿Biology Intact proximal tubules Normal mitochondrial density Adequate renal perfusion 👉🏿Labs / signs Normal bicarbonate Normal phosphate handling Low/normal FGF-23 No tubular protein markers 👉🏿Clinical High renal reserve - healthy! Stress-tolerant (capable of handling the trauma of illness, meds, toxins, and dehydration) 🌀 TS1 — Early Tubular Stress (Reversible) 👉🏿 Biology Mitochondrial strain Oxidative stress Early transporter dysfunction 👉🏿 Clues Mild non–anion gap metabolic acidosis Phosphate creeping up within normal range (remember in RENOLOGY - phosphorus >3.5 mg/dL is already creating metabolic havoc ) Rising FGF-23 with normal PTH Fatigue, cold intolerance, nocturia 👉🏿 Key point Creatinine often still normal This is the sweet spot for prevention 🌀TS2 — Established Tubular Injury 👉🏿 Biology Brush border injury Impaired ammoniagenesis SNS-mediated vasoconstriction 👉🏿 Markers ↓ Bicarbonate ↑ FGF-23, ↓ Klotho activity Tubular proteins (β2-microglobulin, RBP, NGAL) Early phosphate toxicity 👉🏿Clinical eGFR may still be “Stage 2” Exercise intolerance BP lability Increased toxin sensitivity 👉🏿👉🏿👉🏿TS2 ≠ normal aging 👉🏿This is active kidney disease. 🌀 TS3 — Tubulointerstitial Fibrosis (Progressive) 👉🏿 Biology Capillary rarefaction Fibroblast activation Reduced oxygen diffusion 👉🏿Findings Persistent acidosis Mineral bone axis distortion Worsening SNS tone Sarcopenia / visceral fat loss 👉🏿 Clinical eGFR decline accelerates Poor recovery from illness Medication intolerance 🌀 TS4 — Tubular Exhaustion (Low Recovery Potential) 👉🏿 Biology Fixed fibrosis Loss of adaptive capacity 👉🏿 Clinical Narrow therapeutic window Frequent decompensation Focus shifts to preservation and symptom stability A patient can be: CKD Stage 2 + TS3 (dangerous, ☠️often missed) CKD Stage 3 + TS1 (salvageable) 👉🏿🌿🌿Key drivers of TS-progression Phosphate load / FGF-23 rise Chronic SNS activation (renalase axis) Low-grade acidosis Visceral fat loss / catabolism Environmental toxins (mold, metals, solvents) Hypoxia / sleep disruption 👉🏿🌿🌿Clinical use::: (how TS-staging changes medical care) 🌀 TS-staging informs: Nutrition (phosphate density, protein timing) Hydration type (not just volume) Peptide / bioregulator selection Exercise dosing and commitment Sleep normalization Medication tolerance Illness risk stratification 🌀 It answers : “How stressed are the tubules right now?” —not just “What is the GFR?” 👉🏿🌿🌿Practical TS-staging inputs (clinic-ready) Serum bicarbonate trend Phosphate FGF-23 Urinary tubular proteins BP variability / orthostasis Body composition (VAT loss) Symptom pattern (fatigue, cold, 👉🏿🌿🌿CONCLUSION TS-staging reframes CKD as a dynamic, tubular-centric process—::> detectable early, modifiable in mid-course, and preventable from accelerating when addressed correctly. Kidney success! 🔆THAT’S RENOLOGY!!🔆

by Robin Rose MD 1/12/26 The wise discernment of kidney includes impeccable filtration of proteins. When kidney decline begins, that skill becomes compromised. Protein in the urine aka proteinuria is serious business and a prognostic alarm - it says do not wait for progression: at now. Below is a deep, clinician-grade, non-pharmaceutical framework for reducing proteinuria that integrates natural agents, peptides/bioregulators, nutrition, lifestyle, and physiologic targets. So here’s a list of potential tools to remedy this issues. First we learn the basics: Core principle (important) Proteinuria is not just a glomerular pressure problem. It reflects podocyte stress, endothelial glycocalyx injury, oxidative burden, tubular toxicity, inflammatory signaling, and metabolic mis-communication. Yowza! So improvement requires multi-axis repair, not one lever. I. Podocyte & slit-diaphragm stabilization (primary ) 🌿Omega-3 fatty acids (EPA/DHA) 👉🏿Mechanisms ↑ Nephrin expression ↓ podocyte apoptosis ↓ glomerular inflammation (NF-κB) Improves membrane fluidity 👉🏿Clinical effect Consistent modest reduction in albuminuria Particularly helpful in IgA, diabetic nephropathy 👉🏿Notes Dose matters (often underdosed) Use triglyceride or phospholipid form (renal-gentler) 🌿 Vitamin D sufficiency (not excess ) 👉🏿Mechanisms Suppresses RAAS locally in podocytes Stabilizes slit diaphragm proteins Anti-inflammatory in glomeruli 👉🏿Target 25-OH D: ~35–50 ng/mL (not “high-normal” in proteinuric CKD) 🌿 Retinoic acid signaling (via food, not high-dose vitamin A) Podocyte differentiation and repair signaling Use beta-carotene–rich vegetables, not supplements in CKD II. Endothelial glycocalyx repair (often neglected) Proteinuria often reflects charge-barrier failure, not just size-barrier failure. 🌿 Sulfur biology Taurine (renal-safe doses) Garlic (food-based) Cruciferous vegetables (if potassium allows) 👉🏿Mechanism Supports glycocalyx sulfation Reduces endothelial leakiness 🌿 Vitamin C (moderate, not megadose) Regenerates endothelial nitric oxide Protects glycocalyx from oxidative cleavage ☠️ Avoid megadoses in oxalate-prone patients III. Tubular protection: the proteinuria amplifier This is where the RENOLOGY framework shines. Filtered albumin is toxic to proximal tubules. .Reducing tubular inflammation often reduces measured proteinuria downstream. 🌿 N-acetylcysteine (NAC) 👉🏿Mechanisms ↓ albumin-induced tubular NF-κB activation ↓ oxidative injury to brush border Improves mitochondrial redox balance 👉🏿Clinical relevance Especially helpful when proteinuria is inflammatory/toxic rather than purely hemodynamic 🌿 Carnosine 👉🏿 Mechanisms Scavenges reactive carbonyls Reduces AGE-albumin toxicity Protects tubular mitochondria 🤙🏾 Very Renology-aligned. IV. Anti-inflammatory & anti-fibrotic nutraceuticals 🌿 Curcumin (bioavailable forms) ↓ TGF-β / Smad signaling ↓ mesangial expansion ↓ proteinuria in multiple CKD models 🌿 Resveratrol (food-adjacent dosing) Improves podocyte autophagy ↓ oxidative stress Improves endothelial function 👉🏿Avoid megadoses in frail CKD. V. Peptides / bioregulators . 🌿PIELOTAX - Kidney bioregulator 👉🏿Actions Normalize gene expression in tubular and glomerular cells Reduce inflammatory signaling Improve repair fidelity rather than “stimulation” 🤙🏾 These are regulatory, not excitatory. 🌿VENTFORT - Vascular bioregulator Improve microvascular perfusion Support endothelial repair Reduce shear stress–induced leak 🤙🏾 Proteinuria often improves when peritubular capillary health improves. 🌿Mitochondrial peptides (selective use under guidance of peptide-familiar doctor) Reduce oxidative signaling in podocytes and tubules Improve ATP availability for cytoskeletal maintenance SS31 is well studied and plays a role in ckd 👉🏿Key concepts::: Podocytes are energy-fragile cells. Tubules are mitochondria- loaded structures. VI. Dietary pattern: beyond “low protein” 🌿Protein quality > quantity Plant-dominant is optimal Low phosphorus bioavailability matters Quantity does matter with proteinuria and that amount needs to be personalized for precision and managed over time Reduced AGE load is really important- let’s explore::: 👉🏿 AGE-albumin is more toxic to tubules than native albumin. ✨AGE-albumin means albumin that has been chemically modified by advanced glycation end products (AGEs). ✨It is not the same molecule biologically as native albumin—and this distinction matters a lot in CKD and proteinuria ✨AGE-albumin is glycated, oxidatively modified albumin that is far more inflammatory and tubulotoxic than native albumin, amplifying proteinuria-driven kidney injury via RAGE activation, oxidative stress, and fibrotic signaling ✨ AGE- albumin damages podocytes, disrupts nephrin/podocin, worsens slit diaphragm instability, promotes magical expansion via TGF-B ➡️ More protein leak ✨ Tubular toxicity (critical point): Proximal tubules reabsorb filtered albumin via megalin–cubilin receptors. ✨AGE-albumin: is harder to degrade. accumulates in lysosomes, activating NF-kB, MCP-1, TGF-B, inducing mitochondrial dysfunction in the tubules. ➡️ Tubules become inflamed and fibrotic ➡️ Proteinuria becomes self-perpetuating ✨This is why two patients with the same ACR can have very different CKD trajectories. Proteinuria is not just how much albumin leaks—it’s what kind. ✨Sources of AGE-albumin burden 🌀Endogenous Diabetes (even “well-controlled”) CKD-related carbonyl stress Oxidative stress Aging 🌀Exogenous High-AGE diet: Grilled, fried, roasted foods Processed proteins Smoking Environmental toxins ✨ AGE-albumin is modifiable.- interventions matter .🌀 Key protective strategies Carnosine → scavenges reactive carbonyls NAC → reduces oxidative amplification Low-AGE cooking (steaming, stewing) Plant-dominant proteins → fewer preformed AGEs Mitochondrial support → better tubular handling Bioregulators → normalize repair signaling rather than forcing clearance ✨ This is why you often see ↓ tubular markers before dramatic drops in ACR. ✨ AGE–albumin ELISA assays are available for research purposes, but serum or plasma AGE markers may be the best clinical proxies) do not isolate albumin, but albumin is the dominant circulating AGE carrier, so they can functionally reflect AGE–albumin burden. 👉🏿 Sodium moderation without volume depletion Avoid “dry” kidneys ::: “Dry kidney” ≈ low effective renal perfusion + tubular dysfunction ± fibrosis, without volume expansion - describes a kidney that is starved, stressed, and fibrosing — not drowning. It is common, underdiagnosed, and highly relevant to early CKD, toxin-related kidney injury, and aging accelerated by metabolic stress. Gentle mineral-balanced hydration Avoid plain water overloading 👉🏿 Acid–base neutrality even low--grade metabolic acidosis worsens proteinuria- aim for CO2 over 25 Use food-based alkalinization, with professional guidance for bicarbonate supplementation - and do not use reflex citrate in stone-prone patients (calcium oxalate or calcium phosphate stones) VII . Lifestyle factors that measurably affect proteinuria 🌿Sleep Poor sleep → ↑ sympathetic tone → ↑ glomerular leak Treat sleep fragmentation passionately 🌿Stress & SNS tone Sympathetic overdrive worsens podocyte contraction Breathing, vagal tone, rhythm restoration matter clinically 🌿Physical activity (gentle, rhythmic) Improves endothelial function Reduces inflammatory cytokines Avoid extreme exertion in heavy proteinuria VIII. Monitoring markers (Renology-style) - Looking 👁️ Beyond ACR: 🌿Urinary β2-microglobulin, NGAL, retinol binding protein 🌿Serum albumin trends, CO2 (acid load), phosphorus/FGF23 axis, 🌿Clinical: observe edema pattern, blood pressure variability (not just the averages) , sleep, exercise and dietary mindfulness. CONCLUSION Proteinuria improves most reliably when podocyte integrity, endothelial glycocalyx health, tubular oxidative stress, and inflammatory signaling are addressed simultaneously. Non-pharma strategies—including ✨targeted nutrition, ✨antioxidant and sulfur biology support, ✨renal and vascular bioregulator peptides, ✨mitochondrial protection, ✨sleep and autonomic regulation—can meaningfully reduce proteinuria. Celebrate every success - make choices that benefit the long haul bigger picture - with disciplined self loving care:::—> our goal is kidney success and engaging in life with vitality, hope, and health.

by Robin Rose MD 1/9/26 ✨It’s been a long time recommendation of mine to AVOID CANOLA OIL :: with kidney decline there’s a long and poignant list of issues that need to be included in the conversation. Yes this is a long list but summarizes the concerns for canola oil nicely ::: 👉🏿 Rationale for Avoiding Canola Oil 🌿1. High Heat Processing → Lipid Peroxidation & Aldehyde Load Commercial canola oil undergoes high-heat refining, bleaching, and deodorizing (RBD). This generates lipid peroxides, aldehydes (4-HNE, MDA), and cyclic fatty acid monomers. ✨These compounds: • Induce tubular oxidative stress (ROS → mitochondrial fragmentation → impaired β-oxidation). • Activate Nrf2 initially, then suppress it with chronic exposure. • Increase NF-κB–driven inflammation (renal, vascular, neuro). (4-HNE is specifically toxic to proximal tubules and podocytes.) References : • Liu et al. Food Chem. 2021;343:128548. • Poli et al. Redox Biol. 2008;1:1–9. ⸻ 🌿2. Excessive Omega-6 Linoleic Acid (LA) → Inflammatory Signaling Canola oil contains 18–22% LA. While lower than soybean oil, it still drives: • Oxylipin formation (9-HODE, 13-HODE) → directly injure renal proximal tubules. • Increased arachidonic acid–derived eicosanoids → vasoconstriction, endothelial dysfunction. • Activation of PPAR-γ dysregulation in metabolic disease. • Promotion of adipose inflammation, worsening insulin resistance (major CKD accelerator). ✨LA accumulation in cell membranes increases susceptibility to oxidative decomposition into advanced lipid oxidation end-products (ALEs)—strongly nephrotoxic. References : • Ramsden et al. BMJ. 2013;346:e8707. • Stanley et al. Kidney Int. 2019;96:611–626. ⸻ 🌿3. Trans Fat Byproducts Despite “Zero Trans Fat” Labeling Refining generates ~0.2–4.6% rTFA (refining-induced trans fatty acids). ✨Even low-dose, chronic rTFA intake: • Increases CRP, IL-6, and TNF-α. • Raises Lp(a) and apoB, worsening vascular risk in CKD. • Impairs HDL function, reducing reverse cholesterol transport needed to protect the kidney’s microvasculature. References : • Destaillats et al. J Agric Food Chem. 2008;56:6719–6725. • Mozaffarian et al. NEJM. 2006;354:1601–1613. ⸻ 🌿4. Residual Solvents & Chemical Contaminants Most canola production uses hexane extraction, leaving trace residues - and subsequent bleaching clays introduce: • PAHs • pesticide residues • glycidyl esters & 3-MCPD esters—linked to renal tubular toxicity, immune disruption, and oxidative injury. These compounds worsen CKD-related oxidative stress and may accelerate kidney structural decline. References : • EFSA Panel on Contaminants. EFSA J. 2016;14(5):4426. • Nagahara et al. Toxicol Sci. 2020;174:96–108. ⸻ 🌿5. Genetic Modification & Glyphosate Residues ~90% of canola in North America is GM glyphosate-tolerant. ✨Glyphosate + its metabolite AMPA have: • Renal proximal tubule toxicity • Increased mitochondrial ROS burst • Interference with metal ion binding, indirectly impairing kidney detox pathways • Possible contribution to CKDu in rural agricultural regions ✨CKD and autoimmune patients already have reduced detox capacity, making this more relevant. References : • Mesnage et al. Toxicol Rep. 2015;2:1113–1129. • Valcke et al. Environ Res. 2017;157:123–131. ⸻ 🌿6. Altered Omega-3 Fraction After Refining Canola oil contains native ALA, but refining destroys 60–90% of it - leaving an oil that: • Has negligible anti-inflammatory benefit • Is enriched in damaged PUFA byproducts • Paradoxically becomes pro-inflammatory despite ALA on the label ✨Refining selectively removes tocopherols, leaving the PUFA fraction unprotected. Reference : • Martinez-Yusta et al. Food Chem. 2014;158:427–434. ⸻ 🌿7. Impaired Endothelial Function: Critical for CKD Canola oil intake has been linked with: • Reduced endothelial nitric oxide • Increased arterial stiffness • Dysregulated eNOS coupling • Accelerated vascular aging (already a major CKD pathology) ✨This worsens the kidney’s microvascular network and contributes to the “vascular-renal-autonomic triangle” that is recognized in Renology thinking. References : • Vafeiadou et al. Br J Nutr. 2015;114:1623–1633. • Laufs et al. Circulation. 2005;112:3669–3677. ⸻ 🌿8. Microbiome Effects Canola oil shifts gut microbiota toward: • Increased Enterobacteriaceae • Reduced short-chain fatty acid–producing bacteria • Increased LPS leakage → activates TLR4 → renal inflammation ✨CKD already has a baseline uremic dysbiosis; canola oil worsens the pattern. Reference : • Rueda-Clausen et al. Lipids Health Dis. 2018;17:11. ⸻ 👉🏿Bottom Line - for Clinical and Renology Success ✨ Avoid canola oil because it: 1. Creates toxic lipid oxidation products under refining & cooking. 2. Adds a high LA burden → inflammatory oxylipins & renal oxidative injury. 3. Introduces refining-induced trans fats. 4. Carries contaminants harmful to tubules. 5. Often contains glyphosate residues affecting kidney detox pathways. 6. Loses protective omega-3 content during processing. 7. Impairs endothelium—a key axis in CKD progression. 8. Worsens uremic dysbiosis. CONCLUSION We have so many choices in this modern world : for me there’s a poignant truth that CHOOSING allows us to create our reality in amazing ways. So with CKD this choosing becomes a lifeline for thriving despite the challenges of kidney compromise. By making the right choices we can re route damaged biochemical overheated and hopefully arrive at safer shores. I hope this array of reasons to avoid canola oil is as useful to you as it has been for me! I prefer organic EVOO- extra virgin olive oil - and organic avocado oil for cooking- organic ghee and organic coconut oil play a role as well - sometimes I use sesame oil to enliven certain dishes. I used canola decades ago- until I learned why not to. With the kidney issue it becomes even more compelling to navigate wisely. Willingness to explore, and learn, and make changes is the first gift of healing -::> and this offers gifts for kidney success. May you find your way to health and joy in this adventure.

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Tune in to Renology podcasts to learn practical steps for kidney wellness. Hear expert advice on lifestyle, peptides, and kidney health success. Podcasts LINKS TO PODCASTS Sleep Matters for CKD Oral vs Injectable Bioregulators Stage 2 Kidney Disease is an Epidemic How Bioregulators enhance other Supplements Phosphorus in CKD: Parathyroid Bioregulators Reversing Kidney Disease Naturally Vilon Peptide and CKD Reversing Kidney Disease Sucess with Kidney Decline The Joy of Kidney Success Bioregulators for Endothelium Reversing Kidney Disease Menopause and CKD with Bioregulators Bioregulators for CKD The Kidney Coach: Carnosine for CKD The Kidney Pandemic on Truely Healthy MD Bioregulators, A Revolutionary CKD treatment Dr Eric Fete, Functional Mediccne and Kidney disease Is your Kidney Disease causing your Chronic Fatigue? Depression and Bioregulator Peptides Own Your Heart Health with Dr Regina Druz The Better Health Guy and Dr Robin Rose discuss the Kidney Epidemic Gut & Kidney Health: The Hidden Connection Dr Jen Pfleghaar and Dr Robin Rose Embracing the Paradigm of Renology Food Junkies Connection between Hashimoto's and Kidney Disease Tips on Detecting Kidney Disease Early The Rowan Report: Kidney Disease and Renology Dr Catalina Grija interview Sleep Signals That Support Kidney Health Click Here to Listen In this podcast Dr Robin Rose walks through the pineal gland and melatonin, and why circadian rhythm may play a bigger role in kidney health than most people realize. Differences between Oral and Injectable Bioregulators Click Here to Listen Drs Fiona Chin and Robin Rose discuss the use of Oral vs Injectable Bioregulators Stage 2 Kidney Disease is an Epidemic with Nathalie Niddam Click Here to Listen Nathalie Niddam and Robin Rose discuss the Kidney Epidemic and pathways to better health How Bioregulators Enhance Other Supplements Click Here to Listen Drs Fiona Chin and Robin Rose discuss how Bioregulators Enhance Other Supplements Rebalancing Phosphorus in CKD: The Surprising role of Parathyroid Bioregulators Click Here to Listen Drs Fiona Chin and Robin Rose discuss the role of Parathyroid Bioregulators in rebalancing Phosphorus in CKD Reversing Kidney Disease Naturally, with Dr Ritamarie Click Here to Listen Dr Ritamariebolic Health and Nutrition, of Meta and Robin Rose Discuss Reversing Kidney Disease Naturally Vilon Peptide & CKD The Bioregulator You Need to Know About Click Here to Listen Drs Fiona Chin and Robin Rose discuss the use of the Bioregulator Vilon in CKD Reversing Kidney Disease and Unlocking Longevity: LONGEVITY with Nathalie Niddam Click Here to Listen Longevity with Nathalie Niddam and Robin Rose Discuss Reversing Kidney Disease Success with Kidney Decline Reversing CKD With Daniel Rieders Cardiologist Click Here to Listen Deniel Rieders, Cardiologist and Robin Rose discuss Reversing CKD and how to achieve success with Kidney Decline The Joy of Kidney Success: Bioregulators to the Rescue with Nathalie Niddam Click Here to Listen Longevity with Nathalie Niddam Discuss Kidney Success with Bioregulators Endothelium and Evolution: Bioregulators for Blood Vessels in CKD with The Kidney Coach Fiona Chin Click Here to Listen The Kidney Coach Fiona Chin and Dr Robin Rose discuss the relationship between Blood Vessels and Kidney Decline Reversing Kidney Disease with the Kidney Coach Fiona Chin Click Here to Listen The Kidney Coach Fiona Chin and Dr Robin Rose discuss Reversing Kidney Disease Managing Menopause and CKD with Bioregulators with The Kidney Coach Fiona Chin Click Here to Listen The Kidney Coach Fiona Chin and Dr Robin Rose discuss Bioregulators for Menopause and CKD Bioregulators For CKD a New Frontier In Kidney Care with The Kidney Coach Fiona Chin Click Here to Listen The Kidney Coach Fiona Chin and Dr Robin Rose discuss Bioregulators for CKD Treatment Carnosine Decoded: A Powerful Bioregulator Changing CKD Treatment with The Kidney Coach Fiona Chin Click Here to Listen The Kidney Coach Fiona Chin and Dr Robin Rose discuss Carnosine, a Powerful Bioregulator for CKD Treatment Truely Healthy MD with Dr Monica Jauregui discuss The Kidney Pandemic Click Here to Listen Drs Robin Rose and Monica Jauregui discuss the Kidney Pandemic Dr Fiona Chin and Robin Rose discuss Bioregulators,A Revolutionary Approach to CKD TReatment Click Here to Listen Dr Fiona Chin and Robin Rose discuss Bioregulator approaches to Kidney Success Dr Eric Fete and Robin Rose discuss Functional Medicine approaches to Kidney Disease Click Here to Listen Dr Eric Fete and Robin Rosre discuss Bioregulator Peptides and how they are used in Functional Medicine Is your Kidney disease causing your Chronic Fatigue Click Here to Listen Dr Evan Hirsch aka The Energy MD and Robin Rose discuss Kidney Disease, Chronic Fatigue and energy. Depression and Kidney Success using Bioregulator Peptides Click Here to Listen Drs Achina P Stein and Robin Rose look at the nature of the mind body connection in Kidney decline Own your Heart Health with Dr Regina Druz: Renology with Dr Robin Rose Click Here to Listen Dr Regina Druz and Robin Rose discuss root causes of cardiac disease and how Renology impacts kidney and cardiac function. BetterHealthGuy Podcast with Robin Rose MD Parts 1 and 2 Addressing the Kidney Epidemic with Renology Click Here to Listen to Part 1 Click Here to Listen to Part 2 In these two episodes of The Better Health Guy Blogcast Series with Scott, Dr Robin Rose discusses addressing the Kidney Epidemic with Renology Drs Vivian Asamoah and Robin Rose discuss Gut & Kidney Health: The Hidden Connection Click Here to Listen to Podcast Board certified Gastroenterologist and Functional Medicine Physician Dr Vivian Asamoah and Robin Rose discuss the Gut Kidney axis Drs Jen Pfleghaar DO and Robin Rose MD Click Here to Listen to Podcast In this episode of Dr Jen Pfleghaar and Robin Rose discuss how to improve kidney function, and how the book, Renology Peptides, addresses all systems impacted by kidney insufficiency. How to turn vicious cycles in to precious cycles. Jim Myers interviews Dr Rose: Embracing the paradigm of Renology Click Here to Listen to Podcast In this interview, Dr Jim Myers and Dr Rose discuss the paradigm of Renology approaches to Kidney Success, Bioregulators, and Robin's healing journey. Episode 61: Dr. Robin Rose Click Here to Listen to Podcast In this episode, we interview Dr. Robin Rose, a Hawaiian medical doctor who has a specialized interest in primary care nephrology. She received her family medicine training in Santa Rosa California in the 1990s and then after a personal scare with kidney disease, she focused her private practice and passion for people who suffer from chronic kidney disease. It’s not a surprise to us - she too has strong opinions about sugar addiction and how it affects the kidney - and our general health. We are ALL aware of the damage sugar does to the brain, heart, liver, gut but what we don’t know enough about is that magical bean-looking organ THE KIDNEY. In this episode, we discuss her personal struggle with health that led her to be the kidney disease expert she is today. She explains various tests that are helpful for learning more about chronic kidney disease (CKD) and how they can help determine strategies for healing. Dr. Rose paints a detailed picture of what the kidney does, why it is important and some questions we should be asking ourselves about our own kidney health. Pay close attention to how she explains exactly how having poor kidney function or kidney damage affects our melatonin and vitamin D production. If the kidney is not working properly this MAY be one of the reasons, we are struggling with sleep or experiencing low mood and/or depression. What we love about Robin is her passion on informing and educating physicians on EARLY INTERVENTION for increasing kidney function and her take on what she calls "Renoology" and what that involves. We know you will enjoy hearing her recommendations for how someone with kidney damage should eat and what they benefit from removing from their food plan. Of course, sugar is definitely one of the things. Listen in as Vera and Robin dive deep into why taking care of this organ is so important for our longevity! Episode 23: Connection between Hashimoto's and Kidney disease with Dr. Robin Rose Click Here to Listen to Podcast Do you have Hashimoto's? If so, you might have known that it has a connection with many organs and dysfunction. The kidney is one such organ that has a serious connection with Hashimoto's. Get ready to dive into the fascinating connection between Hashimoto's and Kidney problems with Dr. Robin Rose! Discover amazing insights on how these two interact, so you can get a better understanding of this complex autoimmune condition and what it means for your health. Episode 79: Tips on Detecting Kidney Disease Early, How to Test, and Some Steps You Can Take Click Here to Listen to Podcast In this episode, Dr. Robin Rose and Nathalie Niddam discuss Dr. Rose's personal struggle with health that led her to be the kidney disease expert she is today. She explains various tests that are helpful for learning more about chronic kidney disease (CKD) and they can help determine strategies for healing. Dr. Rose paints a detailed picture of the importance of the Kidneys for major body functions like our mitochondria and melatonin. She explains why Phosphorous is indeed very important to the discussion of Kidney Disease despite what many practitioners will tell you. And finally we discuss various treatment modalities for CKD from supplements to peptides. The Rowan Report #19 Kidney Disease and Renology with Dr Robin Rose Click Here to Listen to Podcast In this episode of The Rowan Report, Dr Rowan and Dr Rose discuss the question of: How to regenerate your kidney funciton leading to Kidney Success Dr Rowan is well known for his research and use of Ozone Therapy for many conditions. Subscribe to The Rowan Report at https://open.substack.com/pub/drrowen?utm_source=share&utm_medium=android&r=qvwy9 Dr Catalina Grija interviews Dr Rose: "Doctors said dialysis was my only option. Here's how I proved them wrong" Click Here to Listen to Podcast In this interview, Dr Catalina Grija and Dr Rose discuss functional medicine, approaches to Kidney Success, and Robin's own healing journey.

Robin L Rose is an Integrative Medical Doctor who trains and guides other practitioners to treat early CKD from Stage 2 to Stage 4 ABOUT THE AUTHOR About Robin Rose MD Born in Brooklyn, raised in Jersey, Robin Rose MD began her life journey as a child protegé in the New York ballet world and then evolved to become a published writer and artist by the end of high school. Her medical odyssey began in 1970 when she shadowed an MD while living in a fishing village in India. By the end of the 1970s, she studied plant–based medicine and veggie cooking, serving communities in New Jersey, later working for $2/hour as a nursing assistant in a rural middle Tennessee county hospital. 1981 she graduated with honors from the U of Tennessee Health Sciences Center [BSN/RN with a PNP certification]. She completed a graduate MSN/FNP program in 1984 at the U of Missouri at Columbia. After a brief stint in a northern Arizona private primary care practice, she realized the urgent need to learn more in order to provide the kind of precision primary care she wanted to offer. With an arduous commitment, she completed pre–med requirements, while attending as FNP at a rural indigenous clinic. August 1986, she enrolled at the U of Arizona College of Medicine, completing the course of study in 5 years [extended when her spouse relapsed and then died of leukemia]. During that time she had the honor of serving as medical student board member of the American Holistic Medical Association, while also attending massage school classes and enjoying the mentorship of Andrew Weil MD. The experience was unique, as she began to evolve agility by including complementary offerings to manifest a holistic medical education – classes with herbalists, extracurricular nutrition and acupuncture study, quality clinical time on the Apache and Papago reservations, and a prolonged rotation in Sri Lanka. After graduation in 1991, she completed 3 years at the renowned UCSF Santa Rosa Family and Community Medicine Residency. The opportunity to deepen knowledge of conventional medicine was outstanding, and yet it was also embellished with an array of clinical knowledge that included botanical medicine, nutritional medicine, homeopathy and osteopathy, with further study and practice of Chinese Medicine and acupuncture. In 1994, she moved to Ashland Oregon, to serve in a community that embraced the eclectic regenerative and preventative practice she offered from a charming home office [with offerings from standard to creative medical solutions to health challenges, including hospital and house calls, nursing homes, and group classes, including middle eastern dance offered for women over 40]. After many years and some notable life challenges, Dr. Rose shifted to a smaller office, ultimately taking a sabbatical hiatus after family losses. In time, she enjoyed a move to Hawaii and a new marriage. When Dr. Rose entered the realm of the wounded healer, fulfilling personal healing needs became priority. The evolving new primary care kidney medicine – Renology – was inspired by wholistic cellular regenerative and preventative wisdom. In time, she began supporting other physicians, guiding their understanding for achieving kidney success for patients. After discovering the extraordinary world of peptides – and more specifically the bioregulator peptides – this volume was birthed – it is offered in the spirit of achieving kidney success.