How to Feel Your Best with AutoImmune Symptoms

LactiGo gel/Carnosine & Autoimmune Health

Support for Psoriatic Arthritis & Chronic Inflammation

By Dr. Paul Kwik D.C. | Body Intelligent Center


Understanding Psoriatic Arthritis

Psoriatic Arthritis (PsA) is a chronic autoimmune condition where the immune system mistakenly attacks:

  • Joints → pain, stiffness, swelling

  • Skin → psoriatic plaques

  • Connective tissues → long-term degeneration

👉 But at its core, PsA is driven by cellular stress, not just immune dysfunction.


The Real Root Drivers

1. Oxidative Stress

Excess free radicals damage cells → triggers immune activation

2. Glycation (Internal “Rusting”)

Sugars bind to proteins → stiff joints, damaged tissues

3. Inflammatory Overload

Cytokines stay elevated → chronic pain and swelling

4. Poor Cellular Energy

Mitochondria weaken → slower repair and fatigue


What Is Carnosine?

Carnosine is a naturally occurring dipeptide found in:

  • Muscle

  • Brain

  • Heart

👉 It acts as a master protector against many of the processes driving autoimmune damage.

Key problem:
We produce less as we age—and even less during chronic inflammation.


Why Carnosine Matters in Psoriatic Arthritis

Anti-Glycation Protection

  • Prevents formation of AGEs (Advanced Glycation End Products)

  • Helps protect joints, skin, and blood vessels

👉 Think of it as helping stop the “rusting” process inside the body

Aldehyde Scavenger (Detox at the Cellular Level)

  • Binds toxic byproducts like 4-HNE

  • Reduces cellular damage from inflammation

Anti-Inflammatory Support

  • Helps calm overactive inflammatory pathways

  • May reduce:

    • Joint swelling

    • Pain

    • Tissue irritation

Immune Modulation (Balanced, Not Suppressed)

  • Supports proper immune signaling

  • Helps avoid excessive immune attacks on the body

Energy & Mitochondrial Support

  • Enhances cellular energy production

  • Helps with:

    • Fatigue

    • Recovery

    • Muscle performance

Skin & Tissue Repair

  • Supports collagen and tissue integrity

  • May improve:

    • Psoriatic plaques

    • Skin healing

    • Structural resilience


Topical vs Oral Carnosine

Feature Topical Oral
Absorption Direct into tissues Broken down in gut
Targeting Local (joints/skin) Whole body
Speed Fast Slower
Effectiveness Higher for symptoms Variable

👉 Topical application allows direct delivery where it’s needed most


Clinical Insight

Many individuals using carnosine—especially Topical Lactigo gel/Carnosine—report:

  • Less stiffness and pain

  • Improved joint mobility

  • Reduced flare intensity

  • Better skin appearance

  • Increased energy


A Root-Cause Strategy

Unlike conventional approaches that suppress the immune system, carnosine helps:

✔ Reduce underlying damage
✔ Protect tissues
✔ Support repair
✔ Restore balance


Money-Back Guarantee Details

  • 30-day money-back guarantee on your first order / first bottle

  • If you’re not satisfied, you can request a full refund within that time frame

👉 This allows you to try it risk-free and evaluate real-world results


Final Takeaway

Psoriatic arthritis is not just a joint issue—it’s a whole-body cellular stress condition.

LactiGo gel/Carnosine helps address key drivers:

  • Glycation (“aging/rusting”)

  • Inflammation

  • Low energy production

  • Tissue damage

👉 That’s why it’s becoming a powerful tool in autoimmune support strategies

 
 

📚 Research & References

  1. Hipkiss, A.R.
    Carnosine and its possible roles in nutrition and health
    → Discusses anti-glycation and anti-aging mechanisms

  2. Boldyrev, A.A., Aldini, G., Derave, W.
    Physiology and pathophysiology of carnosine (Physiological Reviews)
    → Covers antioxidant, anti-inflammatory, and cellular protection roles

  3. PubMed ID: 38177283
    → Highlights carnosine’s role in oxidative stress and disease prevention

  4. Research on aldehyde scavenging (HNE binding)
    → Demonstrates detoxification of lipid peroxidation byproducts

  5. Zucker Rat Metabolic Syndrome Studies
    → Show reduced oxidative damage markers and improved metabolic outcomes