RIVERCLEAR

Evidence-based middle-jiao recovery

Same body. Clearer middle.

Damp-phlegm belly is not one problem. It is a chain of failed transformations — mobilization, dissolution, flushing, drainage, and restoration — each with its own chemistry and its own ingredient shortlist. Riverclear treats them as five separate problems.

Start with Mobilize

32 ingredients · 7 mechanisms · 5 windows

Fastest path

Just tell me what to take

The three ingredients that do most of the work, and when to take them.

Quick start → How it works

Explain the system

Five windows, seven mechanisms, one architecture. Why timing is the thing most fat-loss products miss.

The mechanisms → Full depth

Show me the research

The biology behind every ingredient and every window. α2 receptor density, AMPK, phlegm transformation.

Research →

Quick start

Five windows

Start from your situation

What the protocol targets

Damp-phlegm transformation

Resolution of the hydrated stromal-vascular matrix that gives this depot its characteristic doughy texture.

α2-adrenergic disinhibition

Abdominal adipose has a far higher α2:β receptor ratio than gluteofemoral adipose. Yohimbine antagonizes α2 selectively.

Visceral lipolysis cascade

cAMP-mediated activation of hormone-sensitive lipase. Three independent inputs to the same second-messenger system.

AMPK activation

Berberine activates AMPK with potency comparable to metformin; portal drainage makes VAT disproportionately responsive.

Bile-mediated lipid clearance

Bile is the body's primary export route for cholesterol-derived lipids. Soluble fiber binds bile acids and forces hepatic re-synthesis.

Lymphatic and interstitial drainage

Subcutaneous abdominal adipose holds disproportionate extracellular fluid and hyaluronan. Diuresis and bodywork move the freed water.

Spleen qi restoration

Without rebuilding the transformation engine that failed in the first place, dampness returns. Restore is the difference between durable change and rebound.

Ingredient reference

Western pharmacological agents

  • Berberine HCl

    AMPK activator with metformin-comparable effect; GLP-1 modulator with documented effect on visceral adiposity.

    tier 1
  • Yohimbine HCl

    α2-adrenergic receptor antagonist; selective lipolytic effect on high-α2-density depots.

    tier 1
  • Forskolin

    Direct activator of adenylyl cyclase, raising cAMP without receptor mediation.

    tier 2
  • Synephrine (Bitter Orange)

    β3-adrenergic agonist with selectivity for adipose-resident receptors.

    tier 2

Stimulants and methylxanthines

  • Caffeine

    Phosphodiesterase inhibitor; extends cAMP half-life, indirectly amplifying adrenergic signal.

    tier 1
  • EGCG (Green Tea Extract)

    Catechol-O-methyltransferase inhibitor; extends catecholamine half-life.

    tier 1
  • Capsaicin

    TRPV1 agonist; thermogenic via sympathetic nervous system activation and brown adipose recruitment.

    tier 3

Cofactors and transporters

Bile and hepatic support

  • TUDCA

    Hydrophilic bile acid; supports hepatic bile flow, mitochondrial protective.

    tier 2
  • Ox Bile

    Exogenous bile acid replacement; supports lipid emulsification.

    tier 3
  • Silymarin (Milk Thistle)

    Hepatoprotective; supports glutathione synthesis and Phase II conjugation.

    tier 2
  • Artichoke Extract

    Choleretic; stimulates bile production and flow at the canalicular membrane.

    tier 3

Soluble fiber and binders

  • Psyllium Husk

    Soluble fiber; binds bile acids in the intestinal lumen.

    tier 2
  • Glucomannan

    Konjac-derived viscous fiber; pre-meal satiety and glycemic blunting.

    tier 3

Diuretics and electrolyte support

TCM — phlegm transformation

TCM — fat and food stagnation

TCM — damp drainage

TCM — spleen tonification (Restore phase)

Core research themes

Why five windows

Damp-phlegm belly fat is not one event. It is a chain of distinct biological windows, each with its own chemistry and its own ingredient shortlist. Mobilize is α2-disinhibition under fasted catecholamine peak. Dissolve is meal-window phlegm transformation and AMPK activation. Flush is kidney-mediated fluid drainage. Drain is bile and bowel evacuation. Restore is spleen reconstruction.

Collapsing these into a single "fat burner" capsule loses the timing math entirely. Yohimbine taken with a meal is wasted — postprandial insulin shuts down lipolysis regardless of α2 antagonism. Berberine taken at 4 PM misses the meal it was supposed to modulate. Diuretics taken at bedtime fragment sleep. Magnesium taken in the morning sedates rather than restores. Each window exists because its window cannot be served by any other.

The other reason for five windows is that the protocol must run for weeks, not days, and a single-window stack run for that duration will deplete what it relies on. The five-window architecture distributes load across the day and across systems, allowing each axis to recover while another is active.

What the system targets

The central target is damp-phlegm in the middle jiao — a pathology that maps cleanly onto the modern picture of visceral adipose tissue with compromised lymphatic drainage, bile insufficiency, and insulin resistance. The protocol maintains seven independent intervention pathways so that no single saturable step becomes the bottleneck.

α2-antagonism unlocks lipolysis. β-adrenergic and PDE inputs activate cAMP. AMPK activation switches metabolism from storage to oxidation. Carnitine transports the freed fatty acids into the mitochondrion. Bile flow and soluble fiber export the cholesterol-derived lipids. Diuretics evacuate the fluid component. Phlegm-transforming herbs dissolve the matrix. Spleen tonics rebuild the engine that failed.

Every ingredient is assigned to one or more of these mechanistic roles. Every window is structured as a tier-ranked stack hitting those roles at the right time. The architecture is built so that if one ingredient is unavailable, contraindicated, or poorly tolerated, the role it plays in the system can be filled by another.