Research hub

Scientific dossiers on lymphatic dysfunction and restoration.

Five white papers frame lymphatic failure as a systems problem connecting peripheral transport, vascular mechanics, neurological clearance, ENT pathology, male pelvic dysfunction, and carpal tunnel syndrome.

Mechanics

How vessel structure and stiffness alter lymph transport and tissue outcomes.

Neurolymphatics

Why impaired drainage may affect brain waste clearance and neurodegeneration.

Clinical translation

How mechanistic models can become consumer and clinical intervention pathways.

Abstract

This paper presents a novel mechanical model of lymphatic transport in the peripheral limbs, introducing the helical limb architecture as a framework for understanding how mechanical dysfunction in lymphatic vessels contributes to peripheral neuropathy. The model integrates biomechanical principles with clinical observations of neuropathic progression.

Key findings
1

Lymphatic vessels exhibit helical muscular architecture optimized for peristaltic transport

2

Mechanical stiffness in vessel walls correlates with reduced drainage capacity

3

Peripheral neuropathy progression correlates with lymphatic stagnation in affected limbs

4

Mechanical stimulation can restore lymphatic function independent of pharmacological intervention

Lymphatic anatomy reference
Dossier access

Download the full paper to review the proposed model, mechanistic framework, and translational implications.

Download PDF