Venous Insufficiency / Varicose Veins
After the arteries and capillaries deliver nutrients to the cells, the
veins return the blood to the heart and lungs for “recharging.” Veins
are larger than arteries, and can easily suffer from inflammatory
damage, especially in cases of poor circulation or blood stagnation.
Varicose or abnormally dilated tortuous veins are usually found in the
legs, resulting from the high venous pressure and relatively poor
tissue support for the superficial veins.
Dr. Mana points out that the elasticity of the vein depends on a
normal expansion-contraction cycle controlled by the nerves
(Bajracharya, 1988). If there is a constant dilation from pressure or
neurological incompetence, the failure to expand and contract causes
the tissue to dry out and lose elasticity. The resulting lack of
motion allows the blood to stagnate. Histological studies show that
chronic venous insufficiency and varicose vein formation are
characterized by a loss of contractile strength in the tissues, and by
an increase in secretion and collagen deposits (Pappas, 1998).
Consequently, the treatment goals for venous insufficiency are
threefold:
• To restore the elasticity and tone of the venous walls.
• To remove blood congestion and exudate sludge.
• To restore neurological competence.
To treat simple spider veins, I use a tincture of stoneroot, butcher’s
broom rhizome (Ruscus aculeatus), horse chestnut seed (Aesculus
hippocastanus), and gotu kola. These herbs seem to directly heal and
restore elasticity to the venous walls and remove inflammation (Murray
1991). Apply the tincture directly to the affected area twice per day,
and the veins will usually begin to gradually disappear over several months, if not too advanced. The
same compound can be taken internally. I recommend about 35-45 drops
three times per day. To remove blood congestion, I recommend the
moving blood herbs mentioned in our earlier discussion about moving the
blood. To strengthen neurological force, I usually add a small amount astragalus root
to these formulas.

