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Stephen M. Milner,
MD
1028 South Second St.
Springfield, Illinois
62704

Phone: 217-523-9752
Fax: 217-789-4370

[email-masked]

Clinical Treatment Procedure for Deep Burn
Wounds
with "Burn Regenerative Therapy"

Rong-Xiang Xu, M.D.

Beijing,
China

Published March 11, 2003

In this study, we introduce the histology theory and clinical
process for "Burn Regenerative Therapy" with MEBT/MEBO after deep
burns. In this treatment, the burned skin can be liquified and
discharged without any damage; meanwhile, the subcutaneous survival
tissue is initiated to proliferate, differentiate, and regenerate in
situ, so that the full-thickness skin wound can be healed
physiologically without disfigurement and disablement after an
extensive deep burn.

The main procedure is to first, apply MEBO onto the necrotic or
badly damaged wounds, so the necrotic tissues are surrounded by MEBO
ointment; and then, five biochemistry reactions occur hydrolysis,
enzymolysis, spoilage, saponication, and esterification; later, the
necrotic tissues change to liquid form and are discharged out of the
skin. Secondly, when MEBO is working on necrotic tissue, it also
releases some activity substances for cell regeneration, which act
on the survival tissue. Later, the new full skin is regenerated in
situ with normal skin structure and function from these survival
tissue cells. The paper also includes clinical applications for
extensive deep burn treatment using Burn Regenerative Therapy with
MEBT/MEBO.

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