PressRelease

Cisne Enterprises, Inc.

November 5, 2007

(Odessa, Texas) Cisne Enterprises, Inc. of Odessa, Texas announced today the development of a
new product that offers a possible solution to the MRSA crisis. Cisne has developed a body lotion,
body spray, and nasal wash with an ingredient that inhibit the growth of MRSA 99.9%. In
addition, these products also showed the same results with five other dangerous bacteria
including E.Coli, Salmonella, and streptococcus strains. A study completed by the Biological
Sciences Department of a Texas university concluded that the active ingredient in Cisne’s Alka
Vita products, Alkahydroxy, inhibits the growth of these bacterial colonies and the infections
that can result. The Texas university laboratory study is also supported by an additional
independent study conducted by an internationally recognized laboratory in Mexico.

MRSA, (Methicillin Resistant Staphylococcus aureus), is common on human skin surfaces and
in the nose, but when introduced into the bloodstream through a wound or surgical incision the
results can become life threatening. This bacteria has evolved into a drug resistant strain that
cannot be controlled by antibiotics. An article in the Journal of The American Medical
Association states that MRSA cases are rising at an alarming rate in hospitals, nursing homes,
day care centers, and schools. The Center for Disease Control indicates that with the current
infection rate of MRSA, annual deaths nationwide could surpass those of AIDS.

Cisne’s patent pending active ingredient, AlkaHydroxy, is a modified formulation of elemental
silicon and forms the base line for the Alka Vita products. Proven non toxic, non corrosive, safe
and effective, the Alka Vita product line may fight dangerous bacteria. These products do not
contain any alcohol, chlorine, or ammonia. The Alka Vita products are effective and inexpensive.

The products and statements on this press release have not been evaluated by the FDA. They are
not meant to diagnose, cure, or prevent any disease or condition.