Arterial LE 28/Samurai – 28 GENDX

GENDX– Is Genelyn’s 2nd generation of preservation. Measuring quantity of mixtures of Formaldehyde and modern cross linking preservation chemistry. A 28 GENDX is equivalent in

preservation strength to a 28 Index in reaction within the cells of the body.

Arterial LE 28 or Arterial Samurai L.E 28 (in Japan) is specially formulated with Lanolin suitable for all cases where extra softness of preservation is required.

Arterial LE 28 is ideal for the delicate case. The gentle characteristics of Arterial LE 28 penetrates the cell membranes assuring preservation and disinfection. The tissues are pliable and the skin tone is left with a natural, soft and realistic texture.

Arterial LE 28 restores and rehydrates natural skin contour and texture to emaciated cases.

• Leaves tissues pliant and skin-toned

• Built in pH stabilizing compounds

• Built in chelating agents

• Integral anticoagulant properties that smooth the flow of fluids throughout the body

• Significantly increased penetration and rate of distribution

GENDX– Is Genelyn’s 2nd generation of preservation. Measuring quantity of mixtures of Formaldehyde and modern cross linking preservation chemistry. A 28 GENDX is equivalent in

preservation strength to a 28 Index in reaction within the cells of the body.

Arterial LE 28 or Arterial Samurai L.E 28 (in Japan) is specially formulated with Lanolin suitable for all cases where extra softness of preservation is required.

Arterial LE 28 is ideal for the delicate case. The gentle characteristics of Arterial LE 28 penetrates the cell membranes assuring preservation and disinfection. The tissues are pliable and the skin tone is left with a natural, soft and realistic texture.

Arterial LE 28 restores and rehydrates natural skin contour and texture to emaciated cases.

• Leaves tissues pliant and skin-toned

• Built in pH stabilizing compounds

• Built in chelating agents

• Integral anticoagulant properties that smooth the flow of fluids throughout the body

• Significantly increased penetration and rate of distribution