Abstract: The present invention provides a composition for treating skin damage, comprising Halobacteria extracts and Dunaliella extracts. The aforementioned extracts further comprising strong antioxidants with high redox potential when dissolved in oil and in water. The strong antioxidants inhibiting in a known oxidative mechanisms which are further correlated with skin damage, wherein the Halobacteria extract is Archaebacteria DN-1 having a wide range impact on rehabilitation of the skin tissue after radiation, and wherein said Halobacteria extracts and Dunaliella extracts combination promotes rehabilitation of the skin tissue after radiation, and provides a synergistic effect on a mammalian skin. Furthermore, the composition is preferably adapted for topical delivery.

Abstract: The present invention provides a composition for treating skin damage, comprising Halobacteria extracts and Dunaliella extracts. The aforementioned extracts further comprising strong antioxidants with high redox potential when dissolved in oil and in water. The strong antioxidants inhibiting in a known oxidative mechanisms which are further correlated with skin damage, wherein the Halobacteria extract is Archaebacteria DN-1 having a wide range impact on rehabilitation of the skin tissue after radiation, and wherein said Halobacteria extracts and Dunaliella extracts combination promotes rehabilitation of the skin tissue after radiation, and provides a synergistic effect on a mammalian skin. Furthermore, the composition is preferably adapted for topical delivery.

Abstract: A composition and method for treating solid tumors in a mammalian subject. The composition includes halobacterial extracts and Dunaliella extracts, containing antioxidants. The composition also includes: (a) at least one water soluble fraction and, (b) at least one oil soluble fraction. The aforementioned extracts, together as a composition, are adapted for therapeutic treatment of solid tumor reduction. Furthermore, the composition is adapted to promote solid tumor reduction in radiation treatment in vitro and in vivo.

Abstract: A composition for treating skin damage that includes halobacteria extracts and Daunaliella extracts. The aforementioned extracts have strong antioxidants with high redox potential when dissolved in oil and in water. The strong antioxidants inhibit known oxidative mechanisms which are further correlated with skin damage. The halobacteria extract is Archaebacteria DN-1, which has a wide range impact on rehabilitation of the skin tissue after radiation. Furthermore, the composition is preferably adapted for topical delivery.