Other

Icyt Spa

Uxmal S.a.

Cti S.a.

Antartina LLC

Icy T

Manuel Gidekel

Juan Pablo Pivel Ranieri

Osvaldo Podhajcer

Leal Pamela

Ivan Mihovilovic

Emilio Guerra

Maria Teresa Sanz Berzosa

Gustavo Cabrera

Jorge Dinamarca

Eduardo Cafferata

Ramon Lucas Molina Carlevarino

Helga Weber

Gustavo Cabrera Barjas

Juan Manuel Ferrer Cuesta

Leticia Barrientos

Ana Gutierrez

Luis Destefano-Beltran

Graciela Berrios

Julio Alvarez Builla

Carlos Sunkel Letelier

Guillermo Mazzolini

Ana Gutierrez Moraga

The present invention provides for a process for repairing damage to wood and related cellulosic products caused by termites and other wood damaging insects comprising the steps of providing a modification of the bacteria of the genustoxic to termites and other wood damaging insects; converting said bacterial modification into a bait attractive to termites and other wood damaging insects as a source of food; and allowing said bacterial modification to produce a by-product ooze capable of repairing would damaged by termites and other wood damaging insects. The process causes the build-up of wood like material, thus effectively repairing the termite damaged areas.

Process for repairing damage to wood and related cellulosic products caused by termites and other wood damaging insects

The present invention provides for a bio-nematocide for repairing damage to wood and related cellulosic products caused by nematodes.

Bio-nematocide

The chemically synthesized compound Tricin 7-O-beta-D-glucopyranoside, native to the plantand present in aqueous extracts of the plantsaid compound having the ability to inhibit tumor growth in mammals with colorectal carcinoma.

Therapeutic molecules and deviates for CRC

The present invention provides for the first time a biological system which provides the dual function of killing termites and other wood damaging insects while also producing a by-product substance having the capability of repairing damage by termites and other insects to wood and related cellulosic products. The present invention, a biological system, toxic to termites, is provided which produces a means by which damage caused by termites is repaired, said means comprising a by-product produced by a modification of the bacteria of the genus. Preferably, the biological system is in the form of toxic bait.

Termite and other wood damaging insect control

This invention discloses a process for the propagation and survival ofsuitable for industrial scale production. In particular, the process defines selected bioreactor conditions whereby morphologically high quality plants are obtained at high rates. This invention further discloses a bioreactor design which includes a design for automated temporary immersion of explants in a culture medium.

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This invention is related to the field of cancer treatment, more specifically to gene therapy in combination with a suitable chemotherapeutic agent. The present invention is related to a new oncolytic virus, which is able to inhibit the growth of malignant tumors or is a treatment of hyperproliferative mammalian cells, or is a treatment of cancer. The oncolytic virus works in combination with a suitable chemotherapeutic agent. More specifically, the present invention provides a pharmaceutical kit comprising an oncolytic adenovirus and a chemotherapeutic agent, and a method for the treatment of cancer.

Pharmaceutical kit and method for treating cancer

Strains of psychrophilic bacteria isolated from the rizosphere ofare characterized and biofertilizer compositions comprising one or more of these psychrophilic bacteria strains are disclosed.

Biofertilizer formulation

This invention describes an agent for cutaneous photoprotection against UVA (I and II) and UVB radiation that contains an aqueous extract obtained from a plant in the Gramineae family from the Antarctic Continent (), which presents both antioxidant and dissipation of excess UV radiation properties.

Agent for cutaneous photoprotection against UVA/UVB rays

This disclosure provides gene sequence of a novel gene DaRub1 ofexpressed at low temperatures. The promoter sequence of this gene is identified and characterized. The promoter is inducible at low temperature, upon wounding and after auxin-treatment. Additionally this disclosure shows improved low temperature tolerance of transgenic Eucalyptus plants expressing DaRub1 gene.

Plant promoter

Growing community of inventors

Santiago, Chile

Manuel Gidekel