Biology & Life Science Licensing Opportunities

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Technology Transfer
Life Science
Pharmaceuticals and Therapeutics
Biology
Licensing Opportunities
USU researchers have developed an innovative method of carbon monoxide (CO) release for use in biological systems.
Carbon Monoxide Releasing Molecules | Technology Transfer Services

Carbon Monoxide Releasing Molecules

USU researchers have developed an innovative method of carbon monoxide (CO) release for use in biological systems.

Licensing Opportunities
Pharmaceuticals and Therapeutics
Life Science
Technology Transfer
Biology
USTAR
Utah State University researchers created a unique panel of three cDNA clones.
Comparative Functional Genomics and Immunological Tools for Zika Virus Research | Technology Transfer Services

Comparative Functional Genomics and Immunological Tools for Zika Virus Research

Utah State University researchers created a unique panel of three cDNA clones.

Licensing Opportunities
Pharmaceuticals and Therapeutics
Biology
Technology Transfer
Life Science
A method for targeting and treating Japanese encephalitis virus (JEV) and other RNA viruses using a full-length SA14-14-2 cDNA strand.
Drug Target and Construct for Japanese Encephalitis Virus Infection | Technology Transfer Services

Drug Target and Construct for Japanese Encephalitis Virus Infection

A method for targeting and treating Japanese encephalitis virus (JEV) and other RNA viruses using a full-length SA14-14-2 cDNA strand.

Technology Transfer
Animal Models
Life Science
Licensing Opportunities
Biology
A mouse model for the human enterovirus D68 (EV-D68) that provides an animal model for use in the testing and experimentation of disease treatments.
Enterovirus D68 Mouse Model | Technology Transfer Services

Enterovirus D68 Mouse Model

A mouse model for the human enterovirus D68 (EV-D68) that provides an animal model for use in the testing and experimentation of disease treatments.

Biology
Technology Transfer
Life Science
Antimicrobials
Licensing Opportunities
USU researchers have designed a one-step, inexpensive synthesis of amphiphilic alkyl kanamycins (AKs) that uses all-natural components. The result is a new antifungal compound, KI07, which has in vitro activity against fungal pathogens.
Green Antifungal and Amphiphilic Kanamycin | Technology Transfer Services

Green Antifungal and Amphiphilic Kanamycin

USU researchers have designed a one-step, inexpensive synthesis of amphiphilic alkyl kanamycins (AKs) that uses all-natural components. The result is a new antifungal compound, KI07, which has in vitro activity against fungal pathogens.

Biology
Technology Transfer
Licensing Opportunities
USTAR
Silkworms
Life Science
Spider Silk
USU faculty have developed a novel method for mass production of hagfish intermediate filament protein through heterologous expression using Escherichia coli.
Hagfish Intermediate Filament Protein Product in E. coli | Technology Transfer Services

Hagfish Intermediate Filament Protein Product in E. coli

USU faculty have developed a novel method for mass production of hagfish intermediate filament protein through heterologous expression using Escherichia coli.

Technology Transfer
Life Science
Animal Models
Licensing Opportunities
Biology
The KO Hamster Model is a genetically modified Golden Syrian hamster that allows researchers to study human diseases more accurately.
KO Hamster Model | Technology Transfer Services

KO Hamster Model

The KO Hamster Model is a genetically modified Golden Syrian hamster that allows researchers to study human diseases more accurately.

Silkworms
Biology
Licensing Opportunities
Spider Silk
Life Science
Technology Transfer
USU researchers have developed a method of using a heterologous host to produce thread keratins in transgenic silkworms.
Transgenic Silkworms Producing Thread Keratins | Technology Transfer Services

Transgenic Silkworms Producing Thread Keratins

USU researchers have developed a method of using a heterologous host to produce thread keratins in transgenic silkworms.