110029: Algae Transcription Factors That Increase Oil Production
Case ID:
TEC2011-0029
Web Published:
7/21/2014
Description:
In recent
years, the interest in alternative fuel has grown rapidly. There are many
different alternatives on the market, from corn oil to algae. The largest
advantages of algae biofuel are that it is a renewable source of energy and that
algae may be grown autotrophically using energy from the sun. Autotrophic growth
helps reduce or avoid the “food v. fuel” debate related to corn ethanol and
vegetable oil biodiesel.
There has
been particular interest in algae, such as microalgae, that naturally accumulate
oil, since this oil is readily converted into biodiesel. Microalgae are
particularly important because of their ability to accumulate large quantities
of oil, although generally under nutrient-deprived conditions. There is a need
for improved biosynthetic oil gene regulation to create algae that accumulate
oil under nutrient-rich growth conditions.
Description
Michigan
State University’s invention is a set of algae transcription factors that
increase oil production and decouple oil production from nutrient starvation.
Specifically, this technology relates to using transcription factors that are
responsible for turning on TAG production and accumulation in C. reinhardtii, with the goal of
creating algae that accumulate oil under nutrient-rich or rapid growth
conditions. The insights gained from understanding regulation of C. reinhardtii oil metabolism may be
applicable to other microalgae.
Benefits
·
Transcription factors for oil
production: Increase the amount of oil production from microalgae.
·
Removes growth rate restrictions:
Allows oil production under nutrient-rich, high-growth conditions, thereby
improving yields and lower extraction costs.
·
Flexible and efficient: Many
strains and possibly species of microalgae can be genetically modified using the
C. reinhardtii transcription factors,
enabling oil production from the most efficient microalgae
strains.
·
Ability to scale up technology:
This system can be used to mass-produce algae for biofuel
production.
Applications
·
Biofuel production
·
Specialty oil production
·
Food oil production
IP Protection
Status
Patent
pending
Patent Information:
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Serial No. |
Patent No. |
File Date |
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For Information, Contact:
Thomas Herlache
Assistant Director
Michigan State University - Test
517-355-2186
herlache@msu.edu