September 2014
M T W T F S S
« Jan    
1234567
891011121314
15161718192021
22232425262728
2930  

The Medford Lab

 

The Medford Lab is Hiring!

Our laboratory has several immediate positions open for talented and hardworking individuals. We are looking for people with experience in molecular biology and/or plant biology.  Salary is commensurate with education and experience and includes CSU’s generous benefits. All positions are full time, although we will also consider outstanding individuals for part time work.

Candidates for all positions should apply at: https://cns.natsci.colostate.edu/employment/OpenPool/medfordlab/index.cfm

The successful candidates must demonstrate U.S. employment eligibility; visa sponsorship will not be provided. There may be hiring restrictions given the federal funding sources.

 

Job opening: Research Associate I or II

The ideal person for this position has experience in molecular biology, particularly cloning, PCR, and gene assembly. Experience working with plants, especially plant transformation and plant tissue culture, is desirable. Candidates should have either B.S. or M.S., or the equivalent, in molecular biology or a related field.

Interested people should apply via the Research Associate Open Pool.

 

Job opening: Program Manager (Research Associate II or III)

The ideal person for this position has experience in molecular biology, writes well, and is very well organized. Experience managing research projects is desirable. Duties include interacting with researchers to prepare reports and publications, preparing for sponsor site visits, assisting with budget issues, and providing technical help with molecular biology and plant transformation as needed.

Interested people should apply via the Research Associate Open Pool.

 

Job opening: Post-doctoral Associate

The ideal person for this position has recently earned their Ph.D. in plant molecular biology or a related field. Experience in cloning, gene construction, synthetic biology, or plant transformation is desirable. Duties include cutting-edge research in designing, assembling, and testing synthetic gene circuits for various projects.

Interested people should apply via the Postdoctoral Fellow Open Pool.

 


 

Plant Synthetic Biology – What is it?

The Medford Lab at Colorado State University uses synthetic biology to redesign plants with useful traits and answer fundamental questions about natural processes. At its heart, synthetic biology differs from genetic engineering in its use of mathematical analysis, modeling, and orthogonal genetic parts to produce organisms with specialized functions. Synthetic biology in plants is a burgeoning field that shows great promise in areas such as bioenergy and security.

We have already developed a plant-based system with computer-designed receptors that activate a synthetic signal transduction pathway and trigger a transcriptional response. Using the tools of synthetic biology, we continue to adapt this system to new inputs and outputs. These outputs could include accumulation of biofuels, flowering or a visual response. At the same time, our investigations lead us to greater insights into how native molecules work. Our system is modular, allowing us to dissect fundamental plant processes. We are also developing digital genetic controls to allow precise regulation of our synthetic traits.

Current Medford Lab Projects

…Plant Sentinels

Prototype Plant SentinelsWe have developed a genetic circuit that allows a plant to detect a certain substance and report on its presence in a way that people or cameras can see. The system has several components: a computer-designed protein custom designed to detect the substance, a synthetic “biological wire” pathway that moves the detection signal into the nucleus, and any one of a variety of readouts. Thanks to its highly modular design, this basic system can be adapted to a wide variety of uses including detecting environmental pollutants. You can read about our first Plant Sentinel, capable of detecting TNT, here.

Our Plant Sentinel technology is being developed at Colorado State University in partnership with Phytodetectors, Inc. Please visit http://www.phytodetectors.com for more information.

 

Bioenergy plants

 

…Enhancing Production of Bioenergy Crops & Their Controls

We are applying synthetic biology principles to bioenergy production. This work is supported by ARPA-E, the cutting edge program of the U.S. Department of Energy.

Many plant species with potential for use as bioenergy crops are currently under-utilized, due to slow traditional breeding programs and inefficient plant transformation methods. To speed up the development of plants with with enhanced bioenergy traits, we are engineering synthetic genetic switches with digital-like behavior that are capable of controlling development in these species. These switches will significantly increase the efficiency of transformation of these species.

 

…High-Throughput Testing Methodologies

RTAeoAGTL

Good parts make good synthetic circuits. To build a genetic circuit that has predictable function and produces an appropriate level of output, we are developing new protocols for testing large numbers of genetic parts rapidly and accurately. This will greatly expand the number of building blocks we can use as we develop new synthetic circuits for plants.

 

 

 

Joining the Medford Lab

Interested in joining our team? Apply to one of our Hiring Pools for Research Associates, Postdocs, and Research Scientists.