Craig Buckley
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Craig Buckley
Undergraduate Researcher
E-mail: buckley.114@osu.edu
Hometown: Fairfield, Ohio
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| Education |
B.S., Chemical Engineering, Ohio State University, Columbus, OH, Expected
2009
Engineering Intern, Clippard Instrument Laboratory, Cincinnati, OH, Summer 2006 |
Biographical
Information |
Craig Buckley has joined Dr. Winter’s lab as an undergraduate
researcher. He is a sophomore chemical engineering major at OSU pursuing
a Bachelors degree with the biomolecular coursework option. Craig has
worked as an engineering intern at Clippard Instrument Laboratory performing
testing on and creating 3-D models (using SolidWorks) of a line of flow
control valves and related pneumatic products. He was also part of a
team that created an autonomous robot for the freshman Fundamentals of
Engineering for Honors design class. The robot was engineered to perform
tasks in a simulated chemical plant, and placed in the top sixteen of
the tournament held for the program. Craig is a recipient of OSU’s
Distinguished Merit Scholarship for National Merit Finalists. |
| Current Work |
I am currently working on a project
to attach various ligands to gold nanoparticles for insertion within
the pores of agarose gel. The nanoparticles serve as anchors for the
ligands, allowing them to essentially remain attached to the agarose
gel without changing the structure of the gel itself. This technique
has the potential to add a wide range of functionality without a need
to chemically modify the backbone of the gel. A fluorescent indicator
will be used as the first ligand to test and refine the procedure for
inserting and maintaining the gold nanoparticles in the gels network
of pores. After this procedure has been developed, the effects and uses
of different functional groups inserted into the gels will be explored.
Modifications of this general approach are also possible. For example,
while permanently attached ligands are certainly useful, a controlled
release of the nanoparticles and their attached ligands would allow for
the possibility of a drug-deli
very type system. |
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