The poster session for the 2006 ABLE conference at Purdue
University took place in the main entrance to the biology building, Lily
Hall. The eight presentations were well attended. Lively
one-on-one conversation between presenters and workshop participants
indicated that the poster session was a valued part of the conference
experience.
David Hougen-Eitzman, from Carleton College, generated considerable
interest with his enthusiastic explanations on how he incorporates statistics
into his introductory biology program. His idea is to build
skill sets and tools by incorporating graphing and data analysis into
introductory biology labs. Gary Lange, from Saginaw Valley State
University, presented his innovative lab on using rats to teach mammalian
reproduction. Students observe male and female sexual behaviors
as a way to integrate their knowledge with traditional reproductive anatomy
and physiology.
The group from North Carolina State University has been an active contributor
to the poster session in past years. This year was no exception.
Marianne Niedzlek-Feaver presented her work on "innorts", an
imaginary set of organisms that resemble lemurs. Innorts serve
as a tool for DNA fingerprint analysis through web simulations. Betty
Black presented the trials and tribulations of using hand held (Palm)
computers for collaborative and interactive learning. She found
that students found them helpful for some modes of analysis, but traditional
computers were preferred by students in other learning modes. As
an extension of their work on promoting active learning, Marianne and
Betty displayed a third poster on their on-going efforts to utilize the
internet for active concept exploration of cell structure and function.
Mary Mulcahy, from University of Pittsburgh at Bradford,
showed how she uses inexpensive motion detector cameras designed for
hunters to identify locations of wild game. Mary has students use the
equipment to collect data on animal populations on the edge and interior
of forested areas. Clever idea. Pam Connerly, from Indiana
University East, revealed how she has students actively involved doing
student-designed projects on yeast growth. She has them center the projects
around variables that include heat shock, nutrient limitation, temperature
change, and UV treatment. Spread over three labs of her Cell Biology
course, students develop growth curves and do SDS-PAGE gels to detect
protein pattern changes. Mike Martin (John Carroll University) presented
his novel approach to bloodless blood type. He uses a PCR amplification
of an ABO gene exon in combination with restriction enzyme fragmentation
of the product to uniquely identify genotypes.
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