Abstract
Number |
Presenter |
Title |
| 1 |
Kaguri, Twesigye J. |
A service-learning approach to biotechnology instruction |
| 2 |
Chen, Min-Huei |
The systemic movement of a tobamovirus requires host cell pectin methylesterase |
| 3 |
Markwell, J. |
Using McGregor's Theory Y as a framework for improving student motivation |
| 4 |
Thorhaug, Anitra |
Low salinity responses measured by spectral reflectance of 4 seagrasses: Thalassia testidinum, Halodule wrightii, Suringodium filiforme and Zostera maritime |
| 5 |
Lickwar, Colin |
II. "Modern Techniques in Plant Biotechnology" The Generation of Agrobacterium-mediated transformants in perennial rye grass and tall fescue for production of environmentally responsible grasses by crop improvement: A project based approach. |
| 6 |
LaMantia, Jonathan |
A new model undergraduate internship program in agricultural biotechnology |
| 7 |
Longo, Chip |
Modern Techniques in Plant Biotechnology: A model new laboratory course in biotechnology accomplished through project-based learning. |
| 8 |
Eitas, Timothy K |
"Modern techniques in plant biotechnology" Contributions to the functional genomics of rice: 'the generation of transgenics for transposon mutagenesis in Oryza sativa ssp.japonica cv.Nipponbare' : a project-based approach. |
| 9 |
DeNoia, Michael G. |
A Workshop for High School Teachers on an Educational Kit for Instructional Use on Agricultural Biotechnology |
| 10 |
Liu, Zin-Huang |
Effect of cadmium on peroxidase, laccase, and lignin synthesis in soybean root |
| 11 |
Longo, Chip |
III. “Modern techniques in plant biotechnology.” a project-based approach to teaching agricultural biotechnology for high school teachers and students. |
| 12 |
Kausch, Albert P. |
“The Way We Work With Life”: A course for general undergraduate and the general public covering, in simple terms, basic knowledge about DNA and the exploding fields of Biotechnology. |
| 13 |
Soundararajan, Madhavan |
Assessment by Peer-Evaluation of Undergraduate Oral Presentations |
| 14 |
Casalongue, Claudia |
Jasmonic acid in wheat leaves: control of proteolytic and inhibitor protease activities |
| 15 |
Mercier, Richard W |
Undergraduate student involvement in bioinformatics: genetic analysis of T-DNA insertional mutant plants as an education tool |
| 16 |
Robinson, Sharon A |
PHOTOSYNTHESIS in silico |
| 17 |
Riu, Key-zung |
Expression of a Fatty Acid Desaturase Gene and Cold Tolerance in the Citrus Transgenic Plants |
| 18 |
Cyr, Richard |
Student Performance in a Web-based Introductory Biology Course |
| 19 |
Valenzeno, Dennis P. |
Teaching plant biology with web-based learning modules |
| 20 |
Karimi, Mansour |
Expression analysis of Arabidopsis lines tagged with a promoter less gus gene |
| 21 |
Fahmy, Afaf S. |
A serine protease from germinated wheat seeds |
| 22 |
O'Connell, Mary A. |
Medicinal Plants of the Southwest: a student development activity in the biomedical sciences |
| 23 |
Twigg, Paul G |
Use of glutamine synthetase gene sequences as a tool for learning about plant phylogeny at the molecular level. |
| 24 |
Ewing, Nicholas N. |
Integration of microarray analysis of gene expression into undergraduate laboratory courses |
| 25 |
Bong Gu, Kang |
Direct DNA transformation into plant by positively charged oligopeptides |
| 26 |
Itoh, Hironori |
Accumulation of the repressor protein for GA signaling, SLR1, in gid2 mutant. |
| 27 |
Suzuki, Takamasa |
Functional analysis of TONSOKU suggests its role in the cell cycle |
| 28 |
Gubrium, Erika K |
Applied and Inquiry-based Molecular Biology (AIM): Virtual Labs for the Community College Classroom |
| 29 |
Thoma, Sharon L. |
Connecting the classroom with primary research: molecular analysis of red clover genes |
| 30 |
Singh, Santokh |
Regulation of dark-induced leaf senescence in PSAG12-IPT transgenic and wild type tobacco by cytokinins and ethylene |
| 31 |
Shinkle, James |
Textbook reviewing as an educational experience and teaching tool |
| 32 |
Kaneko, Osamu F. |
Overexpression and silencing of genes in transfected Nicotiana benthamiana using a plant RNA viral vector |
| 33 |
Rathinasabapathi, Bala |
Laboratory activities in the Undergraduate Horticulture Curriculum |
| 34 |
Patrick, Marquis M |
Changes in Gene Expression at the Bolting Transition of Arabidopsis thaliana |
| 35 |
Kim, Sung-Ha |
Effects of experimental instruction in genetics using C-Fern on students' conceptual change in genetics |
| 36 |
Scott, Jonathan |
Systemic response to leaf damage: a student laboratory exercise |
| 37 |
Williams, Mary E |
Integrating independent investigation into the undergraduate biology lab curriculum |
| 38 |
Ellis, Jane P. |
Assaying properties of medicinal plants as long term projects in plant physiology laboratory using antitumor, antibacterial, and toxicity testing protocols |
| 39 |
Quinn, William J. |
A combined undergraduate research - internship program at a traditional undergraduate institution |
