Upload
dakota
View
36
Download
2
Embed Size (px)
DESCRIPTION
Ten Steps to Understanding Your Research Project. Dr. Gail P. Taylor Asst. Prog. Dir. MBRS-RISE UTSA. 01/28/2009. Introduction. Designing experiments Performing Difficulties Foundation Implications. Laboratory emphasis Human health issues Context of experiment - PowerPoint PPT Presentation
Citation preview
Ten Steps to Understanding Your
Research Project
Dr. Gail P. TaylorAsst. Prog. Dir. MBRS-RISEUTSA
01/28/2009
Introduction
• Designing experiments <> Performing
• Difficulties– Foundation– Implications
10 Steps to Understanding Your Research Project
• Laboratory emphasis• Human health issues• Context of
experiment• Foundation of
technique• Foundations of
concepts
• What is measured?• Treatment
significance• Novel conclusions• Impacts on field• Future directions
1. Laboratory Emphasis
• Field = Neurobiology, Immunology, Cell• Area of Research = learning and
memory• Focus = molecular correlates to
learning
• Look at what your laboratory tends to publish about….
2. Human Impact
• Relate to known “human” issue– Health benefits– Understand disease– Better for environment
• Possible for even for basic research• Helps with future funding• Helps others relate to your work• May help you to understand lab focus
3. Context of Experiment
• Where did your experiment come from?• Does your experiment…
– Follow another student’s?• Complete prior work?• Extend prior work?
– Represent a new area of research for the lab?• Follows promising new breakthrough
(literature)
4. Foundations of Technique/Model
• Labs often have favorite techniques– Water maze– Electrophysiology– Frog ganglia– NMR
• Find out history of use• Find out what it shows• Obtain “foundation” papers• Vital for Methods section
5. Foundations of Concepts
• All science builds on other studies• KNOW YOUR BACKGROUND INFO!• Sources
– Mentor’s recent paper on subject– Review paper on subject– Pubmed (later)
• Must read slowly and critically• Absolutely required for success
6. What are You Measuring?
• Know what your numbers demonstrate– Electrophysiology – slope of voltage trace -
LTP– Quantitative PCR – Fluorescence intensity -
# transcripts– Color change– Precipitate amount, purity, etc
• Know how it is measured– Generally numerical for significance tests
7. Significance of Treatment Groups
• Controls• Experimentals• Literature allows you to choose or
understand• Make reasoned hypotheses on
results of each experiment
8. Novel Conclusions
• What is new or not known before?• What do combined results reveal?• Can you make a new model
(visible representation of new hypothesis)
9. Impact on Field
• Why was your work important???– Small stair-step in understanding
• Predictable• Necessary
– Huge changes in direction• Surprises• Opens new exploration
– Impact on Health
10. Future Directions
• Where do you go with a positive result!?
• Think of new questions!• How do you answer them?
– Further clarify results?– Extend results to next logical step– Follow ground-breaking work