Brigham Young University Homepage
Route Y Secure Sign In

Great Lab

Training Course Outline

 TRAINING COURSE OUTLINE

 


Course scheduling will be based upon student availability and preferences by the beginning of each semester. For 1 credit hour of PDBio 494R a typical semester schedule is shown below, but is subject to change.

During a typical Fall or Winter semester students are required to attend one 2-hour session and log an hour of additional lab work for each session. During Spring and Summer terms students are required to attend two 2-hour sessions and log an  additional hour of lab work for each session.

Once you have been assigned a particular group you must attend during that group time only. Groups will cover different subjects each session during the semester. We will take regular attendance, and most subjects will build upon the previous session's material.

The Aim and Purpose of the BioPhysics Great Lab Training Course it to help teach:

  • Biophysics principles and techniques
  • Research processes that lead to significant scientific findings that merit sharing via publications and presentations
  • Precision, accuracy, and confidence in quantitative laboratory measurement skills and sterile technique
  • Library research resource utilization for scientific research
  • Effective collaboration with other researchers
  • Specific research focuses currently being investigated by Biophysics Great Lab Principle Investigators (PI). One of these Professors may become your mentor as you pursue undergraduate mentored research projects
 

Biophysics Great Lab Training Course - Typical Outline

 

1 Session#:

 

1.    Safety Training – General & Specific Safety Tests

 

2.    Orientation, Research flow explanation, Lab etiquette, Record keeping, and Full class expectations

 

3.        Principle Investigator Orientation/Presentation

 

4.        Principle Investigator Orientation/Presentation

 

5.        Principle Investigator Orientation/Presentation

 

6.    Principle Investigator Orientation/Presentation & Review of Projects

 

7.    Sample Proliferation, Sterile Technique, and Methods

 

8.    Purification / Preparation: Lysis, Centrifugation, Spectroscopy, Chromatography, Dialysis, HPLC, etc.

 

9.    Analysis: Dynamic Light Scattering, Bilayer & Patch Clamping, Fluorescence, Calorimetry, AFM, etc.

 

10.  2Library Training session

 

11.  Pipetting and Vortexing, Accuracy vs. Precision, and Dishware Cleaning

 

12.    Simple Solutions, Balances, pH Meters, and Osmometers 

 

13.    Complex Solutions

 

14.    Journal Presentations

 

 

Final: Comprehensive Pass/Fail Exam (available on Blackboard from 1st Reading day to end of finals)

Skills Test (by appointment after session 14, before the end of finals).

 
Any questions contact Marilyn Baker
 
1 Schedule is subject to change based on holidays, resource availability, and instructor’s discretion.

2 Library sessions times and places will be announced at least a week in advance - times may differ from your usually scheduled group time.
Biophysics Great Lab | Physiology and Developmental Biology | College of Life Sciences | BYU
529 * 534 * 540 * 545 * 549 * 643 * 645 WIDB
(801) 422-7441 | pdbio.greatlab@gmail.com Copyright 2008, All Rights Reserved