Alumni
Foundation
Give
Search
Search
Quick links
Common Links
A-Z Directory
Campus Map & Directions
Library
News
Events
Phone Directory
Prospective Students
Admission
Admitted Students
Majors & Programs
Tuition & Aid
Virtual Tour
Current Students
Canvas
Handshake Job Search
Skyhawk Station
Student Clubs & Events
theFort
Faculty & Staff
Faculty & Staff
Academic Affairs
Human Resources
WebMail
WebOPUS
About Flc
About Fort Lewis College
About Durango
Campus Webcams
Fast Facts
Initiatives & Partnerships
Leadership
Academics
Academics at Fort Lewis College
Undergraduate Majors
Graduate Studies
Academic Calendar
Course Catalog
Schools & Departments
Academic Hub
Undergraduate Research
Admission
Undergraduate Admission
Admitted Students
Admission Portal
Graduate Students
Post-Baccalaureate Teacher Licensure
Visit Campus
Tuition & Aid
Tuition & Aid
Financial Aid
Net Price Calculator
Scholarships
Student Billing & Cashiering
Life at FLC
Student Life
Housing & Dining
Sports & Recreation
Student Services
Health & Safety
Parents & Families
Athletics
Alumni
Foundation
Give
Learn how FLC is helping students with 2024-25 FAFSA changes
Search FLC
majors, programs, offices & events
Fort Lewis College
Fort Lewis College
Search & Directories
FLC Search
Search
Search
Tabs
All Results
(12,168)
Website
(4,923)
Catalog
(2,458)
Social Media
(3,882)
Events
(905)
Refined by:
Format: ppt
Date: 2007
1
-
8
of
8
search results for
Fully-matching results
Chapter 6
WEBSITE
faculty.fortlewis.edu/Byrd_s/Bio455/Transcription.ppt
1 Oct 2007:
Chapter 6. How Cells Read the Genome: From DNA to Protein. Test Your Knowledge. What are two major differences between transcription in prokaryotic and eukaryotic cells? RNA polymerase and DNA polymerase enzymes catalyze the “same” reaction, but
Chapter 3 - Proteins
WEBSITE
faculty.fortlewis.edu/byrd_s/Bio455/Proteinstructure.ppt
26 Aug 2007:
Chapter 3 - Proteins. Test Your Knowledge About Basic Protein Structure. Name one polar and one nonpolar amino acid, then make a list of all the additional amino acids that you remember. What are the four weak (noncovalent) interactions that
Chapter 3 (part 2) – Protein Function
WEBSITE
faculty.fortlewis.edu/Byrd_s/Bio455/Proteinfunction.ppt
3 Sep 2007:
Chapter 3 (part 2) – Protein Function. Test Your Knowledge. (True/False) All proteins bind to other molecules. Explain. What sort chemical interactions create the “binding” between the ligand and its protein partner? Name at least two.
PowerPoint Presentation
WEBSITE
faculty.fortlewis.edu/byrd_s/physiologyweb/Physiology%20ppts/Glycolysis.ppt
15 Jan 2007:
Glycolysis = breakdown of sugars; glycogen, glucose, fructose. Where in body? Where in cell? What are the inputs? What are the outcomes? Oxygen required? Gibbs Free Energy Changes. Rxn# Enzyme DG'(kJ/mol) DG(kJ/mol). 1 Hexokinase -16.7 -33.5.
Slide 1
WEBSITE
faculty.fortlewis.edu/byrd_s/physiologyweb/Physiology%20ppts/Membrane%20transport.ppt
16 Mar 2007:
Major Ways Molecules Move Across Cell Membrane. Name five different ways that molecules can move across the cell membrane:. Cell Membranes and Fluid Balance. Composition of cell membrane? Intracellular vs. interstitial vs. extracellular fluid
PowerPoint Presentation
WEBSITE
faculty.fortlewis.edu/byrd_s/physiologyweb/Physiology%20ppts/CNS%20and%20autonomic.ppt
28 Feb 2007:
CNS. Brain and spinal cord. Brain = two cerebral hemispheres, brainstem, cerebellum,. Diencephalon = thalamus/hypothalamus/pituitary. Spinal cord = ascending and descending axons, interneurons, autonomic neurons, sensory neurons, motor neurons.
Slide 1
WEBSITE
faculty.fortlewis.edu/byrd_s/physiologyweb/Physiology%20ppts/Biomolecules&EnzymesF06.ppt
5 Sep 2007:
Figure 2-3. Table 2-2. Figure 2-7 (1 of 3). Figure 2-7 (2 of 3). Figure 2-7 (3 of 3). Figure 2-8 (2 of 6). Figure 2-8 (3 of 6). Figure 2-8 (4 of 6). Figure 2-8 (5 of 6). Figure 2-8 (6 of 6). Figure 2-9 (2 of 7). Figure 2-9 (3 of 7). Figure 2-11 -
PowerPoint Presentation
WEBSITE
faculty.fortlewis.edu/byrd_s/physiologyweb/Physiology%20ppts/Blood%20and%20O2%20transport.ppt
16 Apr 2007:
Circulating portion of the extracellular fluid; 25% of total ECF. Acts as buffer between cells and external environment. Carries nutrients, waste, fluid, signaling molecules. Capable of partial repair of holes, fighting infection, detoxification.
Refine your results
clear all
Format
ppt
8
More…
clear all
Date
2007
8
More…
;