Skip to Content
Toggle navigation
Switch language
English
Switch language
Deutsch
English
Español
Français
Italiano
Português do Brasil
中文
Login
ScholarsArchive@OSU
Home
About
Help
Contact
Search ScholarsArchive@OSU
Go
Advanced Search
Search Constraints
Start Over
Filtering by:
Keyword
Fatty acids -- Metabolism -- Regulation
Remove constraint Keyword: Fatty acids -- Metabolism -- Regulation
« Previous |
1
-
10
of
101
|
Next »
Sort by Date Created ▼
Relevance
Title [A-Z]
Title [Z-A]
Date Created ▼
Date Created ▲
Date Uploaded ▼
Date Uploaded ▲
Number of results to display per page
10 per page
10
per page
20
per page
50
per page
100
per page
View results as:
List
Gallery
Masonry
Search Results
BB 451_551 Lecture 33 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
NADH and FADH2 will not be reoxidized. For these reasons, the citric
acid
cycle will not run either
BB 451_551 Lecture 46 Highlights.pdf
Creator:
Ahern, Kevin
#02 Biochemistry Buffers Lecture for Kevin Ahern's BB 450_550.M4A
Creator:
Ahern, Kevin
#01 Biochemistry Introductory Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 29 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
reaction for a
fatty
acid
. 3. Addition of water to fumarate (catalyzed by fumarase) yields L-malate. 4
BB 450_550 Lecture 16 Highlights.pdf
Creator:
Ahern, Kevin
BB 450_550 Lecture 26 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
. GPa is MORE ACTIVE and GSb is LESS ACTIVE. Thus, reciprocal
regulation
of glycogen
metabolism
is
BB 451_551 Lecture 43 Highlights.pdf
Creator:
Ahern, Kevin
#07 Biochemistry Protein Characterization Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 14 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
muscular contraction. Highlights Allostery and
Regulation
1. Aspartate transcarbamoylase (ATCase) is an
« Previous
Next »
1
2
3
4
5
…
10
11
Toggle facets
Limit your search
Creator
Ahern, Kevin
101
Rights Statement
In Copyright
101