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BB 450_550 Lecture 14 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
exist. Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon State University http://oregonstate.edu
BB 450_550 Lecture 15 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
activate millions. Cascades are great for amplifying a signal. Kevin Ahern's
Biochemistry
(BB 450
#25 Biochemistry Glycogen Metabolism I Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 25 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
glycolysis. Dephosphorylation of PFK2 favors the synthesis Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon
#24 Biochemistry Gluconeogenesis Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 24 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
Biochemistry
(BB 450/550) at Oregon State University http://oregonstate.edu/instruct/bb450/summer13
#12 Biochemistry Catalytic Mechanisms I Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 12 Highlights.pdf
Creator:
Ahern, Kevin
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bonds of the catalytic triad is important in the catalytic Kevin Ahern's
Biochemistry
(BB 450/550) at
#05 Biochemistry Protein Tertiary_Quaternary Structure Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 5 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
. Misfolding of proteins is implicated in diseases such as mad cow disease and Kevin Ahern's
Biochemistry
(BB
#18 Biochemistry Signaling I Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 18 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
subunits and CANNOT bind to adenylate cyclase. Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon State
#13 Biochemistry Catalytic Mechanisms II Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 13 Highlights.pdf
Creator:
Ahern, Kevin
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- usually zinc - and water in the active site). 2.
I
discussed in the lecture the implications of the exact
#22 Biochemistry Glycolysis II Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 22 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
many foods) may be a factor in obesity. Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon State
#04 Biochemistry Protein Primary_Secondary Structure Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 4 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
one side interacts with the Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon State University http
#23 Biochemistry Glycolysis III Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 23 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
angiogenin are anti-cancer therapies. Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon State University
#11 Biochemistry Enzymes III Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 11 Highlights.pdf
Creator:
Ahern, Kevin
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EXAM
I
MATERIAL HERE Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon State University http
#17 Biochemistry Carbohydrates II Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 17 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
are responsible for the structure of sucrose and the linkages for the disaccharides
I
described in
BB 450_550 Lecture 16 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
. Highlights of Carbohydrates
I
Lecture 1. Simple carbohydrates are monosaccharides, also called sugars. These
#20 Biochemistry Metabolic Controls_Energy Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 20 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
the G of the hydrolysis reaction is very negative Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon
#03 Biochemistry Amino Acids Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 3 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
is why
I
avoid calling amine groups "bases". 5. The Henderson Hasselbalch equation tells us we can
#06 Biochemistry Protein Purification Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 6 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
the largest ones move the Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon State University http
#08 Biochemistry Hemoglobin Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 8 Highlights.pdf
Creator:
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Full Text:
causes it to be pulled 'up' slightly. This, in turn, causes the histidine Kevin Ahern's
Biochemistry
(BB
#09 Biochemistry Hemoglobin II_Enzymes I Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 9 Highlights.pdf
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Full Text:
Energy change for a reaction under standard conditions. Since most reactions Kevin Ahern's
Biochemistry
#19 Biochemistry Signaling II Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 19 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
cleave GTP to Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon State University http://oregonstate.edu
#10 Biochemistry Enzymes II Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 10 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
enzyme where a reaction is catalyzed. A substrate is a Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon
#07 Biochemistry Protein Characterization Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 7 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
washed to release unbound antibody and Kevin Ahern's
Biochemistry
(BB 450/550) at Oregon State
#01 Biochemistry Introductory Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 1 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
the
general
equation for the dissociation of ANY weak acid as HA <=> H+ + A-
I
will say more about
#21 Biochemistry Glycolysis Lecture for Kevin Ahern's BB 450_550.mp4
Creator:
Ahern, Kevin
BB 450_550 Lecture 21 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
(breakdown reactions involving a double bond, but not using water to break the molecule down) Glycolysis
I
BB 450_550 Lecture 27 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
does this by stimulating the activity of Protein Phosphatase
I
(PP1). This, in turn, causes ALL OF THE
#27 Biochemistry Glycogen Metabolism III _ Metabolic Melodies Lecture for Kevin Ahern's BB 450_550.M4A
Creator:
Ahern, Kevin
BB 450_550 Lecture 26 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
Metabolism II In the notes below,
I
refer to Glycogen Phosphorylase a as GPa and Glycogen Phosphorylase b as
#26 Biochemistry Glycogen Metabolism II Lecture for Kevin Ahern's BB 450_550.M4A
Creator:
Ahern, Kevin
#02 Biochemistry Buffers Lecture for Kevin Ahern's BB 450_550.M4A
Creator:
Ahern, Kevin
BB 450_550 Lecture 2 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
referring to a buffer system,
I
shall use the term 'salt' to refer to the molecule of the buffer system that
#53 Biochemistry Sensory Systems II Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 53 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
humoral immune system. Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon State University http
#52 Biochemistry Sensory Systems Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 52 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
. Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon State University http://oregonstate.edu/instruct/bb451
#51 Biochemistry Gene Expression III Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 51 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
to act by binding the estrogen receptor (
I
use the terms estrogen receptor and nuclear hormone
#50 Biochemistry Gene Expression II Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 50 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
genes if the enhancer proteins themselves are expressed Kevin Ahern's
Biochemistry
(BB 451/551) at
#49 Biochemistry Translation III_Gene Expression I Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 49 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
for prokaryotic organisms to be able to respond properly to Kevin Ahern's
Biochemistry
(BB 451/551
#48 Biochemistry Translation II Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 48 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
I
1. As polypeptides are being synthesized, the previously synthesized chain is attached to the free
#47 Biochemistry Transcription III _ Translation I Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 47 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
. The promoters for each RNA polymerase are different in structure.
I
will not hold you responsible for
#46 Biochemistry Transcription II Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 46 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
Biochemistry
(BB 451/551) at Oregon State University http://oregonstate.edu/instruct/bb451/summer13/lectures
#45 Biochemistry DNA Repair _ Transcription I Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 45 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
Translation. Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon State University http://oregonstate.edu
#43 Biochemistry DNA Replication III Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 43 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
repair by DNA polymerase
I
and DNA ligase. Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon State
#42 Biochemistry DNA Replication II Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 42 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
Replication II 1. 1.DNA polymerase
I
has three enzymatic activities - a 5' to 3' DNA polymerase activity, a 3
#41 Biochemistry DNA Replication I Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 41 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
be removed from each one. The 5' to 3' exonuclease activity of DNA Polymerase
I
is needed to remove
#40 Biochemistry Nucleotide Metabolism II Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 40 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
identical subunits - R1 (large subunit) and R2 (small subunit). R1 (
I
mistakenly said it was R2 earlier in
#39 Biochemistry Nucleotide Metabolism I Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 39 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
blocks of DNA. 11. Nucleotides and nucleosides are made in cells by two
general
mechanisms - salvage
#38 Biochemistry Fat_Fatty Acid Metabolism II Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 38 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
-CoA. You should be able to interpret the respiratory control system
I
described in class that explains
#37 Biochemistry Fat_Fatty Acid Metabolism I Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 37 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
oxaloacetate. Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon State University http://oregonstate.edu
#36 Biochemistry Cholesterol in the Body Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 36 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
made. When cholesterol is Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon State University http
#35 Biochemistry Phosphoglycerides, Cholesterol, Steroids Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 35 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
). Loss of the methyl groups by SAM yields S-Adenosyl-Homocysteine (
I
incorrectly said S-adenosyl
#34 Biochemistry Oxidative Phosphorylation_Respiratory Control Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 34 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
superoxide molecules, while producing hydrogen peroxide. Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon
#33 Biochemistry Electron Transport_Oxidative Phosphorylation Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 33 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
phosphorylation. 4. Electrons from NADH enter the electron transport system through complex
I
. 5. Electrons from
#32 Biochemistry Nerve Transmission_Mitochondria Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 32 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
channel relates to the energies of solvation of Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon State
BB 451_551 Lecture 31 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
across a membrane are Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon State University http
#31 Biochemistry Membrane Transport Lecture for Kevin Ahern's BB 451_551.M4A
Creator:
Ahern, Kevin
#30 Biochemistry Lipids and Membranes Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 30 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
many molecules, including molecules, such as sugar that the cell Kevin Ahern's
Biochemistry
(BB 451
#29 Biochemistry Citric Acid Cycle II Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
BB 451_551 Lecture 29 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
Kevin Ahern's
Biochemistry
(BB 451/551) at Oregon State University http://oregonstate.edu/instruct/bb451
#28 Biochemistry Citric Acid Cycle Lecture for Kevin Ahern's BB 451_551.mp4
Creator:
Ahern, Kevin
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