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BB350 Lecture 26 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
involves converting pyrvate into acetyl-CoA for oxidation in the citric
acid
cycle. When oxygen is present
#26 Biochemistry Lecture (Glycolysis & Metabolism) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
#28 Biochemistry Lecture (Glycogen Metabolism) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 28 Highlights.pdf
Creator:
Ahern, Kevin
#24 Biochemistry Lecture (Carbohydrate Structure) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 24 Highlights.pdf
Creator:
Ahern, Kevin
#27 Biochemistry Lecture (Gluconeogenesis) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 27 Highlights.pdf
Creator:
Ahern, Kevin
#23 Biochemistry Lecture (Immunology and Energy) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 23 Highlights.pdf
Creator:
Ahern, Kevin
#22 Biochemistry Lecture (Viruses, Cancer and Oncogenes) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 22 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
collection of nucleic
acid
complementary to all of the mRNAs of a cell and could sort them out and precisely
#20 Biochemistry Lecture (Translation II) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 20 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
to the P site and a new tRNA with an
amino
acid
comes into the A site. This process also involves the
#18 Biochemistry Lecture (Transcription II) from Kevin Ahern's BB 350 Broadband.mp4
Creator:
Ahern, Kevin
BB350 Lecture 18 Highlights.pdf
Creator:
Ahern, Kevin
#25 Biochemistry Lecture (Carbohydrates and Glycolysis) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 25 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
1. Chitin is a polysaccharide of insects that is composed of repeating subunits of an
amino
sugar (N
#21 Biochemistry Lecture (Biotechnology) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 21 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
this method, the recombinant gene is inserted in a plasmid such that a string of 6 histidine
amino
#19 Biochemistry Lecture (Translation) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 19 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
) codons is unnecessary for identifying an
amino
acid
. For example, glycine can be coded by GGG, GGA, GGC
#15 Biochemistry Lecture (DNA Structure and Replication) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 15 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
ribosomes that make proteins. 18. tRNAs carry an
amino
acid
at one end and a three base sequence called an
#17 Biochemistry Lecture DNA Replication III & Transcription) from Kevin Ahern's BB 350 Broadband.mp4
Creator:
Ahern, Kevin
BB350 Lecture 17 Highlights.pdf
Creator:
Ahern, Kevin
#16 Biochemistry Lecture (DNA Replication II) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 16 Highlights.pdf
Creator:
Ahern, Kevin
BB350 Lecture 14 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
a nucleic
acid
is the end of the nucleic
acid
that has a free 5' end (no bond). The 3' end of a
#35 Biochemistry Lecture (Nitrogen and Amino Acid Metabolism) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 35 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
families/categories of
amino
acid
anabolism - glutamate, aspartate, serine, pyruvate, aromatic, and
#3 Biochemistry Lecture (Buffers) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 3 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
' and HA is the
acid
) allows one to measure the pH if one knows the pKa and the amount of salt and
acid
13 Biochemistry Lecture (Lipids and Membranes) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 13 Highlights.pdf
Creator:
Ahern, Kevin
BB350 Lecture 36 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
para-
amino
benzoic
acid
and drugs that mimic this are the sulfa drugs. Humans get folate in their diet
#4 Biochemistry Lecture (Amino Acids) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 4 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
BB350 Lecture 4 Highlights
Amino
Acid
Highlights 1
#8 Biochemistry Lecture (Gels_Enzymes) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 8 Highlights.pdf
Creator:
Ahern, Kevin
#34 Biochemistry Lecture (Photosynthesis) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 34 Highlights.pdf
Creator:
Ahern, Kevin
#33 Biochemistry Lecture (Lipid Fat Metabolism III) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 33 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
phosphatidic
acid
, which is a branch point between synthesis of fats and glycerophospholipids. 2. In the
#32 Biochemistry Lecture (Lipid Fat Metabolism II) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 32 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
. 4. Fatty acids are synthesized in the cytoplasm and each step increases the size of the fatty
acid
12 Biochemistry Lecture (Enymzes and Lipids) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 12 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
, stimulating its breakage. 2. Coenzymes are non-
amino
acid
molecules that help an enzyme to perform catalysis
#31 Biochemistry Lecture (Lipid_Fat Metabolism I) from Kevin Ahern's BB 350.mp4
Creator:
Ahern, Kevin
BB350 Lecture 31 Highlights.pdf
Creator:
Ahern, Kevin
Full Text:
electron transport stops, NADH accumumlates, stopping the citric
acid
cycle. 3. When you exercise, your
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