Question 20 of 25The figure below illustrates what reactions of amino acids?cooC=0CH₂CH₂=000+ NHⒸDecarboylationCystine formationEsterificationTransaminationPeptide bond formationTransmethylationNAD(P)H+HOxidative deaminationAmide formationNAD(P) H₂+H₂OCOOCH₂IمیںCH₂COOⒸATP ADP +P₁ H₂N-CHNHOCH₂CH₂NH₂20

The alpha carbon of amino acids are consist of amino group, carboxyl group and side chain group.…

Answered: The figure below illustrates what…

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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2 ATP + HCO₂ + NH₂ 140 CPS-1 H₂N OPO,2 H₂N 2 ADP, P CH₂ HỘ NHỎ coo 1 0=UN NH₂ P OTC ARG1 H₂O NH₂ H₂H Coo NH CHI CH₂ Coo CH₂ 7 CH₂ HỘ NHĨ coo 4 5 Which of the following is a carbon input to this pathway? (Numbers refer to the above key) 1 2 3 4 None of these is a carbon input NH CH₂ CH₂ CH₂ HỒ NH coo ASL -8---8 CH₂ HỘ NHĨ coo CH ASS ATP PP L-Asp AMP 1 L-ornithine 2 carbamoyl phosphate 3 L-citrulline 4 argininosuccinate 5 fumarate 6 L-arginine 7 urea L-Asp L-aspartate CPS-1 carbamoyl phosphate synthetase I OTC Ornithine transcarbamoylase ASS argininosuccinate synthetase ASL argininosuccinate lyase ARG1 arginase 1 OH OH NH₂
Consider the reaction below. Where would the labelled carbon (represented by the asterisk * in the reactant) end up in the product? CH₂OPO3² NADP+ 44 * OH OH OH as CO2 C-1 C-2 C-3 C-4 C-5 NADPH CO₂ 1 CH₂OH 2 3 :0 CHOH 4 CHOH 5 CH₂OPO3²-
NH2 fofota HO-P- ÓH ОН ОН Using the graphic above, answer the following questions. Is removing phosphates from this molecule considered oxidation or reduction? Is removing phosphates from this molecule considered an exogenous or endogenous reaction?
Draw a mechanism for the following reaction. Make sure to include all non-bonding electrons.
Show Instructions D] Question 1 Which of the following is used as an electron and proton carrier by living organisms? (select all that app O Water O NAD+ OOxygen OUbiquinone O FAD+ Question 2 nilation is important for which two of the following amino acids? (select al
Which of the compounds shown below exhibit a high negative free energy of hydrolysis equal to or larger than the free energy of hydrolysis for the phosphoanhydride of ATP? (Choose all that apply) В Α HPΗ Ho HO HO H2N-CH-C CH2 H2N-CH-C CH2 CH2 H2N-CH-Ö CH2 C CH2 D E O A O B O E O=p-00 O=p-00 O=-00 O=0-00 O=L-00
Describe each step of the metabolic pathway shown in the image below. Linoleic Acid Metabolism 18:2n-6, HO. Linoleic Acid 18:3n-6 он Gamma Linolenic Acid 20:3n-6 он Dihomo Gamma Linolenic Acid 20:4n-6 HO, Arachidonic Acid 22:4n-6 но, Docosatetraenoic Acid
11. Refer to the figure below. нн Н `NH2 NH2 N' N- 2e-+H* R NAD+ NADH NAD+ functions as a coenzyme in many enzyme-catalyzed reactions. The changes that take place in this coenzyme are the same for all of these reactions and are illustrated in the figure. It is likely that, in these reactions, NAD+ functions as an electron acceptor (reducing agent) in redox reactions. functions as an electron donor (oxidizing agent) in redox reactions. functions as a base in acid-base catalytic mechanisms. functions as an electron donor (oxidizing agent) in redox reactions. functions as an electron acceptor (oxidizing agent) in redox reactions. +Z-
Which of the following are the reduced (high energy) forms of the electron carriers nicotinamide adenine dinucleotide (NAD) and flavin adenine dinucleotide (FAD)? NADH2; FADH2 NADH2; FAD NADH; FADH2 NADH; FAD NAD+; FADH2 NAD+; FAD
Explain how hydrogen azide affects the oligopeptide's production of NADH, FADH2, and ATP. (specific oligopeptide attached below)
C Phosphoglycerate enolase coo O H-C-O-P=O CH₂OH 2-Phosphoglycerate This is a (an) d Tyrosine hydroxylase HO coo NH3 L-Tyrosine This is a (an) 0₂ coo C-O-P-C || CH₂ Phosphoenolpyruvate H₂O + HO HO L-DOPA H₂O coo NH3
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The figure below illustrates what reactions of amino acids? coo &C=0 CH₂ CH₂ 0=( 00 + NHⓇ NAD(P)H+H NAD(P) + H₂O Coo I H₂N-C-H CH₂ I CH₂ 3=0 COOⒸ ATP ADP +P; H₂N-CH 1 NH ΝΗ, I CH₂ 1 CH₂ 0=( NH₂