Deprotonation Study guides, Class notes & Summaries
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Amino Acids, Peptides, and Proteins
- Exam (elaborations) • 111 pages • 2022
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**Amino Acids, Peptides, and Proteins** 
Amino Acids Found in Proteins 
•	Amino acids contain two functional groups, an amino group (-NH2) and a carboxyl group (-COOH) which are formed on a carboxylic acid. 
o	Alpha amino acids are those where both functional groups are attached to the same carbon. 
o	Side chain/R group and hydrogen atom are also attached to alpha carbon. 
	Side chain determines the properties of amino acids and its functions. 
Terminology 
•	There are a variety of differ...
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MCAT UWorld Exam with Complete Solutions
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Different Nitrogen names - ANSWER Enamine: C=C-N 
Amine : C-N 
Imine: C=N 
 
Amide: O=C-N 
Imide: O=C-N-C=O 
 
Ketone(aldehyde) + 1° amine --> Imine 
 
Ketone(aldehyde) + 2° amine ---> Enamine 
 
think about it when replace the Oxygen of carbonyl and attach NitrogenR, /Make sure It has a lone pair. for the 2 ° amine move double bond to the C. 
 
Amine - ANSWER C-N 
 
Myopia (nearsighted) - ANSWER *(-)F= diverging mirror /convex mirror/concave lens 
 
*convex mirror: image always virtual...
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BCHE 5180 / 6180 FINAL EXAM | Graded A
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BCHE 5180 / 6180 FINAL EXAM | Graded A 
 
1 
3 points	Based on what you have learned about the functioning of enzymes and proteins, explain why the pH in the cell has to be buffered. 
	A large group of enzymes show a pH optimum for their activity. This value is normally close to the pH in the cell. When the pH in the cell changes this can lead to a protonation or deprotonation of an amino acid that is important for the enzymatic activity. As a result the activity will decrease. Upon large change...
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BCHE 5180 / 6180 FINAL EXAM | Graded A
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BCHE 5180 / 6180 FINAL EXAM | Graded A 
 
1 
3 points	Based on what you have learned about the functioning of enzymes and proteins, explain why the pH in the cell has to be buffered. 
	A large group of enzymes show a pH optimum for their activity. This value is normally close to the pH in the cell. When the pH in the cell changes this can lead to a protonation or deprotonation of an amino acid that is important for the enzymatic activity. As a result the activity will decrease. Upon large change...
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BCHE 5180/6180: Spring Final (Graded A+)
- Exam (elaborations) • 15 pages • 2021
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BCHE 5180/6180: Spring Final (Graded A+) 
 
1 
3 points	Based on what you have learned about the functioning of enzymes and proteins, explain why the pH in the cell has to be buffered. 
	A large group of enzymes show a pH optimum for their activity. This value is normally close to the pH in the cell. When the pH in the cell changes this can lead to a protonation or deprotonation of an amino acid that is important for the enzymatic activity. As a result the activity will decrease. Upon large chan...
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BCHE 5180/6180: Spring Final (Graded A+)
- Exam (elaborations) • 15 pages • 2022
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- $12.49
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BCHE 5180/6180: Spring Final (Graded A+) 
 
BCHE 5180/6180: Spring Final (Graded A+) 
 
1 
3 points	Based on what you have learned about the functioning of enzymes and proteins, explain why the pH in the cell has to be buffered. 
	A large group of enzymes show a pH optimum for their activity. This value is normally close to the pH in the cell. When the pH in the cell changes this can lead to a protonation or deprotonation of an amino acid that is important for the enzymatic activity. As a result...
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CFQ & PP: Carbonyl Chemistry: Survey of Reactions and Mechanisms STUDY GUIDE
- Summary • 23 pages • 2021
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CFQ & PP: Carbonyl Chemistry: Survey of Reactions and 
Mechanisms 
Reading 
Brown and Foote: Sections 15.1, 16.6 – 16.11, 16.13, 16.14 17.4 – 17.8, 18.2 and 
18.4 – 18.12 
Lecture Supplement 
Carbonyl Reaction Catalysis (page 50 of this Thinkbook) 
Suggested Text Exercises 
Brown and Foote: Chapter 15: 1, 2 
Chapter 16: 4 – 11, 12 – 14, 19 – 45, 54 – 68 
Chapter 17: 2 – 5, 18 – 43 
Chapter 18: 2 – 12, 20 - 53 
Optional Interactive Organic Chemistry CD and Workbook 
Supporting...
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Monofunctional Carbonyls Notes
- Class notes • 18 pages • 2020
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Carbanions are looked at with examples and how to stabilise through inductive and resonance effects. Enolate formation reaction is introduced and a look at different bases and how complete deprotonation can be. The stabilisation of enolates develops the topic before the α-halogenation by base or acid catalysed reactions. More enolate reactions are given. Alkylate aldehydes formation through enamines. Aldol reaction through acid and base conditions in either equilibrating and non-equilibrating c...
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Aromatic Chemistry
- Summary • 7 pages • 2019
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I got a 1st in my first year studying chemistry at the University of Birmingham using these revision notes that I have uploaded. They include detail on structure of benzene, stability of aromatic compounds, criteria for aromaticity, electrophilic substitution, benzene vs olefin reactivity with electrophiles, arrow-pushing mechanisms for a range of electrophilic aromatic substitution reactions, functional group interconversion, selectivity in substitution reactions, how substitutents on a benzene...
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