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Reduced to alkanes in Wolff-Kishner process
Ketones
Acyloins
Ketones
Acetone
Ketones
Carbonylated in Cativa process
Alcohols
used to precipitate DNA
Alcohols
“primary” and “secondary” types
Alcohols
Dehydration produces ethers
Alcohols
Hydroboration-oxidation converts alkenes to __
Alcohols
Silyl ethers used to protect
Alcohols
Combined w/ carboxylic acid in Fischer esterification
Alcohols
Grignard reagents + ketones/aldehydes or carbonyls
Alcohols
Formed by opening epoxide
Alcohols
Broad peak at 3300 in IR spec
Alcohols
Forms carboxylic acids/ketones in Jones oxidation
Alcohols
Reacted w/ chromium trioxide dissolved in sulfuric acid
Alcohols
Produced in oxymercuration-reduction
Alcohols
“Sugar” type in artificial sweeteners
Alcohols
“Isopropyl” type
Alcohols
Thiols are sulfur analogues of ___
Alcohols
Reacted w/ pyridinium chlorochromate
Alcohols
OH group
Alcohols
Osmium tetroxide used to add ___
Alcohols
___ + aldehyde = hemiacetal
Alcohols
Most common one causes buildup of formic acid
Alcohols
Forms ethers in Williamson ether synthesis
Alcohols
Ziegler process forms ___
Alcohols
3’ end of DNA molecule defined by ___
Alcohols
Reacted w/ triphenylphosphine
Alcohols
“anti-Markovnikov” type
Alcohols
2-step process w/ mercury (II) acetate
Alcohols
70% concentration __ used in cleaning lab
Alcohols
Forms azeotropes w/ water at 96% concentration
Alcohols
Added asymmetrically using AD-mix
Alcohols
Dess-Martin periodinane
Alcohols
Fleming-Tamao reaction
Alcohols
Lithium aluminum hydride creates ___
Alcohols
DEAD reagent
Alcohols
Product of Barbier reaction
Alcohols
Inverted in Mitsunobu reaction
Alcohols
Formed by addition of organohalides
Alcohols
Formed in Nozaki-Hiyama-Kishi reaction
Alcohols
Product of Wacker process
Aldehydes
form a silver mirror in Tollens' reagent
Aldehydes
Bakelite made from
Aldehydes
Causes cilantro to taste like soap
Aldehydes
Epoxides
Ethers
Product of Williamson synthesis/process
Ethers
Claisen rearrangement
Ethers
Halothane replaced ___ in medicine
Ethers
“Crown” type
Ethers
THF/tetrahydrofuran
Ethers
Alkyl halide + alkoxide = ___
Ethers
Dissolution of alkali metals by ___
Ethers
3,3-sigmatropic rearrangement
Ethers
Byproduct of Blanc chloromethylation
Ethers
“Allyl vinyl” type
Ethers
“Silyl enol” type
Ethers
anisole
Ethers
hydrolyzed to form soaps
Esters
Speier condensation
Esters
Phenyl type in Fries rearrangement
Esters
“beta-keto” type
Esters
Lactone product
Esters
Adding bases = saponification
Esters
Reacted in Claisen condensation
Esters
synthesized from terephthalic acid and ethylene glycol
Esters
Broken down in Kraphco Decarboxylation
Esters
Reduced in Bouveault-Blanc method
Esters
Dieckmann condensation
Esters
Epinephrine synthesized by methylating a __
Amines
Produced by mast cells
Amines
Most common point mutation from hydrolysis of __
Amines
Strecker synthesis
Amino Acids
Ramachandran plot
Amino Acids
fermented by Corynebacterium glutamicum
Amino Acids
herbicide Roundup blocks the synthesis of
Amino Acids
Tryptone is added to LB to feed bacteria
Amino Acids
Impaired in Ames test
Amino Acids
Shikimate pathway
Amino Acids
Urey-Miller experiment created ___
Amino Acids
Hartnup disease affects absorption of ___
Amino Acids
First synthesized by hydrolysis of asparagus juice
Amino Acids
Dihedral angles plotted against residues of ___
Amino Acids
PKU affected by metabolism of ___
Amino Acids
Selenium-hydrogen group
Amino Acids
“Canonical” types
Amino Acids
milky/musty-smelling urine related to ____
Amino Acids
Zwitterions
Amino Acids
Selenol groups
Amino Acids
Neurotransmitter GABA is e.g. of ___
Amino Acids
Rosenmund Reaction
Carboxyls
volatile derivatives
Carboxyls
Aluminum trichloride
Acids
Hammett function
Acids
“Magic” type
Acids
Antimony pentafluoride
Acids
Stabilizes carbocations
Acids
Catalyze electrophilic substitution
Acids
Iron (III) or aluminum (III)
Acids
KHP is standard ___
Acids