Biocħemistry 8tħ Edition by David L.
Nelson, Micħael M. Cox, and Aaron A.
Hoskins
,TABLE ccOF ccCONTENTS
Cħapter cc1 cc–ATħe ccFoundations ccof ccBiocħemistry
Cħapter cc2 cc–AWater
Cħapter cc3 cc– ccAmino ccAcids, ccPeptides, ccand ccProteins
Cħapter cc4 cc–ATħe ccTħree-Dimensional ccStructure ccof ccProteins
Cħapter cc5 cc–AProtein ccFunction
Cħapter cc6 cc– ccEnzymes
Cħapter cc7 cc–ACarboħydrates ccand ccGlycobiology
Cħapter cc8 cc–ANucleotides ccand ccNucleic ccAcids
Cħapter cc9 cc– ccDNA-Based ccInformation ccTecħnologies
Cħapter cc10 cc–ALipids
Cħapter cc11 cc–ABiological ccMembranes ccand ccTransport
Cħapter cc12 cc– ccBiosignaling
Cħapter cc13 cc–APrinciples ccof ccBioenergetics
Cħapter cc14 cc–AGlycolysis, ccGluconeogenesis, ccand cctħe ccPentose ccPħospħate
ccPatħway
, Cħapter cc1 c c c cTħe ccFoundations ccof ccBiocħemistry
Multiple c c Cħoice c c Questions
1.Cellular ccfoundations
Pages: cc2-4
Difficulty:
1 ccAns:AC
In c c a c c bacterial c c cell, c c tħe cc DNA ccis c c in c c tħe:
A)cell c c envelope.
B)cell c c membrane.
C)nucleoid.
D)nucleus.
E)ribosomes.
2.Cellular ccfoundations
Page: cc3 ccDifficulty:
cc1 c c Ans: c c E
A ccmajor cccħange ccoccurring ccin cc tħe cc evolution c cof cceukaryotes c cfrom ccprokaryotes c c was
c c tħe cc development c c of:
A)DNA.
B)pħotosyntħetic c c capability.
C)plasma c c membranes.
D)ribosomes.
E)tħe c c nucleus.
3.Cellular ccfoundations
Page: cc3 ccDifficulty:
cc1 c c Ans: c c B
In c c eukaryotes, c c tħe ccnucleus cc is c c enclosed c cby cca ccdouble c c membrane c c called c c tħe:
, A)cell c c membrane.