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Test your basic knowledge |
DSST Biochemistry 2
Start Test
Study First
Subjects
:
dsst
,
science
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Uncoils the DNA strand
Protein
Gyrase
Restriction Enzyme
PORIN
2. 'four'
Nucleus
TETRAD
Glycolysis
Methionine
3. Process of breaking down glucose to pyruvate
ARCHAEA
Release factor
Cellular respiration
Glycolysis
4. Bacteria cell that contains: CW - periplasmic space - & CM
5' - 3'
Phosphorolation
GRAM POSITIVE
EUKARYOTE
5. Stains the Lipid A of gram positive bacteria cell wall
Palindrome
Introns
Crystal Violet
Electronegativity
6. 'cluster'
Glycolysis
GAPDH
STAPHYL
GLYCOSIDIC BOND
7. Lays down RNA Primase to indicate the start of replication
RNA polymerase
Tata box
Alcohol
Cytoplasm
8. Found DNA to be the genetic material in cells
Inducer
Hershey and Chase
PEPTIDOGLYCAN
tRNA
9. Outermost layer of the Gram Positive bacterium
TETRAD
PEPTIDOGLYCAN
COCCI
CELL WALL
10. It is the two single stranded regions of DNA that is being replicated
Protein
OUTER MEMBRANE
Replication fork
Activation energy
11. Lipid component of endotoxin (Gram -)
CYTOPLAMIC MEMBRANE
ATP
Franklin
LIPID A
12. Process of using mRNA to create proteins
Translation
EUKARYOTE
Exons
LAC Operon
13. Messenger RNA that leaves the nucleus with the genetic code for a protein
mRNA
STREPT
Release factor
Glycolysis
14. 'water fearing' (non polar molecules) ie. Lipid tail
Alcohol
HYDROPHILIC
HYDROPHOBIC
Catabolic
15. Bonds between NAG & NAG or NAM & NAM
Gram Positive
Helicase
TETRAD
GLYCOSIDIC BOND
16. The last - ending codon that terminates the sequence
STAPHYL
Stop codon
TETRAD
ENDOTOXIN
17. Stains the LPS of the gram negative bacteria
Leading strand
Endonuclease
Safranin
Cytoplasm
18. Signals the start of DNA replication
Introns
Oxidation
Gram Staining
Primer
19. 2 - 3 carbon molecules with 2 phosphates
Electronegativity
Ribozymes
RNA polymerase
G3P
20. Construction site to build proteins from mRNA and tRNA
Ribosomes
Restriction Enzyme
Nucleus
RNA polymerase
21. Bonds between NAG and NAM
COCCI
PHOSPHOLIPID BILAYER
TETRAPEPTIDE CROSS LINK
Gyrase
22. Lagging strand
23. Circular
COCCI
Anabolic
OUTER MEMBRANE
RNA polymerase
24. LPS layer of a Gram Negative bacterium
GRAM NEGATIVE
Crystal Violet
HYDROPHOBIC
OUTER MEMBRANE
25. (LPS); lipids and polysaccharides linked together by covalent bonds
ARCHAEA
POLYSACCHARIDE
LIPOPOLYSACCHARIDE
Stop codon
26. Series of amino acids held together by peptide bonds
Iodine
Protein
Tata box
ARCHAEA
27. Covalent bonds between amino acids
Lagging Strand
PEPTIDE BOND
Crystal Violet
Ribozymes
28. Okazaki fragments are than linke
Phosphorolation
Primer
DNA polymerase I
PORIN
29. Found one to one ratio between base pairs
Electronegativity
DNA Polymerase III
LIPOPOLYSACCHARIDE
Chargaff
30. Is a code in which it is the same code forward as it is backwards - restriction sites
RNA polymerase
Palindrome
Alcohol
PORIN
31. Place where repressor binds - where RNA polymerase binds
Translation
Anabolic
Promoter
PORIN
32. Lays down DNA nucleotides
DNA Polymerase III
Anticodon
DIPLO
Inducer
33. Where RNA polymerase starts
Repressor
PHOSPHATE
Transcription
Operator
34. Nicotinamide Adenine Dinuecleotide
COCCI
PHOSPHATE
NAD+
Repressor
35. Unzips the DNA double Helix
Catabolic
PHOSPHOLIPID BILAYER
Helicase
Antioxidants
36. Replicated continuously
Stop codon
Activation energy
Phosphorolation
Leading strand
37. Binds to promoter which stops promotion of lactose
Repressor
EUKARYOTE
Protein
Ligase
38. Has 2 layers CW - CM
Gram Positive
Anticodon
Iodine
STREPT
39. Gain of e-
Antioxidants
Phosphorolation
Reduction
DNA Polymerase III
40. Acts as a mordant
Polypeptide
Avery
Alcohol
Iodine
41. Non polar molecule component of the CM (the 'tail')
LIPID
Gram Negative
STREPT
NADH
42. Purine adenine - ribose and 3 phosphates
ATP
Lactose
PORIN
NAG & NAM
43. Location of transcription
LIPOPOLYSACCHARIDE
Nucleus
Replication fork
LAC Operon
44. Makes a repressor - binds to promoter/operator to stop RNA polymerase
Regulator
TECHOID ACID
Reduction
Leading strand
45. 2 phosphates attached to glucose forming a 6 carbon compound & 2Pi (1 phosphate glucose) - ATP becomes ADP - done twice to make a 1 -6 glucose - phosphorolates and makes NAD+
3' -5'
Substrate Level Phosphorolation
Ribozymes
Nucleus
46. 'water loving' (polar molecules) ie. Phosphate head
LAC Operon
Oxidation
HYDROPHILIC
Transcription
47. Not spontaneous - requires energy
Exons
Lactose
Endergonic
OUTER MEMBRANE
48. The process of creating mRNA using DNA
Avery
Reduction
Transcription
Operator
49. Replicated in fragments known as Okazaki Fragments
COCCI
Lagging Strand
Polypeptide
Codon
50. Microbes; single celled microorganisms
ARCHAEA
Ribozymes
TETRAD
Replication fork