Functional Carbon Groups Flashcards

(80 cards)

0
Q

Carbonyl group

A

O
//
-C Sugars in Keytones
\

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1
Q

Hydroxyl group

A

-OH

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2
Q

Carboxyl Group

A
O
    //
- C              Acid and polar 
    \
     OH
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3
Q

Amino group

A
H
   /
-N     Base
   \
    H
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4
Q

Sulfhydryl group

A

-SH Only group that isn’t hydrophilic

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5
Q

Phosphate group

A
O
       ||
-O -P -O(-)    
       |
      O(-)
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6
Q

Methyl group

A
H
  |
-C-H
  |
 H
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7
Q

Amino acids are made up of?

A

An amino group and a carboxyl group!

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8
Q

Osmosis

A

Water dissuasion, no protein, energy from gradient,

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9
Q

Diffusion

A

High to low, no protein, concentration gradient,

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10
Q

Facilitated diffusion

A

Protein required, high to low, concentration gradient, transports polar molecules, charged molecules.

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11
Q

Active transport

A

Protein, low to high, protein req, builds gradients

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12
Q

Exergonic

A

Releases energy

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13
Q

Endergonic

A

Absorbs energy

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14
Q

Cofactors or co-enzyme

A

Organic molecules that enzymes need for function.

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15
Q

Oxidative phosphorylation

A

Oxidation of NADH

Phosphorylation of ADP

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16
Q

Eukaryotes(animal) make how many ATP in respiration

A

36

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17
Q

Prokaryotes make how many ATP in respiration?

A

38

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18
Q

Cyanide does what

A

Prevents the flow of electrons through the ETC. High concentration of NADH and low ATP

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19
Q

DNP(poison) does what?

A

Dissipates the proton gradient without ATP synthesis.

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20
Q

Rotenone(poison) does what?

A

Blocks transfer of electrons early on in the chain.

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21
Q

Reactants of the Calvin cycle are?

A

NADPH, ATP, and CO2

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22
Q

Glycolysis Net equation

A

Glucose ➕ 2NAD+ ➕ 2ADP➡️

2 pyruvate ➕ 2NADH ➕2ATP

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23
Q

The citric acid cycle net equation

A

2 pyruvate ➕ 2 ADP ➕8NAD+➕2FAD ➡️

6CO2 ➕2ATP➕ 8NADH➕ 2ATP

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24
Electron Transport chain net equation
NADH➕O2➡️NAD+ ➕H2O
25
The Calvin cycle net equation
ATP➕NADPH➕CO2➡️ | ADP ➕NADP+➕Sugar
26
What describes the formation of ATP by the ETC?
Oxidative phosphorylation
27
Prophase
Spindle fiber forms, chromosomes condense and become visible, nuclear envelope begins to dissolve
28
Metaphase
Chromosomes align on equator of cell
29
Anaphase
Sister chromatids begin to separate on microtubules
30
Telophase
Two clusters of chromatids begin to uncondense ; nuclear membrane begins to reform; cytokinesis begins
31
Crossing over
Exchange of DNA between homologous chromosomes
32
Translocation
Exchange of DNA between non-homologous chromosomes
33
What is an allele
A version of a gene
34
Non disjunction
When chromosomes fail to separate, ex. Down's syndrome or turners syndrome.
35
Incomplete dominance
When the dominate and recessive mix
36
Co dominance
When multiple phenotype are present
37
Pleiotrophy
One phenotype that's manifested in multiple ways | Ex. A genetic disease with multiple symptoms.
38
Epistasis
A gene on one locus can alter that of another. | Ex. Coat color in Labradors.
39
3 nucleotides in tRNA
Anticodon
40
3 nucleotides in an mRNA
Codon
41
Enzyme that attaches in a tRNA to their respective amino acids
Aminoacyl-tRNA synthetase
42
Transcription
DNA is used to produce an RNA copy
43
Translation
mRNA is changed into protein language
44
Replication
DNA is used to make a DNA copy
45
Ribosome is responsible for what process?
Translation
46
which enzyme is responsible for the process of transcription?
RNA POLYMERASE
47
Cromatid
Half of a replicated chromosome
48
Chromatin
Protein/DNA complex in the Nucleus
49
Property of cells that kill themselves if badly damaged
Apostasis
50
The growth of cells until they form a layer, then they stop.
Contact inhibition
51
Colonization of new tumor sites
Mastics
52
Cell division in prokaryotes
Binary fission
53
DNA ligase
Joins Okazaki fragment of lagging strand
54
Enzyme responsible for unwinding DNA
Topoisomerase
55
Helicase
Unzips DNA
56
Change of any amino acid to another amino-acid
Mis-sense mutation
57
Change of codon, but same amino acid.
Silent Mutation
58
Change of any amino acid to a stop code.
Nonsense mutation
59
Adding or deleting a nucleotide
Frame shift mutation
60
DNA sequence containing expressed codons
Exons
61
DNA sequence containing intervening codons.
Introns
62
Covalent bond between monomers in starch
Glycositic linkages
63
Bond between monomers in proteins
Peptide bonds
64
Nucleotide
Monomer in DNA
65
Polymer class to which DNA belongs to
Nucleotide
66
Cytoskeletal fiber that allows movement of vesicles or chromosomes
Microtubules
67
Motor protein
Kinesins
68
Schmooing
Cillia
69
Cell junction that allows animal cells to communicate
Gap junction
70
Cell junction that allows plant cells to communicate
Plasmodemata
71
Water tight cell junctions
Tight junctions
72
Cell junction that permits cytoskeleton do of adjacent cells to be joined
Adhering junctions
73
Organelle associated with human stomach
Lysosomes
74
Ribosome
Caries out protein synthesis
75
Rough ER
Translation and export of extra cellular proteins
76
Smooth ER
Synthesis and breakdown of lipid molecules
77
Golgi body
FedEx, sorts proteins to right place in the cell
78
Mitochondria
Generates ATP for the cell
79
Chloroplast
Site of photosynthesis