ELS Q2 QUIZ 2 (NUN NOTES) Flashcards

(60 cards)

1
Q

A cells characteristics are determined by the type of _____ produced

A

proteins

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2
Q

protein’s functions is determined by

A

genetics

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3
Q

this is the most important of all because the carbohydrates we give are energy

A

proteins

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4
Q

various functions of proteins

A

catalyst, storage, transport, regulation, movement

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5
Q

what the body cannot make so we need to intake it

A

essential proteins

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6
Q

our bodies can produce the amino acids, even if we do not get it from the food we eat

A

non essential proteins

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7
Q

what structure of amino acids is the most functional

A

quaternary structure

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8
Q

accurate describing the chemical makeup of DNA and RNA

A

Albrecht Kossel

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9
Q

received the Nobel prize award for the discover of DNA structure (3D, double helix)

A

James D. Watson and Francis Crick

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10
Q

first to discover the double helix structure of DNA, X-ray diffraction

A

Rosalind Franklin

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11
Q

stores genetic information

A

nucleic acids

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12
Q

monomer of nucleic acids

A

nucleotides

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13
Q

3 parts of nucleotides

A

phosphate group pentose sugar, nitrogenous bases

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14
Q

kinds of pentose sugar

A

DNA or RNA

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15
Q

nitrogenous bases are divided into

A

purines and pyrimidines

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15
Q

Nitrogenous bases

A

adenine thymine cytosine guanine uracil

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16
Q

usually double ringed nitrogenous base

A

purine

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17
Q

purines

A

adenine, guanine

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18
Q

single ring nitrogenous base

A

pyrimidine

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19
Q

pyrimidines

A

cytosine, thymine, uracil

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20
Q

DNA base partners

A

cytosine and guanine, adenine and thymine

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21
Q

RNA base partners

A

cytosine and guanine, adenine and uracil

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22
Q

backbone of DNA

A

phosphate group

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23
Q

where is DNA found

A

nucleus

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23
where is RNA found
cytoplasm
24
DNA or RNA: long term storage of genetic information
dna
25
DNA or RNA: single helix
rna
26
DNA or RNA: it is synthesized from dna
rna
27
DNA or RNA: self replicating
dna
28
DNA or RNA: used to transfer genetic info on organisms
rna
29
dna to dna
dna replication
30
dna to rna
transcription once the dna is replicated, at the same time an RNA copy is also happening
31
start codon
AUG (methane) there is no protein synthesis without this
32
stop codons
UGA, UAG & UAA
33
rna to proteins
translation
34
DNA: TAC CAT ACT TAC repDNA:
ATG GTA TGA ATG
35
DNA: TAC CAT ACT TAC mRNA:
AUG GUA UGA AUG
35
DNA: TAC CAT ACT TAC tRNA:
UAC CAU ACU UAC
36
energy capture process of converting light energy to chemical energy and storing it in the form of sugar (glucose)
photosynthesis
37
stored energy in plants long chains of glucose molecules in plants
starch
38
long chains of glucose molecules in animals
glycogen
39
formula of photosynthesis
CO2 +H2O -> C6H12O6 + O2
40
found in most photosynthetic eukaryotes and plants. used for photosynthesis. main site where photosynthesis happens. makes energy
chloroplast
41
found in most eukaryotes. used for cellular respiration. it breaks down glucose to make ADP
mitochondrion
42
- system that is suspended in the stoma and a collection of membranous sacs - where you can find chlorophyll - site of light dependent reactions
thylakoid
43
- the aqueous field - sight of light independent reaction - is a colorless alkaline aqueous protein rich fluid present int eh inner membrane of the chloroplast
stroma
44
- stacked thylakoid - where you can find stroma
granum
45
factors that affect photosynthesis
light intensity, carbon dioxide, temperature, water
46
as the light increases, the ___ the rate of photosynthesis is especially in the light dependent reaction
greater
47
as the carbon dioxide increases, the ___ the rate of photosynthesis is especially in the light dependent reaction
greater
48
temperature to have a good rate of photosynthesis
25 to 30 degrees celsius
49
important in the adequacy of water in the cell and on the opening and closing of
stomata
50
- Calvin cycle - takes place in the storm - do not require light energy because the dark reaction happens at night
light independent reaction
51
This occurs in the stroma. Carbon dioxide is present in the stroma, as well as RuBP. These two need to be together. They will come together with the help of Rubisco, bringing them both together. And now, you can make 6 carbon molecules. RuBP has 15 carbons. Carbon dioxide has 3 carbons. This equals 18 Carbons. This is too big, so it needs to be divided into two. It becomes 3-Phosphoglyceric Acid / 6 3-PGA. This ends the process because it is now usable.
carbon fixation
52
where does carbon fixation occur
stroma
53
what are present in the stroma
carbon dioxide and RuBP
54
how many carbons does RuBP have
15
55
how many carbons does carbon dioxide have
3
56
This equals 18 Carbons. This is too big, so it needs to be divided into two. it becomes
3-phosphoglyceric acid / 6 3-PGA
57