Lesson 14 Flashcards

(35 cards)

1
Q

-The science of heredity
-The study of genes and information it carries

A

GENETIC/S

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2
Q

-The genetic information that a cell carry that includes chromosome and plasmid

A

GENOME

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3
Q

This contain the DNA that carry the hereditary information or the genes.

A

CHROMOSOME

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4
Q

These are segments of DNA that code for functional products.

A

GENE/S

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5
Q

A macromolecule
Compose of repeating unit called NUCLEOTIDES

A

DEOXYRIBONUCLEIC ACID (DNA)

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6
Q

What are the composition of nucleotides?

A

•NITROGENOUS BASE - adenine, cytosine, guanine, thymine

•DEOXYRIBOSE - pentose sugar

•PHOSPHATE GROUP

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7
Q

What is the formation/structure of DNA?

A

DOUBLE HELIX

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8
Q

What is the bond that held the two strands and located in between base pairs?

A

HYDROGEN BOND

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9
Q

Base pair of ADENINE

A

THYMINE

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10
Q

Base pair of GUANINE

A

CYTOSINE

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11
Q

Base pair of THYMINE

A

ADENINE

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12
Q

Base pair of CYTOSINE

A

GUANINE

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13
Q

These numbers indicate end-to-end chemical orientation.

A

5 prime end & 3 prime end

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14
Q

-This prime end is important during replication
-New nucleotide is added to this end

A

3’end

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15
Q

The genetic make up of an organism that codes for all its characteristics

A

GENOTYPE

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16
Q

The actual expressed properties of an organism.
The manifestation of genotype

17
Q

What type of organism that its DNA molecule is singular and circular in characteristics and associated with proteins

A

BACTERIAL CHROMOSOME

18
Q

This type of chromosome is folded and looped.
Also attached to the plasma membrane

A

BACTERIAL CHROMOSOME

19
Q

A process of passing genetic information from one generation to the next.

A

DNA REPLICATION

20
Q

An enzyme that is responsible in separating the single strand permanently

21
Q

This is a short sequence of RNA that occur during DNA replication.
Compose of 10 nucleotides in length.

22
Q

This produces/synthesize primers

23
Q

This enzyme adds new nucleotide one by one to the end of a growing strand.

A

DNA POLYMERASE

24
Q

This type of strand is produced in the same direction of the replication fork.

A

LEADING STRAND

25
A type of strand that is produce in the other direction of replication fork and where okazaki fragments are produced.
LAGGING STRAND
26
This type of strand is a small section of DNA that are formed during discontinous production/synthesis of the lagging strand.
OKAZAKI STRAND
27
A japanese scientist who discovered the okazaki fragments.
REIJI OKAZAKI
28
This enzyme fills the gap between the fragments in the lagging strands
LIGASE
29
A process wherein genetic information in DNA is copied or transcribe into a complimentary base sequence of RNA.
TRANSCRIPTION
30
A process of *synthesizing/producing protein* with the use if encoded information.
TRANSLATION
31
What are the 3 types of RNA in a bacterial cell?
•messenger RNA (mRNA) •ribosomal RNA (rRNA) •transfer RNA (tRNA)
32
This type of RNA carried the coded information for making specific proteins from DNA to ribosomes
messengerRNA
33
This is where production of protein takes place.
RIBOSOME
34
The site where RNA synthesis starts.
PROMOTER
35
The site where production of RNA end.
TERMINATOR