ch. 10 binomial nomenclature/ ELISA/ Western Blotting Flashcards

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1
Q

binomial nomenclature

A

used to accurately name organism

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2
Q

describe the components in binomial nomenclature

A

Genus and specific epithet

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3
Q

why is binomial nomenclature important

A

helps us to know if its a good or bad bacteria

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4
Q

phylogenetic tree

A

grouping organisms according to common properties

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5
Q

what are the common properties in the phylogenetic tree and what do the mutations serve as

A

fossils and genomes

mutations accumulated in their genomes serves as molecular clock– more mutations the longer time– older it is

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6
Q

taxonomic hierarchy

A

domain
kingdom
phylum
class
order
family
genus
species

Did King Philip Come Over For Green Stamps

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7
Q

ELISA

A

enzyme link immunosorbent assay

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8
Q

How does ELISA work

A

known antibodies and unknown type of bacterium are added to a well; an antibody reaction identifies the bacteria

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9
Q

Step 1 in ELISA

A

antibody is absorbed to well

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10
Q

step 2 in ELISA

A

patient sample is added – complementary antigen binds to antibody

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11
Q

step 3 in ELISA

A

enzyme linked antibody specific for test antigen is added and binds to antigen, forming sandwich

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12
Q

step 4 in ELISA

A

enzymes substrate is added and reaction produces a product that causes a visible color change

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13
Q

serological method and example

A

using an antibody to detect antigens on bacterial surfaces — ELISA

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14
Q

Western Botting

A

identifies antibodies in a patients serum

detect a specific protein in a blood or tissue sample.

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15
Q

step 1 process of western blotting

A

using gel electrophoresis to separate the sample’s proteins.

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16
Q

step 2 western blotting

A

The separated proteins are transferred out of the gel to the surface of a membrane.

17
Q

step 3 western blotting

A

The membrane is exposed to an antibody specific to the target protein.

18
Q

last step in western blotting

A

Binding of the antibody is detected using a radioactive or chemical tag.