Bioinformatics 1 Flashcards

1
Q

some examples of bio-informatic data/analysis

A

DNA sequencing, gene identification, RNA structure prediction, DNA microsatellite analysis in forensics

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2
Q

some general areas of use

A

forensics, livestock breeding, medicine, microbes for energy and the environment

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3
Q

what is the central dogma

A

DNA transcribes to RNA translated to PROTEIN

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4
Q

define homology

A

inheritance comes from a common ancestor

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5
Q

if genes are homologous…

A

their functions are likely to be the same

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6
Q

to identify homologues what do you search by

A

accession number

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7
Q

what is sickle cell anaemia and what is it an example of

A

inherited blood disorder, variation in sequence that correlates with phenotype

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8
Q

what is archaea

A

3rd domain of life - treated differently to other prokaryotes

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9
Q

about how many complete genomes do we have, and from what

A

about 6000, from bacteria, archaea, eukaryotes

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10
Q

what has a very big genome size

A

T2 phage virus

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11
Q

What is our genome size

A

3.2 billion bp

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12
Q

what is Deep seq

A

nest generation sequencing - small device - long sequences of DNA

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13
Q

why do you need to give genomes unique ID’s when sequencing them

A

so you can go back later, predict functions and incorporate experimental data

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14
Q

what is a network analysis

A

shows proteins and all their interactions - looks like a spiders web

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15
Q

what do the different coloured balls in the network analysis signify

A

the phenotypic effect of removing that protein - lethal/non lethal/slow growth/ unknown

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16
Q

what is the benefit if network analyses

A

can infer function of a protein by seeing what proteins it interacts with/ where it fits in

17
Q

what could you look at with a transcription network

A

patterning of neural development