FINALS - Bioinformatics Flashcards

(31 cards)

1
Q

two sequences are the SAME

A

identity

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2
Q

LINING UP two or more sequences to search for the maximal regions

A

alignment

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3
Q

RELATEDNESS of sequences

A

similarity

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4
Q

FIXED SET of commands

A

algorithm

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5
Q

a SPACE introduced in alignment to compensate for insertions or deletion in one of the sequences being compared

A

GAP

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6
Q

SIMILARITY attributed to descent from a common ancestor

A

HOMOLOGY

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7
Q

the SEQUENCE PRESENTED for comparison

A

query

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8
Q

the genetic sequence DATABASE

A

genbank

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9
Q

number of MATCHES to the query by chance

A

e-value

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10
Q

study on EVOLUTIONARY RELATEDNESS among species by comparing homologies and differences

A

phylogenetics

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11
Q

uses computers to STORE and ANALYZE molecular biological information

A

bioinformatics

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12
Q

about RNA MOLECULES in a living organism

A

transcriptomics

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13
Q

genomes of MICROBES are described within a specific environment

A

MICROBIOMICS

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14
Q

description of the chemical processes involving METABOLITES

A

metabolomics

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15
Q

description of the sequences of the WHOLE GENOME of an organism

A

genomics

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16
Q

description of all the entire complement of PROTEINS

17
Q

DNA data bank of Japan

18
Q

european bioinformatics institute

19
Q

database from NCBI

20
Q

databases for proteins in Japan

21
Q

databases for proteins in Europe

22
Q

databases for proteins in USA

23
Q

determines the boundary of an exon and intron of eukaryotic gene

24
Q

contain ORIGINAL DATA in the form or primary sequence data or structural data as submitted by the scientific community

A

primary databases

25
contain information that has been processed and DERIVED from teh raw data available in primary database
secondary databases
26
COLLECTS and PRESENT data after comparing and filtering them from different primary databases and exhibit only the non-redundant sequences
composite databases
27
a way of rearranging sequences of DNA, RNA, or protein to identify REGIONS OF SIMILARITY
sequence alignment
28
matching the residues of two sequences across their ENTIRE LENGTH
global alignment
29
matching of two sequences from regions which have MORE SIMILARITY WITH EACH OTHER
local alignment
30
multiple sequence alignmengt tool that ARRANGES the sequences of dna, rna, or protein to identify REGIONS OF SIMILARITY
MUSCLE
31
finds regions of LOCAL SIMILARITY between sequences
BLAST