INTRODUCTION TO BIOINFORMATICS Flashcards

1
Q

With this, we can submit the discovered biological data and store and organize such data

A

Bioinformatics

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2
Q

It is a field which uses computers to store and analyze molecular biological information

A

Bioinformatics

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3
Q

It is about finding and interpreting biological data online.

A

Bioinformatics

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4
Q

It is the application of tools of computation and analysis to the capture and interpretation of
biological data

A

Bioinformatics

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5
Q

Give the 3 principal components of Bioinformatics

A
  1. Creation of databases
  2. The development of algorithms and statistics
  3. The use of these tools for the analysis and interpretation of various types of biological data
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6
Q

They are repository or like banks, this is where we store or gather biological information

A

Databases

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7
Q

These are designed to collect, archive, visualize, or arrange the biological information

A

Databases

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8
Q

It helps or enables the scientist in the retrieval of data that they will be needing for their research

A

Databases

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9
Q

It serves as a benchmark in the ongoing discovery of the molecular basis for disease, and this is the groundwork for molecular diagnostics

A

Human genome project

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10
Q

It is a branch of bioinformatics that study about RNA molecules in a living organisms

A

Transcriptomics

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11
Q

In this branch of bioinformatics, the genomes of bacteria, viruses, fungi, or parasites are described within a specific environment

A

Microbiomics

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12
Q

In this branch of bioinformatics, it involves the description of the chemical processes involving metabolites

A

Metabolomics

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13
Q

In this branch of bioinformatics, it describes the sequences of the WHOLE genome of an organisms

A

Genomics

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14
Q

In this branch of bioinformatics, it describes the entire complement of proteins in the entire organisms

A

Proteomics

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15
Q

it is done in a computer instead of a real laboratory

A

In silico

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16
Q

Protein Database in USA

A

RCSB PDB

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17
Q

This databases contains original data in the form or primary sequence data or structural data as submitted by the scientific community

A

Primary Databases

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18
Q

This database contain biomolecular data in its original form.

A

Primary databases

19
Q

This database contains information that has been processed and derived from the raw data available in primary database

A

Secondary database

20
Q

Contains data derived from the results of
analyzed primary data or from the raw data.

A

Secondary databases

21
Q

It is a way of rearranging sequences of DNA, RNA, or protein to identify regions of similarity

A

Sequence alignment

22
Q

It is the known sequence

A

reference sequence

23
Q

It is the unknown sequence

A

query sequence

24
Q

give the 2 types of sequence alignment

A

Pairwise and multiple

25
Give the tools used in pairwise
EMBOSS Water and BLAST
26
Give the tools used in Multiple Sequence alignment
MUSCLE, MAFFT, CLUSTAL Omega
27
A type of pairwise sequence alignment that Matching the residues (bases or amino acids) of two sequences across their entire length
Global Aalignment
28
it Matches the identical sequences from 5’ to 3’
Global Alignment
29
The two sequences are treated as potentially equivalent
Global Alignment
30
It represents gap, which means there is presence in the first sequence and the second has none
dash line
31
it means the first sequence is identical/similar to second sequence
Straight line
32
A type of pairwise sequence alignment that Matching of two sequences from regions which have more similarity with each other
Local Alignment
33
In this type of pairwise sequence, the two sequences may or may not be related
Local Alignment
34
True or False: In global alignment, the whole sequence is aligned, whereas in local alignment, only a portion/part is aligned.
True
35
In EMBOSS WATER, dissimilar bases are indicated by?
dot
36
It is the analysis of more than two sequences
Multiple Alignment Tools
37
It is a multiple sequence alignment tool that is used to directly compare the sequences to one another
CLUISTAL OMEGA
38
in clustal omega, same color in one column means?
Similar
39
It is a multiple sequence alignment tool that arranges the sequences of DNA, RNA, or protein to identify regions of similarity
MUSCLE
40
This tool is used to find regions of local similarity between sequences
BLAST (Basic Local Alignment Search Tool)
41
It is used to compare the unknown sequence with the database
Blast
42
nucleotide to nucleotide aligment
Blastn
43
protein to protein alignment
Blastp