Systems Biology MCQs with Answers

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Welcome to the Systems Biology MCQs with Answers. In this post, we have shared Systems Biology Online Test for different competitive exams. Find practice Systems Biology Practice Questions with answers in Biology Tests exams here. Each question offers a chance to enhance your knowledge regarding Systems Biology.

Systems Biology Online Quiz

By presenting 3 options to choose from, Systems Biology Quiz which cover a wide range of topics and levels of difficulty, making them adaptable to various learning objectives and preferences. You will have to read all the given answers of Systems Biology Questions and Answers and click over the correct answer.

Test Name: Systems Biology MCQ Quiz Practice
Type: Quiz Test
Total Questions: 40
Total Marks: 40
Time: 40 minutes

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Systems Biology

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1 / 40

What is single-cell omics in Systems Biology?

Technologies to study genomics or proteomics at the level of single cells

To measure soil erosion

To analyze plant growth

2 / 40

What is the difference between top-down and bottom-up approaches in Systems Biology?

Top-down focuses on genes

Top-down starts from the system level; bottom-up starts from molecular components

Bottom-up focuses on ecosystems

3 / 40

What is constraint-based modeling in Systems Biology?

A computational method to predict cellular behaviors based on constraints

A process to study fossils

A method of cloning

4 / 40

What is a multi-omic approach in Systems Biology?

Integrating multiple omics technologies to study biological systems

A type of virus

A type of plant structure

5 / 40

What is the role of machine learning in Systems Biology?

To analyze and interpret large biological datasets

To measure air quality

To analyze plant growth

6 / 40

What is the role of systems biology in personalized medicine?

To analyze plant growth

To understand disease mechanisms and tailor treatments based on individual characteristics

To measure soil erosion

7 / 40

What is a dynamic model in Systems Biology?

A model that incorporates changes over time in biological systems

A method to study fossils

A type of protein structure

8 / 40

What is computational modeling used for in Systems Biology?

To simulate biological processes and predict system behavior

To measure air quality

To analyze plant growth

9 / 40

What is a Boolean network in Systems Biology?

A mathematical model of gene regulation that uses binary logic

A type of protein

A method to study fossils

10 / 40

What is the role of high-throughput technologies in Systems Biology?

To generate large amounts of data for biological studies

To promote pesticide use

To measure soil erosion

11 / 40

What is the role of transcriptomics in Systems Biology?

Studying RNA transcripts to understand gene expression

To measure soil erosion

To analyze plant growth

12 / 40

What is Systems Biology?

The study of genetics

The study of biological systems as a whole

The study of individual cells

13 / 40

What is the purpose of omics technologies in Systems Biology?

To promote pesticide use

To study large-scale biological data sets (genomics, proteomics, etc.)

To measure soil erosion

14 / 40

What is a genome-scale metabolic model in Systems Biology?

A type of plant structure

A computational model that represents all metabolic reactions in an organism

A type of virus

15 / 40

What is systems immunology in Systems Biology?

Applying systems biology approaches to study the immune system

To analyze plant growth

To measure soil erosion

16 / 40

What is the role of systems theory in Systems Biology?

To promote pesticide use

To measure air quality

To analyze and predict the behavior of complex biological systems

17 / 40

What is network motif analysis used for in Systems Biology?

To analyze plant growth

To measure air quality

To identify recurring patterns in biological networks

18 / 40

What is network inference in Systems Biology?

Predicting biological interactions from experimental data

A method to study fossils

A type of protein

19 / 40

What is network biology in Systems Biology?

A type of soil structure

A type of virus

The study of biological networks and their properties

20 / 40

What is flux balance analysis (FBA) in Systems Biology?

A mathematical approach to predict metabolic fluxes in a biological system

A process to study fossils

A method of cloning

21 / 40

What is a signaling pathway in Systems Biology?

A series of molecular events that lead to a cellular response

A method to study fossils

A type of protein

22 / 40

What is a biological network in Systems Biology?

Interconnected biological components such as genes, proteins, or metabolites

A type of soil structure

A type of virus

23 / 40

What is Bayesian network modeling in Systems Biology?

A probabilistic model used to represent relationships between variables

A method of cloning

A process to study fossils

24 / 40

What is the role of bioinformatics in Systems Biology?

To measure air quality

To analyze plant growth

To analyze and interpret biological data using computational tools

25 / 40

What is reverse engineering in Systems Biology?

To infer biological networks and interactions from experimental data

To measure air quality

To analyze plant growth

26 / 40

What is a systems approach to synthetic biology?

To measure soil erosion

Designing biological systems by integrating components into functional networks

To analyze plant growth

27 / 40

What is robustness in biological systems?

The sensitivity of a system

The rate of mutation

The ability of a system to maintain stable functioning despite perturbations

28 / 40

What is constraint-based modeling used for in Systems Biology?

To predict metabolic fluxes and cellular phenotypes

To measure air quality

To analyze plant growth

29 / 40

What is pathway enrichment analysis in Systems Biology?

To measure soil erosion

Identifying biological pathways enriched with differentially expressed genes

To promote pesticide use

30 / 40

What is cell signaling in Systems Biology?

Communication between cells involving molecules and receptors

A process to study fossils

A type of soil structure

31 / 40

What is spatial modeling in Systems Biology?

A type of protein structure

A method to study fossils

Modeling biological systems with consideration of spatial distribution

32 / 40

What is a gene regulatory network in Systems Biology?

A type of virus

A type of plant structure

Interconnected genes that regulate each other's expression

33 / 40

What is a network motif in Systems Biology?

A recurring pattern in biological networks

A type of virus

A type of plant structure

34 / 40

What is a dynamical system in Systems Biology?

A type of protein

A method to study fossils

A system that changes over time according to a set of rules

35 / 40

What is stochastic simulation in Systems Biology?

A process to measure air quality

A method of cloning

Simulation that includes random variables and uncertainties

36 / 40

What is multi-scale modeling in Systems Biology?

A type of plant structure

A type of virus

Modeling biological processes at different levels of organization

37 / 40

What is the role of systems pharmacology in Systems Biology?

To promote pesticide use

To measure soil erosion

To study the effects of drugs on biological systems at a systems level

38 / 40

What is a feedback loop in Systems Biology?

A process to study fossils

A regulatory mechanism where the output influences the input

A method of cloning

39 / 40

What is metabolic flux analysis in Systems Biology?

Quantifying the flow of metabolites through metabolic pathways

A type of protein

A method to measure air quality

40 / 40

What is a biological oscillator in Systems Biology?

A system that produces rhythmic or periodic outputs

A type of protein

A method to study fossils

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admin3 weeks ago

0 3 1 minute read