MCQs Series for Life Sciences: Volume 2

Maddaly Ravi

• Publisher: Bentham Science Publishers
• Year: 2018
• ISBN:
  9781681086392
• Topic: Education
• Subtopic: Teaching Science & Technology

Today's academic environment presents assessment challenges defined by an increased volume of available information coupled with increased competition among students and time constraints. Multiple choice questions MCQs provide examiners with an opportun

Part I: Cell and Tissue Culture

Types of Animal Cell Cultures and Major Discoveries

Maddaly Ravi

1. Primary cell cultures are obtained from
   1. Tissues or organs of life forms
   2. From continuous cell lines
   3. From cancer cell lines
   4. From transformed cells
2. Cells for primary cultures are obtained from their source tissue by
   1. Enzymatic or mechanical dissociation
   2. By chemical digestion
   3. By increased temperatures
   4. By transformation
3. Adherent cells are also known as
   1. Suspension cells
   2. Aggregates
   3. Anchorage dependent cells
   4. Transformed cells
4. Adherent cells typically form
   1. Single cell cultures
   2. Suspension cells
   3. Aggregates
   4. Monolayers
5. Non-adherent cells typically form
   1. Single cell cultures
   2. Suspension cultures
   3. Aggregates
   4. Monolayers

1. Secondary cell cultures are obtained from
   1. Stem cells
   2. Source tissues or organs
   3. Primary cultures
   4. 3D aggregates
2. Subculturing of cells in cultures is also known as
   1. Typsinization
   2. Passaging
   3. Acclimatization
   4. Conditioning
3. Cell lines can be
   1. Finite
   2. Continuous
   3. Finite or continuous
   4. Transforming cells
4. Contact inhibition property is typical of
   1. Finite cell lines
   2. Continuous cell lines
   3. Suspension cell lines
   4. 3D aggregates
5. Explant cultures are a type of
   1. Primary cells
   2. Secondary cells
   3. Transformed cells
   4. Continuous cell lines
6. The type of cultures that typically dominated by fibroblasts are
   1. 3D cultures
   2. Co-cultures
   3. Explant cultures
   4. Transformed cell cultures
7. Continuous cell lines are obtained by
   1. Fusion
   2. Transformation
   3. Passaging
   4. Selection
8. 2-dimensional cell cultures include
   1. Adherent cultures
   2. Suspension cells
   3. Both adherent and suspension cultures
   4. Aggregates
9. Adherent cell lines usually form
   1. Monolayers
   2. Stratified layers
   3. Necrotic cores
   4. Aggregates
10. The cell types that retain highest biotransformation ability are
    1. Continuous cell lines
    2. Finite cell lines
    3. Primary cells
    4. Secondary cell lines
11. The cell types that retain highest tissue-distinct functions are
    1. Continuous cell lines
    2. Finite cell lines
    3. Primary cells
    4. Secondary cell lines
12. The cells of the circulatory system are cultured as
    1. Monolayers
    2. Adherent cells
    3. Suspension cells
    4. Aggregates
13. The type of cultured cells with elongated bipolar morphology are typically
    1. Epithelial-like
    2. Fibroblastic
    3. Lymphoblast-like
    4. Spheroid-like
14. The type of cultured cells with polygonal or other regular morphology are typically
    1. Epithelial-like
    2. Fibroblastic
    3. Lymphoblast-like
    4. Spheroid-like
15. The type of cultured cells with spherical morphology are typically
    1. Epithelial-like
    2. Fibroblastic
    3. Lymphoblast-like
    4. Spheroid-like
16. Cell aggregates are typically formed by
    1. Monolayer cell cultures
    2. Suspension cell cultures
    3. 3D cell cultures
    4. Primary cell cultures
17. A distinct tissue-like morphology can be obtained by culturing cells as
    1. Monolayer cell cultures
    2. Suspension cell cultures
    3. 2D cell cultures
    4. 3D cell cultures
18. The type of cell cultures that required a matrix or scaffold is
    1. 2D cultures
    2. 3D cult...

Table of contents

• Welcome
• Table of Contents
• Title
• BENTHAM SCIENCE PUBLISHERS LTD.
• PREFACE
• ANNEXURE
• Part I: Cell and Tissue Culture
• Types of Animal Cell Cultures and Major Discoveries
• Animal Cell Culture Media and Supplements
• Animal and Human Cell Lines
• Hybridoma Technology
• 3D Cell Cultures
• Stem Cells
• Part II: Microbiology
• History of Microbiology
• Microbial Taxonomy and Diversity
• Microbial Structure and Function
• Microbial Growth and Cultures
• Microbial Metabolism
• Microbial Genetics
• Microbial Control
• Microbial Diseases