Lesson 2 – Cell cycle and Control of Proliferation of cultured animal cells exam

Welcome to your Lesson 2 - Cell cycle and Control of Proliferation of cultured animal cells exam

1. Prepare a slide show detailing the double thymidine blockade used for
synchronization of cultured cells followed by cell cycle analysis
2. Which of the following cells do not lack the ability to divide?
3. Cells that have stopped dividing and are arrested in a state preceding
that of DNA synthesis, are said to be in the %BLANK%
4. For adherent cells, adhesion provides a signal for cells to
5. A mutation in the gene for a cyclin protein might result in which of
the following?
6. What is a primary function of tumor suppressor genes?
7. During mitosis, the cell becomes %BLANK% to external stimuli
8. Apoptosis is characterized by
9. High cell density  %BLANK% proliferation of cells
10. Proliferation of fibroblasts is aided by  %BLANK%
i. FGF
ii. EGF
11. DNA replication can be monitored by incorporation of
.
12. DNA replication occurs during of the cell cycle.
13. The entry of a cell into M phase is initiated by .
14. Cyclin binding leads to a change in the of kinases
to initiate its activity
15. Cellular proliferation is maximum in the phase of the
growth curve
16. Colcemid is used as a chemical blockade for arresting at  
phase of the cell cycle
17. The is regarded as guardian of the genome and is
involved in cell arrest
18. Cessation of cellular proliferation is termed as %BLANK% .
19. Liver cells do not usually divide but can be induced to divide.
20. Rb is a tumor suppressor gene and not an oncogene
21. Mitosis is the process of segregation of DNA molecules into two cells
22. Telomeres get shortened progressively in actively dividing cells
23. G1 phase is characterized by preparation for DNA synthesis
24. Erythropoietin is essential for proliferation of epithelial cells.
25. Primary cultures do not exhibit density limitation of cell proliferation
26. Aminopterin is an example of S-phase blocking agent
27. Significance of Go / G1 phase of cell cycle.
28. Difference between proliferation and transformation
29. Inducers of proliferation of cultured cells
30. Chemiluminescent detection of rate of DNA synthesis as a measure of cell proliferation
31. Flow cytometry for determination of the phase of cell cycle
32. Phases of cell cycle and appropriate synchronization protocols
33.Cell proliferation assays