7. During G1 the cell is: A. Preparing for DNA replication B. Conducting normal metabolic activities C. Producing mitotic proteins D. Actively dividing 8. The nuclear envelope breaks up completely in: A. Metaphase B. Anaphase C. Prophase D. Telophase E. Interphase 9. The chromosmes have arrived at opposite poles during: A. Metaphase B. Anaphase C. Prophase D. Telophase E. Interphase 10. The distribution of cytoplasm to daughter cells is accomplished during: A. Prokaryotic fission B. Cytokineses C. Karyokinesis D. Mitosis E. Meiosis 11. A mutated gene that transforms a normal cell into a tumor cell is called a: A. Proto-oncogene B. Oncogene C. Neoplasm D. Carcinoma E. Checkpoint gene 12. Stem cells have this enzyme which allows their telomeres to be replaced: A. DNA polymerase B. Telomerases C. Ligase D. Primase 13. DNA replication occurs: A. During G2 B. At any time during cell division C. During prophase D. During G1 E. During S phase
7. During G1 the cell is: A. Preparing for DNA replication B. Conducting normal metabolic activities C. Producing mitotic proteins D. Actively dividing 8. The nuclear envelope breaks up completely in: A. Metaphase B. Anaphase C. Prophase D. Telophase E. Interphase 9. The chromosmes have arrived at opposite poles during: A. Metaphase B. Anaphase C. Prophase D. Telophase E. Interphase 10. The distribution of cytoplasm to daughter cells is accomplished during: A. Prokaryotic fission B. Cytokineses C. Karyokinesis D. Mitosis E. Meiosis 11. A mutated gene that transforms a normal cell into a tumor cell is called a: A. Proto-oncogene B. Oncogene C. Neoplasm D. Carcinoma E. Checkpoint gene 12. Stem cells have this enzyme which allows their telomeres to be replaced: A. DNA polymerase B. Telomerases C. Ligase D. Primase 13. DNA replication occurs: A. During G2 B. At any time during cell division C. During prophase D. During G1 E. During S phase
chp_11_study_guide_.docx