Bio- Unit 5 Vocab
Across
- 5. the process of cell division where one cell (parent) divides to produce two new cells (daughter cells) that are genetically identical to itself
- 9. create offspring using only one parent, without the fusion of sperm and egg
- 10. the process where unspecialized stem cells transform into mature, specialized cells with unique structures and functions
- 12. the biological process of creating two identical copies of a DNA molecule from one original molecule
- 13. the stage in cell division (mitosis or meiosis) where chromosomes condense and align along the center of the cell, known as the metaphase plate
- 14. the third stage of cell division (mitosis or meiosis) where duplicated chromosomes, called sister chromatids, separate and move toward opposite ends (poles) of the cell
- 16. the final step of cell division in biology where the cytoplasm of a single eukaryotic cell divides into two distinct daughter cells
- 18. normal genes that slow down cell division, repair DNA errors, or tell cells when to die
Down
- 1. mutated genes that have the potential to cause cancer by instructing cells to grow and divide uncontrollably
- 2. a thread-like structure located inside the nucleus of animal and plant cells, made of protein and a single molecule of DNA
- 3. specialized cells found in early-stage embryos (3–5 days old) that have the unique ability to divide indefinitely and transform into any cell type in the human body
- 4. the orderly, repeating sequence of events a cell goes through to grow, copy its DNA, and divide into two new identical daughter cells
- 6. two identical copies of a single chromosome produced during DNA replication
- 7. the very first cell formed when a sperm and an egg unite
- 8. the first stage of mitosis (cell division), where the cell prepares to divide
- 11. the longest stage in a cell’s life (the "daily living" phase), occurring between divisions
- 15. specialized cells that can turn into almost any cell type in the body
- 17. the final stage of mitosis or meiosis where chromosomes arrive at opposite poles of the cell, unravel, and new nuclear envelopes form around them