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Unit 6 & 7
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recessive: The allele only expressed when it is by itself.
Cloning: The process of making a duplicate organism using genes from an adult
Mitosis: Cell division that takes place during growth that makes two identical cells.
DNAFingerprinting: Process that uses gel electrophoresis to separate out the DNA.
Haploid: The chromosomes in this type of cell are unpaired.
Fertilization: This is the process that combines gametes and doubles chromosome number.
Allele: One type of a gene.
Genotype: Hh is an example of a
Genesplicing: The process that places DNA from one organism into another.
Dipliod: A cell with paired chromosomes.
Sexual: A type of reproduction that increases the amount of variation in population.
Dominant: The allele that is always expressed when present.
Crossingover: The process where chromosomes exchange genes during meiosis.
Phenotype: Brown hair is an example.
Heterozygous: Two different alleles is
Meiosis: Process of cell division that creates gametes.
Carrier: When a female has the recessive allele, but does not have that trait
Gene: A segment of DNA that codes for a protein.
Homozygous: Two of the same alleles is
Sexlinked: When a gene is on the x chromosomes.
Asexual: This type of reproduction is good for making many offspring very quickly, but bad because they are all the same
Gamete: A Sex Cell
Unit 6 & 7
Across:2. | When a gene is on the x chromosomes. | 4. | This is the process that combines gametes and doubles chromosome number. | 5. | A type of reproduction that increases the amount of variation in population. | 6. | A cell with paired chromosomes. | 11. | This type of reproduction is good for making many offspring very quickly, but bad because they are all the same | 12. | The allele only expressed when it is by itself. | 15. | The process where chromosomes exchange genes during meiosis. | 16. | A Sex Cell | 19. | The process that places DNA from one organism into another. | 20. | Hh is an example of a | 21. | The allele that is always expressed when present. | 22. | Brown hair is an example. |
| | Down:1. | Two of the same alleles is | 3. | Process that uses gel electrophoresis to separate out the DNA. | 7. | One type of a gene. | 8. | A segment of DNA that codes for a protein. | 9. | The chromosomes in this type of cell are unpaired. | 10. | The process of making a duplicate organism using genes from an adult | 13. | When a female has the recessive allele, but does not have that trait | 14. | Process of cell division that creates gametes. | 17. | Cell division that takes place during growth that makes two identical cells. | 18. | Two different alleles is |
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© 2013
PuzzleFast.com, Noncommercial Use Only
Unit 6 & 7
Across:2. | When a gene is on the x chromosomes. | 4. | This is the process that combines gametes and doubles chromosome number. | 5. | A type of reproduction that increases the amount of variation in population. | 6. | A cell with paired chromosomes. | 11. | This type of reproduction is good for making many offspring very quickly, but bad because they are all the same | 12. | The allele only expressed when it is by itself. | 15. | The process where chromosomes exchange genes during meiosis. | 16. | A Sex Cell | 19. | The process that places DNA from one organism into another. | 20. | Hh is an example of a | 21. | The allele that is always expressed when present. | 22. | Brown hair is an example. |
| | Down:1. | Two of the same alleles is | 3. | Process that uses gel electrophoresis to separate out the DNA. | 7. | One type of a gene. | 8. | A segment of DNA that codes for a protein. | 9. | The chromosomes in this type of cell are unpaired. | 10. | The process of making a duplicate organism using genes from an adult | 13. | When a female has the recessive allele, but does not have that trait | 14. | Process of cell division that creates gametes. | 17. | Cell division that takes place during growth that makes two identical cells. | 18. | Two different alleles is |
| |
© 2013
PuzzleFast.com, Noncommercial Use Only