Across
- 3. The use of oxygen in a process
- 4. plants maintaining a hypotonic environment within their cells to keep them upright
- 8. sugar molecule found in the backbone of DNA
- 10. The cycle where carbon fixation occurs, producing glucose from atmospheric carbon
- 11. using water to create bonds between molecules
- 13. The process of an enzyme losing functional structure due to extreme environmental conditions.
- 14. First step in Cell Respiration. All living things can complete this process.
- 17. The lack of oxygen in a process
- 18. Site on an enzyme where non-competitive inhibitors bind
- 19. Process in which producers are able to utilize the suns energy and convert atmospheric carbon into a useful carbohydrate
- 20. The enzyme in the ETC that uses the passive energy of hydrogen ions to combine ADP with a phosphate.
- 22. synthesizes proteins by reading mRNA and combining amino acids together into their primary structure
- 23. the movement of water upward through a plant through the use of adhesion and cohesion
- 24. sugar molecule found in the backbone of RNA
- 25. monomer of proteins
- 27. one singular unit of nucleic acid
- 29. Location for Cellular Respiration in the cell
Down
- 1. Semi-permiable barrier to the cell. Essential for homeostasis.
- 2. main transporter of needed molecules/nutrients for the cell.
- 5. due to unequal sharing of electrons, molecules form areas with positive charge and areas with negative charge
- 6. The enzyme essential for uncoiling the DNA strand in DNA Replication
- 7. The use of a membrane to create unequal concentrations of a substance.
- 9. sugar molecules needed for the cell
- 12. fat molecules needed for the cell
- 15. Shipping center for the cell. Quaternary proteins are synthesized here.
- 16. The enzyme essential for removing RNA primers and DNA errors
- 17. water creating temporary bonds with molecules that are not water
- 21. Location for all genetic material. Prokaryotes lack these
- 26. A molecule that reduces the function of an enzyme
- 28. Site on an enzyme where the substrate and competitive inhibitors bind
