Down |
1. | he looked at living organisms in pond water |
2. | 3-C compound formed when glucose splits in glycolysis |
3. | any inherited characteristic that results from changes to a species over time |
5. | regulation of an organism's internal environment to maintain life |
6. | product of mitosis |
8. | structure that holds sister chromatids together |
9. | enzyme that the H ions naturally diffuse through during PS |
12. | process of natural change that results in different abilities |
13. | he looked at cork and named the box structures he saw "cells" |
17. | he proposed that all cells are produced from existing cells |
19. | dark reaction of PS |
21. | organisms that eat other organisms to obtain energy |
23. | location of glycolysis |
24. | phase of mitosis when NM and nucleolus start to dissolve and chromatin starts to condense |
25. | heredity unit, codes for a protein |
28. | type of metabolism that breaks down organic molecules |
30. | uncondensed chromosomes in the nucleus during interphase |
31. | pigment that absorbs light during photosynthesis |
32. | wastes and cell made products are moved out of the cell with energy |
35. | besides carbon dioxide, the other reactant of PS |
36. | small channel proteins that water diffuses through |
37. | type of diffusion that needs the use of proteins |
38. | phase of mitosis when centromeres break and sister chromatids are pulled to the poles |
39. | anything that is part of the external or internal environment that causes a response |
40. | chemical that absorbs light |
41. | an example of a unicellular organism |
44. | type of protein that helps to pack the chromatin |
46. | membrane bound vesicle that stores food, enzymes, and wastes |
49. | division of the nucleus |
50. | microtubules are made of this type of material |