| A | B |
|---|
| Hooke | Coined the word "cell" |
| Schleiden | Concluded plants are made of cells |
| Compound Light Microscope | 2 or more lenses to magnify specimen |
| Scanning e- microscope | object in vacuum is hit with e- / 3D on screen |
| Transmission e- miscroscope | e- pass thru object (must be thin) in vacuum |
| Schwann | Concluded that all animals are made of clls |
| Leeuwenhoek | Described cells as seen thru simple microscope |
| Vacuole | membrane-bound, fluid-filled sac |
| golgi apparatus | closely-stacked, flattened membrane sacs |
| ribosomes | site of protein assembly |
| endoplasmic reticulum | folded membrane that forms transport system in cell's cytoplasm |
| lysosome | digests excess/worn out cell parts, food, viruses or bacteria |
| vacuole | temp storage for food, enzymes, and waste |
| golgi apparatus | modifies proteins chemically and repackages them |
| chloroplast | contains inner membranes arranged in sacs called grana |
| plastids | plant organelles that store starches or lipids or contain pigments |
| chromatin | long diffused working strands of DNA |
| chromosomes | bundles of DNA used only in cell division |
| nucleolus | where RNA is made |
| cytoplasm | semisolid gell, makes up 80% of cell |
| leukoplast | stores starch |
| chromoplast | contains red or blue pigments |
| ATP | adenosine triphosphate |
| ADT | adenosine diphosphate |
| christae | inner membrane of mitochondria |
| mitochondria | divides like bacteria |
| mitochondria | can make about 90 of own proteins |
| Tay-Sachs | lysosome disease when lacking enzymes |
