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Random Biology
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| Question | Answer |
|---|---|
| Hypotonic | When the % of water is higher in the ECF then the cell |
| Hypertonic | When the % of water is lower in the ECF then the cell |
| Isotonic | When the % of water is equal in the ECF and the ICF |
| Plasmolysis | Process of destroying a cell by excessive dehydration; cell will become droopy, and the contents dry out and kills the cell |
| Cytolysis | Process of cells busting as a result of increased pressure in the cell |
| DNA Bases | A&T, G&C |
| RNA Bases | A&U, G&C |
| DNA | One type |
| RNA | 3 types; messenger, transport, ribosomal |
| Passive Transport | High to low concentration |
| Diffusion | Movement of particles from an area of high to low concentration |
| Osmosis | Diffusion of water through membranes |
| Facilitated Diffusion | Movement of particles from high to low concentration added by a protein within the Fluid Mosaic membrane |
| Active Transport | Molecules are assisted from moving from low to high concentration |
| Endocytosis | Taking in materials by vacuole formation |
| Pinocytosis (cell drinking) | Formation of vacuoles as a result of liquid impinging on the cell membrane & forcing dents or channels into the cell (liquids) |
| Phagocytosis | Formation of vacuoles as a result of a cell engulfing the particle (solids) |
| Exocytosis | Elimination of materials from vacuoles |
| Secretion | A squeezing action in the plasma membranes (liquid) |
| Egestion | The pseudopods retreat or oral grooves open |
| Photosynthesis | 6CO2 + 12H2O > C6H12O6 + 6O2 + 6H20 |
| Cellular Respiration | 6O2 + C6H12O6 > 6CO2 + 12H2O + 36ATP |
| Transcription | In the nucleus, the DNA copies a code (into mRNA) |
| Translation | In the cytoplasm, the rRNA, tRNA, and the mRNA make protein |
| Eukaryotic Cells | A type of cell that has a true nucleus. Example: Protista, Fungi, Plantae, Animalia |
| Prokaryotic Cells | A type of cell that doesn’t have a true nucleus. Example: Monera |
| Sporangia | The reproductive structures in which spores are produced |
| Taxonomy | The science of classifying organisms |
| Nephridia | Open ended tubules that function in excretion |
| Clitellum | Secretes a protective covering for eggs |
| Spores | Reproductive cells that can produce a new organism without fertilization; haploid number of chromosomes |
| Shoot Tip | Develops leaves and adjacent stem tissue |
| Epidermis | Outer, protective, nonvascular layer of the skin of vertebrates |
| Blade | The leaf |
| Petiole | The stalk of the leaf |
| Withered Cotyledon | The embryos of flowering plants |
| Ground Tissues | Any tissue other than the epidermis and vascular tissues |
| Vascular Tissues | Consists of xylem and phloem |
| Nodes | A point on the stem where the leaf is attached |
| Internode | The section between the 2 nodes |
| Axillary Bud | Where the leaf petiole is attached to the stem |
| Xylem | A vascular tissue in plants that carries water and dissolved materials up from the roots to the other plant parts |
| Phloem | A vascular tissue that transports sugars, which were synthesized in the leaves, throughout the plant and down to the roots for storage |
| Guard Cells | Occur in pairs around each stoma in the epidermis of a leaf; regulates the opening and closing of the stoma |
| Primary Succession | Succession that begins without pre |
| Biotic | Anything related to living things |
| Abiotic | Anything related to nonliving things |
| Interspecific Competition | Competition between two different species |
| Intraspecific Competition | Competition between the same species |
| Non-Vascular Transport | Elongated cells in the middle of their stocks |
| Chloroplasts | Plastids that contain the green pigment chlorophyll and specialize in photosynthesis; located in the leaves |