Eukaryotic Cells - Mind Map

Eukaryotic Cells

Organelles-cell organs ^

Nucleus-brain of cell

Chromosomes-holder of genetic information

Chromatin-what makes up Chromosomes

DNA-genetic information

Nuclear Membrane-encloses nucleus contains Chromosomes

Nucleolus-a structure surrounding the nucleus during interphase

Ribosomes-made up of RNA, it is responsible for protein synthesis

Proteins-make up Ribosomes

Endoplasmic Reticulum-responsible for things like protein synthesis, protein folding, lipid and steroid synthesis.

Rough ER-ribosomes attach

Smooth ER-ribosomes cannot attach

ribosomes leaving in vesicles from ER to cause protein synthesis and combination with products like carbohydrates and lipids

Golgi Apparatus-intracellular transport and secretion

Vacuole-cavity containing fluid(plants only)

Lysosome-waste management

lipids proteins and one enzyme make up Lysosomes

Mitochondria-powerhouse of the cell

Cellular Respiration-chemical reactions that cause glucose to breakdown into ATP causing cell energy production

ATP-energy in the cell

Chloroplast-photosynthesis(plants only)

Chlorophyll-cellular solar panels

Flagella or Flagellum-cell movment(rare)

Cytoskeleton-gives shape to cell(animal)

Microfilaments-the equivalent to muscle contractions

protein

Microtubules-made up of a-tubulin and b-tubulin. also takes part in cell growth and intracellular movement

Diffusion-movement from a high concentration to a power concentration. both solute and solvent molecules move freely

Centriole(only active during cell division in animal cells)

Cell wall-gives shape to cell(plants only)

plant and animal cell with an enclosed cell membrane and cell nucleaus

Cell Membrane

Cytoplasm-jelly like substance filling cell

carbohydrates-found in Golgi Apparatus and Cytoplasm

lipids-found in Golgi Apparatus and Cytoplasm

Cytosol-a component of the cytoplasm where organelles and particles are suspended

Vacuoles-space in Cytoplasm

Active Transport-the action of moving cellular material through the cytoplasm with means of cellular energy

Protein Transport

Channel Protein-water and small ions pass through

Gated Channel Protein-a gate must open for a molecule to pass through

Carrier Protein-a protein which has a substance it transports across the cell

Osmosis-movement from a high concentration to a power concentration. only solvent molecules move freely

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