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The organelle responsible for chromosome movement in animal cells

This structure moves chromosomes by shortening. Microtubule. Also known as cell death. Apoptosis. This structure fuses with the lysosomes during phagocytosis. Vesicle. The structure in protists that removes excess H2O. Contractile vacuole. The structure that breaks down fats to sugars, and H2O2

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The organelle responsible for chromosome movement in animal cells

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    1. The organelle responsible for chromosome movement in animal cells Centriole

    2. This structure moves chromosomes by shortening Microtubule

    3. Also known as cell death Apoptosis

    4. This structure fuses with the lysosomes during phagocytosis Vesicle

    5. The structure in protists that removes excess H2O Contractile vacuole

    6. The structure that breaks down fats to sugars, and H2O2 & alcohol Peroxisome

    7. This is a lysosome storage disease caused by a build up of fat in the brain Tay Sachs

    8. This membrane bound structure contains digestive enzymes & is found only in animal cells Lysosome

    9. The flattened structure of membrane sacs in the Golgi Cisternae

    10. This structure finishes, sorts, & ships cell products Golgi apparatus

    11. This structure processes macromolecules, makes lipids, and breaks down glycogen Smooth ER

    12. This structure makes membranes & is responsible for making & breaking down macromolecules Rough ER

    13. These ribosomes are attached to the outside of the endoplasmic reticulum Bound

    14. This type of ribosome is suspended in the cytosol Free

    15. These structures are composed of 2 subunits, and carry out protein synthesis Ribosomes

    16. This structure produces ribosomal subunits Nucleolus

    17. This structure separates DNA from cytoplasm by a double membrane Nuclear Membrane

    18. This protein crosses the membrane & is used for transport integral

    19. This protein is bound to the surface of a cell peripheral

    20. This animal cell junction forms when cell membranes fuse Tight junction

    21. These junctions allow for communication between cells Gap Junction

    22. This animal cell junction fastens cells together Desmosomes

    23. A channel that allows cytosol to pass between cells Plasmodermata

    24. This holds things in place i.e. Keratin Intermediate Filaments

    25. Whip-like projections used for movement Flagella

    26. Hair-like projections used for movement Cilia

    27. Thick fibers made of tubulin Microtubules

    28. A network of fibers that extend thru the cytoplasm that provides support, motility, & regulation Cytoskeleton

    29. A cell that lives within another cell Endosymbiont

    30. Movement of molecules against the concentration gradient, using protein pumps & energy Active Transport

    31. Movement of particles through protein channels without using energy Facilitated Diffusion

    32. This membrane bound carbohydrate plays a key role in cell to cell communication Antigens

    33. Movement of non-polar molecules such as lipids Simple Diffusion

    34. No net movement of water due to equal solute vs. water Isotonic

    35. Specific water channels that allow for rapid movement of polar water molecules Aquaporins

    36. This describes a solution that has less solute & more water Hypotonic

    37. this describes a solution that has more solute & less water Hypertonic

    38. This terms means cell eating Phagocytosis

    39. This term means cell drinking Pinocytosis

    40. The property of cell membranes allows some substances to cross more easily than others. Semiperminable

    41. A integral protein that uses ATP to move elements such as Sodium and Potassium Protein Pump

    42. An integral protein that acts a passageway for polar molecules, but requires no energy Transporter Protein

    43. If a call is negative inside and positive outside, it is considered to be Polarized

    44. This membrane protein is responsible for resetting the neuron Na+/K+ Pump

    45. this is the junction between neurons Synapse

    46. This is the movement of Water in one direction and blood in the opposite direction Countercurrent Exchange

    47. These type of aquatic animals live in a hypotonic environment Freshwater

    48. These type of aquatic animals live in a hypertonic environment Saltwater

    49. This structure is part of the circulatory system but delivers plasma to the nephron Glomerulus

    50. This structure is part of the nephron, reabsorbs mainly water Descending Limb

    51. This structure is part of the nephron, concentrates urine by passive diffusion Collecting Duct

    52. This is the toxic form of nitrogenous waste excreted by aquatic animals Ammonia

    53. This is the less toxic form of nitrogenous waste excreted by terrestrial animals Urea

    54. This is the least soluble form of nitrogenous waste excreted by egg laying land animals Uric Acid

    55. This structure is part of the nephron, pumps Na+, and diffuses Cl- Proximal Tubule

    56. This structure is part of the nephron, pumps Cl-, and diffuses Na+ Distal Tubule

    57. This is the membrane bound protein that facilities osmosis Aquaporins

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