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Diapositivas

Cells and Tissues

Dragana Stankovic Inglés 126 diapositivas

Diapositivas del conjunto (126)

  1. Chapter 3 review

    • What is the building block of living thing?
    • Cells.
  2. Diapositiva 2

    • What is the headquarter of the cell?
    • Nucleus.
  3. Diapositiva 3

    • What is the general material of the nucleus?
    • DNA.
  4. Diapositiva 4

    • What is the abbreviation of DNA?
    • Deoxyribonucleic acid.
  5. Diapositiva 5

    • What does DNA hold?
    • instructions for building the body.
  6. Diapositiva 6

    • What is the DNA function?
    • Building interactions for proteins and cell reproduction.
  7. Diapositiva 7

    • What are the 3 instructions of the nucleus?
    • 1. Nuclear membrane
    • 2. Nucleoli
    • 3. Chromatin
  8. Diapositiva 8

    • What surrounds the nucleus?
    • Nuclear membrane.
  9. Diapositiva 9

    • What penetrates through the fusion region of the nuclear membrane?
    • Nuclear pores.
  10. Diapositiva 10

    • How many membranes are there in the nuclear membrane?
    • x2.
  11. Diapositiva 11

    • What does the nucleus contain?
    • nucleoli.
  12. Diapositiva 12

    • What does the nucleoli contain?
    • Sites where ribosomes are assembled.
  13. Diapositiva 13

    • What is chromatin?
    • Combination of DNA with protein when not used.
  14. Diapositiva 14

    • What is chromosomes?
    • Combination of chromatins during cell reproduction.
  15. Diapositiva 15

    • What is the plasma membrane?
    • Barrier for the cell.
  16. Diapositiva 16

    • What is the role of the plasma membrane?
    • It regulates what enters and exits the cell.
  17. Diapositiva 17

    • What is the structure of the plasma membrane?
    • Fluid mosaic model.
  18. Diapositiva 18

    • What does the fluid mosaic model contain?
    • Phospholipid bilayer.
  19. Diapositiva 19

    • What are the 2 phospholipid bilayers?
    • Hydrophilic and hydrophobic.
  20. Diapositiva 20

    • What are the proteins in the lipid bilayer responsible for?
    • Completing plasma membrane functions.
  21. Diapositiva 21

    • What is the role of the proteins?
    • Receptors for hormones or chemical messengers.
  22. Diapositiva 22

    • What are the two functions of proteins in the membrane?
    • 1. Provides channels for water soluble.
    • 2. Carrier to move substances through the membrane.
  23. Diapositiva 23

    • What are the functions of glycoproteins?
    • 1. Determine your blood type..
    • 2. Act as a receptor to carry bacteria, virus and toxins.
    • 3. Play a role cell to cell recognition and inter reactions with other cells.
  24. Diapositiva 24

    • How many junctions in the membrane?
    • x3.
  25. Diapositiva 25

    • What are the 3 junctions?
    • 1. Tight junction.
    • 2. Desmosomes.
    • 3. Gap junctions.
  26. Diapositiva 26

    • What are tight junctions?
    • Bind cells together.
  27. Diapositiva 27

    • What is the role of the tight junction?
    • To prevent substances from passing through the extracellular space between cells.
  28. Diapositiva 28

    • What are desmosomes?
    • Anchoring junctions scattered along the sides of abducting cells.
  29. Diapositiva 29

    • What is the role of Desmosomes?
    • Prevent cells subjected to mechanical stress from being pulled apart.
  30. Diapositiva 30

    • What is gap junctions?
    • Allows communication and is seen mainly in the heart.
  31. Diapositiva 31

    • What is the role of gap junctions?
    • Provide communication with other cells due to a gap between 2 membranes.
  32. Diapositiva 32

    • What are the 3 main regions of the cell?
    • 1. Nucleus.
    • 2 Plasma membrane.
    • 3. Cytoplasm.
  33. Diapositiva 33

    • What is the purpose of microvilli?
    • Increases the surface area for absorption.
  34. Diapositiva 34

    • Where is the microvilli?
    • Intestines and urine tract.
  35. Diapositiva 35

    • Where is the cytoplasm found?
    • in-between plasma membrane and the nucleus membrane.
  36. Diapositiva 36

    • What are the 3 structures of the cytoplasm?
    • 1. Cytosol.
    • 2. Organelles.
    • 3. Inclusions.
  37. Diapositiva 37

    • What is the function of the cytosol?
    • Fluid that suspends the organelles.
  38. Diapositiva 38

    • What are the functions of organelles?
    • Machinery for the cells.
  39. Diapositiva 39

    • What is the function of inclusions?
    • Non-functioning units.
  40. Diapositiva 40

    • Where is the ribosomes produced?
    • Nucleoli.
  41. Diapositiva 41

    • How does the ribosomes leave the nucleoli?
    • Nucelar paws.
  42. Diapositiva 42

    • What is the ribosome made up of?
    • Protein and RNA.
  43. Diapositiva 43

    • What are the 2 locations ribosomes are found?
    • 1. Rough ER.
    • 2. Free in the cytosol.
  44. Diapositiva 44

    • What is the function of Ribosomes?
    • Producing protein using DNA structure.
  45. Diapositiva 45

    • How many types of ER are there?
    • 1. Rough ER.
    • 2. Smooth ER.
  46. Diapositiva 46

    • What is the function of ER?
    • Carry substances throughout the cell.
  47. Diapositiva 47

    • What is the differences between smooth ER and rough ER?
    • Rough contains ribosomes.
  48. Diapositiva 48

    • What is the function of the rough ER?
    • Sites where building material are formed.
  49. Diapositiva 49

    • What is the function of smooth ER?
    • Production of cholesterol, break down of fats and drugs.
  50. Diapositiva 50

    • What is the function of the golgi?
    • Packaging of proteins.
  51. Diapositiva 51

    • What are the 3 types of packaging?
    • 1. Secretory vesicles.
    • 2. Cell membrane components.
    • 3. Lysosomes.
  52. Diapositiva 52

    • What is the function of lysosomes?
    • Digestion of unused material in the cell.
  53. Diapositiva 53

    • What is the function of peroxisomes?
    • Breakdown of highly reactive chemicals.
  54. Diapositiva 54

    • What is the purpose of the mitochondria?
    • Power house of the cell. e.g. ATP.
  55. Diapositiva 55

    • What is the function of the cytoskeleton?
    • Framework of the cell.
  56. Diapositiva 56

    • What is the cytoskeleton made up of?
    • Protein network through cytoplasm.
  57. Diapositiva 57

    • What is the function of centrioles?
    • Provides movement for the cell.
  58. Diapositiva 58

    • What are centrioles made up of?
    • Microtubules.
  59. Diapositiva 59

    • What are 2 types of transport?
    • 1. Passive.
    • 2. Active transport.
  60. Diapositiva 60

    • What are the difference between passive and active?
    • Passive does not require energy as active requires energy.
  61. Diapositiva 61

    • What is the intercellular fluid made up of?
    • Chromatin and cytosol.
  62. Diapositiva 62

    • What is the interstitial fluid?
    • Fluid on the outside of the cell.
  63. Diapositiva 63

    • What is diffusion?
    • Movement of high concentration to low concentration.
  64. Diapositiva 64

    • What are the 3 diffusions?
    • 1. Simple
    • 2. Osmosis
    • 3. Facilitated
  65. Diapositiva 65

    • What is simple diffusion?
    • Unassisted diffusion e.g. small ions pass the membrane paws.
  66. Diapositiva 66

    • What is osmosis diffusion?
    • Diffusion of water.
  67. Diapositiva 67

    • What is facilitated diffusion?
    • Substance that require protein carriers.
  68. Diapositiva 68

    • What are common types of active transport?
    • 1. Bulk
    • 2. Solute pump
  69. Diapositiva 69

    • What is solute pump active transport?
    • Movement of substances against the concentration gradient. E..g sugar.
  70. Diapositiva 70

    • What is bulk active transport?
    • Movement of large materials in and out of the cell.
  71. Diapositiva 71

    • What are 2 types of bulk transport?
    • 1. Exocytosis
    • 2. Endocytosis
  72. Diapositiva 72

    • What is Exocytosis?
    • Movement of material outside the cell using vessels.
  73. Diapositiva 73

    • What is endocytosis?
    • Substances that are enclosed in a membrane vesicle.
  74. Diapositiva 74

    • What are 2 major cell periods?
    • 1. Cell division
    • 2. Intervase
  75. Diapositiva 75

    • What is mitosis?
    • Division of the nucleus.
  76. Diapositiva 76

    • What is cytoskeleton?
    • Division of cytoplasm.
  77. Diapositiva 77

    • What happens during interphase?
    • Normal cell function and cell growth.
  78. Diapositiva 78

    • What happens in prophase?
    • First part of cell division.
  79. Diapositiva 79

    • What happens during metaphase?
    • Chromosomes align in the centre of the cell.
  80. Diapositiva 80

    • What happens during anaphase?
    • Daughter chromosomes are produced.
  81. Diapositiva 81

    • What happens during telophase?
    • Daughter nuclei is formed.
  82. Diapositiva 82

    • What is genes?
    • DNA building of protein.
  83. Diapositiva 83

    • What is the purpose of RNA?
    • Responsible for protein production.
  84. Diapositiva 84

    • What are tissues?
    • Groups of cells with simile structure and function.
  85. Diapositiva 85

    • What are 4 types of primary tissues?
    • 1. Epithelium
    • 2. Connective
    • 3. Nervous
    • 4. Muscle
  86. Diapositiva 86

    • Where are epithelium tissues found?
    • 1. Body coverings
    • 2. Body linings
    • 3. Glandular tissues
  87. Diapositiva 87

    • What are the functions of the epithelium tissues?
    • 1. Protection
    • 2. Absorption
    • 3. Filtration
    • 4. Secretion
  88. Diapositiva 88

    • What are the characteristics of the epithelium tissue?
    • 1. Tissue layer has 1 free surface
    • 2. Lower surface layer is bound by a basement membrane
    • 3. Avascular (has no blood supply)
  89. Diapositiva 89

    • What is simple squamous?
    • A single layer of flat cells that forms membranes along the body cavities, lungs and capillaries.
  90. Diapositiva 90

    • What is simple cuboidal?
    • A cube cell shape that is common in the glands and ducts. It forms walls of kidney tubules and covers the ovaries.
  91. Diapositiva 91

    • What is simple columnar?
    • Tall layer cells that produces mucus (goblet cells) and lines digestive tracts.
  92. Diapositiva 92

    • What is pseudostratifed?
    • Single layer cells that are for absorption and secretion. It ciliated in the respiratory tract.
  93. Diapositiva 93

    • What is stratified squamous?
    • Free edge cells that are used for protection covering located in the skin, mouth and oesophagus.
  94. Diapositiva 94

    • What is transitional epithelium?
    • Lines in organs of the urinary system.
  95. Diapositiva 95

    • What is the gland epithelium?
    • One or more cells that secrete a particular product.
  96. Diapositiva 96

    • What are 2 major gland types?
    • 1. Endocrine glands
    • 2. Exocrine glands
  97. Diapositiva 97

    • What is the function of the endocrine gland?
    • Empty through ducts to the epithelial surface that includes sweats and oil glands.
  98. Diapositiva 98

    • What is the function of the exocrine gland?
    • Binds body surfaces together that supports the body and provides protection.
  99. Diapositiva 99

    • What are the characteristics of the connective tissue?
    • It variations in blood supply.
    • Some have poor bloody supply and some are well vascularised.
  100. Diapositiva 100

    • What is extracellular matrix?
    • Non living material that surrounds living cells.
  101. Diapositiva 101

    • What are connective tissues?
    • It is one of the 4 classes of fibrous tissues.
    • 1. Epithelial
    • 2. Muscle
    • 3. Nervous
  102. Diapositiva 102

    • What is the connective tissue made up of?
    • 1. Cells
    • 2. Fibres
    • 3. Extracellular matrix
  103. Diapositiva 103

    • What physical structures make up the connective tissue?
    • 1. Tendons
    • 2. Blood
    • 3. Cartilage
    • 4. Bones
    • 5. Adipose tissue
    • 6. Lymphatic tissue
  104. Diapositiva 104

    • What is the main protein of connective tissues?
    • Collagen which is made up of white fibres.
  105. Diapositiva 105

    • What are the 3 types of fibrous tissues?
    • 1. Collagen
    • 2. Elastic
    • 3. Reticular
  106. Diapositiva 106

    • What is the osseous tissue composed of?
    • Bone cells in cavities and hard matrix calcium salts.
  107. Diapositiva 107

    • What is the function of osseous tissue?
    • Protects and supports the body.
  108. Diapositiva 108

    • What is hyaline cartilage composed of?
    • Abundant collagen fibres with a rubbery matrix.
  109. Diapositiva 109

    • What is the function of hyaline?
    • 1. reduces friction at joints
    • 2. supports bronchial and tracheal tubes
    • 3. acts as a shock absorber between vertebrae.
    • 4. maintains the shape and the flexibility of fleshy appendages
  110. Diapositiva 110

    • What is elastic cartilage?
    • Provides elasticity.
  111. Diapositiva 111

    • What is the function of elastic cartilage?
    • Great flexibility so that it is able to withstand repeated bending.
  112. Diapositiva 112

    • What is fibrocartilage?
    • Consists of a mixture of white fibrous tissue and cartilaginous tissue in various proportions. It owes its flexibility and toughness.
  113. Diapositiva 113

    • What is the dense connective tissue?
    • Forms strong, rope-like structures such as tendons and ligaments. Tendons attach skeletal muscles to bones; ligaments connect bones to bones at joints.
  114. Diapositiva 114

    • What is the muscle tissue function?
    • Produce movement.
  115. Diapositiva 115

    • What are 3 types of muscle tissue?
    • 1. Skeletal
    • 2. Cardiac
    • 3. Smooth
  116. Diapositiva 116

    • What is the function of the skeletal tissue?
    • Cells attach to connective tissues and has more then 1 nucleus.
  117. Diapositiva 117

    • Where is the cardiac muscle found?
    • Only in the heart.
  118. Diapositiva 118

    • What is the function of the cardiac muscle?
    • To pump blood.
  119. Diapositiva 119

    • What is smooth muscle?
    • Involuntarily muscles.
  120. Diapositiva 120

    • What is the function of sooth muscles?
    • Surrounds hallow organs and attaches to other smooth muscle cells.
  121. Diapositiva 121

    • What is tissue repair consist of?
    • 1. Regeneration
    • 2. Fibrosis
    • 3. Determination of method
  122. Diapositiva 122

    • What is regeneration?
    • Replacement of destroyed tissues by the same cells.
  123. Diapositiva 123

    • What is fibrosis?
    • Repair of dense fibrosis connective tissues.
  124. Diapositiva 124

    • What is determination of method?
    • Type of tissue managed and severity of the injury.
  125. Diapositiva 125

    • What are the events in tissue repair?
    • 1. Capillaries become permeable
    • 2. Introduce clotting proteins
    • 3. Formation of granulation tissue
  126. Diapositiva 126

    • What are regeneration of tissues?
    • 1. Tissues regenerate easily e.g. Epithelial, fibrous and bone.
    • 2. Tissues regenerate properly e.g. Skeletal
    • 3. Tissues are replaced largely e.g. Cardiac/Nervous

Información

Descripción
EXAM REVIEW!
Creado por
Dragana Stankovic · ago 2016
Actualizado
10 ago 2018
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