Building interactions for proteins and cell reproduction.
Slide 7
What are the 3 instructions of the nucleus?
1. Nuclear membrane2. Nucleoli 3. Chromatin
Slide 8
What surrounds the nucleus?
Nuclear membrane.
Slide 9
What penetrates through the fusion region of the nuclear membrane?
Nuclear pores.
Slide 10
How many membranes are there in the nuclear membrane?
x2.
Slide 11
What does the nucleus contain?
nucleoli.
Slide 12
What does the nucleoli contain?
Sites where ribosomes are assembled.
Slide 13
What is chromatin?
Combination of DNA with protein when not used.
Slide 14
What is chromosomes?
Combination of chromatins during cell reproduction.
Slide 15
What is the plasma membrane?
Barrier for the cell.
Slide 16
What is the role of the plasma membrane?
It regulates what enters and exits the cell.
Slide 17
What is the structure of the plasma membrane?
Fluid mosaic model.
Slide 18
What does the fluid mosaic model contain?
Phospholipid bilayer.
Slide 19
What are the 2 phospholipid bilayers?
Hydrophilic and hydrophobic.
Slide 20
What are the proteins in the lipid bilayer responsible for?
Completing plasma membrane functions.
Slide 21
What is the role of the proteins?
Receptors for hormones or chemical messengers.
Slide 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.
Slide 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.
Slide 24
How many junctions in the membrane?
x3.
Slide 25
What are the 3 junctions?
1. Tight junction. 2. Desmosomes. 3. Gap junctions.
Slide 26
What are tight junctions?
Bind cells together.
Slide 27
What is the role of the tight junction?
To prevent substances from passing through the extracellular space between cells.
Slide 28
What are desmosomes?
Anchoring junctions scattered along the sides of abducting cells.
Slide 29
What is the role of Desmosomes?
Prevent cells subjected to mechanical stress from being pulled apart.
Slide 30
What is gap junctions?
Allows communication and is seen mainly in the heart.
Slide 31
What is the role of gap junctions?
Provide communication with other cells due to a gap between 2 membranes.
Slide 32
What are the 3 main regions of the cell?
1. Nucleus. 2 Plasma membrane.3. Cytoplasm.
Slide 33
What is the purpose of microvilli?
Increases the surface area for absorption.
Slide 34
Where is the microvilli?
Intestines and urine tract.
Slide 35
Where is the cytoplasm found?
in-between plasma membrane and the nucleus membrane.
Slide 36
What are the 3 structures of the cytoplasm?
1. Cytosol. 2. Organelles. 3. Inclusions.
Slide 37
What is the function of the cytosol?
Fluid that suspends the organelles.
Slide 38
What are the functions of organelles?
Machinery for the cells.
Slide 39
What is the function of inclusions?
Non-functioning units.
Slide 40
Where is the ribosomes produced?
Nucleoli.
Slide 41
How does the ribosomes leave the nucleoli?
Nucelar paws.
Slide 42
What is the ribosome made up of?
Protein and RNA.
Slide 43
What are the 2 locations ribosomes are found?
1. Rough ER.2. Free in the cytosol.
Slide 44
What is the function of Ribosomes?
Producing protein using DNA structure.
Slide 45
How many types of ER are there?
1. Rough ER. 2. Smooth ER.
Slide 46
What is the function of ER?
Carry substances throughout the cell.
Slide 47
What is the differences between smooth ER and rough ER?
Rough contains ribosomes.
Slide 48
What is the function of the rough ER?
Sites where building material are formed.
Slide 49
What is the function of smooth ER?
Production of cholesterol, break down of fats and drugs.
Bone cells in cavities and hard matrix calcium salts.
Slide 107
What is the function of osseous tissue?
Protects and supports the body.
Slide 108
What is hyaline cartilage composed of?
Abundant collagen fibres with a rubbery matrix.
Slide 109
What is the function of hyaline?
1. reduces friction at joints2. supports bronchial and tracheal tubes3. acts as a shock absorber between vertebrae. 4. maintains the shape and the flexibility of fleshy appendages
Slide 110
What is elastic cartilage?
Provides elasticity.
Slide 111
What is the function of elastic cartilage?
Great flexibility so that it is able to withstand repeated bending.
Slide 112
What is fibrocartilage?
Consists of a mixture of white fibrous tissue and cartilaginous tissue in various proportions. It owes its flexibility and toughness.
Slide 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.
Slide 114
What is the muscle tissue function?
Produce movement.
Slide 115
What are 3 types of muscle tissue?
1. Skeletal 2. Cardiac 3. Smooth
Slide 116
What is the function of the skeletal tissue?
Cells attach to connective tissues and has more then 1 nucleus.
Slide 117
Where is the cardiac muscle found?
Only in the heart.
Slide 118
What is the function of the cardiac muscle?
To pump blood.
Slide 119
What is smooth muscle?
Involuntarily muscles.
Slide 120
What is the function of sooth muscles?
Surrounds hallow organs and attaches to other smooth muscle cells.
Slide 121
What is tissue repair consist of?
1. Regeneration 2. Fibrosis 3. Determination of method
Slide 122
What is regeneration?
Replacement of destroyed tissues by the same cells.
Slide 123
What is fibrosis?
Repair of dense fibrosis connective tissues.
Slide 124
What is determination of method?
Type of tissue managed and severity of the injury.
Slide 125
What are the events in tissue repair?
1. Capillaries become permeable 2. Introduce clotting proteins 3. Formation of granulation tissue
Slide 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
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