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What is Tissue Mind Map
Tissues are groups of cells that have a similar structure and act together to perform a specific function.
Edited at 2020-10-08 06:29:12- Mind Map Kingdom
Mind maps are a great resource to help you study. A mind map can take complex topics like plant kingdom and illustrate them into simple points, as shown above.
- Team Communication Strategies
Mind maps are useful in constructing strategies. They provide the flexibility of being creative, along with the structure of a plan.
- Types of Vitamins
Vitamins and minerals are essential elements of a well-balanced meal plan. They help in ensuring that the body is properly nourished. A mind map can be used to map out the different vitamins a person requires.
What is Tissue Mind Map
- Mind Map Kingdom
Mind maps are a great resource to help you study. A mind map can take complex topics like plant kingdom and illustrate them into simple points, as shown above.
- Team Communication Strategies
Mind maps are useful in constructing strategies. They provide the flexibility of being creative, along with the structure of a plan.
- Types of Vitamins
Vitamins and minerals are essential elements of a well-balanced meal plan. They help in ensuring that the body is properly nourished. A mind map can be used to map out the different vitamins a person requires.
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- Outline
Tissue-Mind-Map
Muscular (Contractile) Tissue
Function
Moves the body and its parts
Types
Skeletal Muscle
a.k.a. voluntary muscle
Found: Attached by tendons to the bones ofthe skeleton (when it contracts, bodymoves)
Apperance: Cylindrical an long withthe nuclei located at the periphery ofthe cell
Smooth (Visceral) Muscle
Unlike skeletal muscle, muscleis involuntary (not undervoluntary control), is slower tocontract but stays contracted fora longer period of time
Found: In the walls of the intestine, stomach,and other internal organs. As well as, found inblood vessels
Cardiac Muscle
Found: only in the walls of theheart (contraction controlsheartbeat)
Appearance: branched cells, havesingle (central) nucleus, hasstriations
Appearance/ Composition
Composed of muscle fibers (cells) which containactin filaments and myosin filaments (causemovement)
Picture
Connective Tissue
Function
Binds organs together, providessupport and protection, fills spaces,produces blood cells, and stores fat
i.e. Protection for epitheliumand internal organs
Can form protective covering
Connect muscles to bones, andbones to other bones and joints
Found
In the lungs, arteries, urinary bladder, internalorgans, tendons, ligaments, beneath the skin,around the kidneys, on the surface of theheart, lymph nodes
Are cartilage, bones, and blood
Types
Differ according to thype of matrixand the abundance of fibers in thematrix
Loose Fibrous and Dense Fibrous Tissues
Adipose Tissue and ReticularConnective Tissue
Cartilage
Bone
Blood
Not all people classify this as aconnective tissue (vascular tissueinstead)
Appearance/ Composition
Are widely seperated by a matrix (made up of anoncellular material that can vary from beingsolid to semifluid to fluid
Connective Tissue
Nervuous Tissue
Function
Recieves stimuli and conducts nerve impulses
Nervous system has three functions:sensory input, integration of data, andmotor outout
Found
In the brain and spinal cord (nervous system)
Appearance/ Composition
Contains neurons: specialized nervous cells
Nervous System
Contain Neuroglia
Nine times more in number than neurons
Support and nourish neutrons
Picture
Epithelial Tissue a.k.a Epithelium
Function
Mainly for protection
External: from injury, dryingout, pathogen invasion
Internal: secrets mucus along digestivetract and sweeps up impurities from thelungs
Also for secretion, absorption,excretion, and filtration
Found
Covers body surfaces and lines boy cavities
In the lining of the lungs, blood vessels,kidney tubules, digestive tracts, andoviducts
Types
Squamous epithelium
Cubodial epithelium
Columnar epithelium
Appearance/ Composition
Occur in more than one layer
Named according to the shape of the cell
Cells lining a body cavity can beciliated and/or grandular
Tightly packed cells that form acontinous layer
Picture