Forms Endocrine And Exocrine Glands
Question: Epithelium
Answer: Forms membranes
Question: Muscle
Answer: Allows for movement of limbs and for organ movements within the body
Question: Nervous
Answer: Uses electrochemical signals to carry out its functions
Question: Connective
Answer: Supports and reinforces body organs
Question: Epithelium
Answer: Cells of this tissue may absorb and / or secrete substances
Question: Nervous
Answer: Basis of the major controlling system of the body
Question: Muscle
Answer: its cells shorten to exert force
Question: Epithelium
Answer: Forms endocrine and exocrine glands
Question: Connective
Answer: Surrounds and Cushions body organs
Question: Connective
Answer: Characterized by having large amounts of extracellular material
Question: Muscle
Answer: Allows you to smile, grasp, swim, ski, and throw a ball
Question: Connective
Answer: Widely distributed, found in bones, cartilages, and fat depots
Question: Nervous
Answer: Forms the brain and spinal cord
Question: Six major functions of epithelium
Answer: Protect surfaces, Secrete material, absorb material, contain fluids, provide friction, prevent pathogens
Question: Six special characteristics of epithelium
Answer: Cellularity, Polarity, Specialized Contracts, Avascular, Support by connective tissue, Regeneration
Question: Simple Columnar
Answer: Lines the stomach and most of the intestines
Question: Stratified Squamous
Answer: Lines the inside of the mouth
Question: Pseudo stratified ciliated columnar
Answer: Lines much of the respiratory tract
Question: Simple Squamous
Answer: Endothelium and mesothelium
Question: Transitional
Answer: Lines the inside of the urinary bladder
Question: Simple Cuboidal
Answer: line the kidney and ovaries and small glands
Question: Stratified Columnar
Answer: Pharynx and malurethria
Question: Stratified Squamous
Answer: Protection
Question: Endothelium
Answer: Small molecules pass through rapidly
Question: Ciliated Epithelium
Answer: Propel sheets of mucus
Question: Simple Columnar
Answer: Absorption, Secretion, or ion transport
Question: Transitional
Answer: Stretches
Question: Simple Alveolar
Answer: Flask-shaped gland, unbranched ducts
Question: Simple Tubular
Answer: Slender, straight gland, unbranched ducts
Question: Tubular Alveolar
Answer: Combination of gland shapes
Question: Compound duct structure
Answer: branched ducts
Question: Exocrine glands are classified functionally are merocrine, holocrine, and apocrine.
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Question: The above classification refers to the way to secrete their products.
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Question: Most exocrine glands are merocrine.
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Question: In merocrine glands, secretions are produced and released immediately by exocytosis.
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Question: Holocrine glands store secretions until the cells rupture.
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Question: In apocrine glands, the secretory cell repairs when they pinch off at the apex to release secretions.
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Question: A sweat gland is an example of merocrine gland.
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Question: The mammary gland is the most likely example of an apocrine gland.
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Question: Exocrine
Answer: Duct from this gland type carries secretions to target organ or location.
Question: Endocrine
Answer: Examples are the thyroid and adrenal glands
Question: Endocrine
Answer: Glands secrete regulatory hormones directly into blood or lymph.
Question: Exocrine
Answer: the more numerous of the two types of gland
Question: Exocrine
Answer: Examples are the liver, which produces bile, and the pancreas, which produces digestive enzymes
Question: Endocrine and exocrine glands are formed from epithelium tissue.
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Question: Unicellular exocrine glands called goblet cells are found in the intestinal mucosae, where they secrete mucus, a lubricating water-soluble glycoprotein.
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Question: Multicellular glands are composed of three structures: duct, secretory units, supportive connective tissue.
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Question: Exocrine glands classified as compound tubular are glands with branching ducts and with secretory cells located in tubular secretory units.
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