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Tissues


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Haley Tanne


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Epithelial tissue function
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lines and covers free surfaces and forms glands

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Epithelial tissue function
Lines and covers free surfaces and forms glands
Connective tissue function
Connects things and helps build shape/structure, protection
Muscular Tissue function
Contracts to produce movement within or out of the body
Nervous tissue function
Transports information, integrates information
Cilium/cilia
Hair like structures on the apical surface of psuedostratified and simple columnar that create a current to move things like mucus
Apical
Open surface
Basal
Bottom of tissue where basement membrane is
Basement membrane
Not really a membrane. It holds epithelial and connective tissues together
Keratinized
Contains keratin proteins that end up killing cells and leave flakes (epidermis). toughens skin; found on surface of skin
Epithelial VS connective
Epithelial is avascular, has lots of cells packed into sheets, connective has fibers and is underneath basement membrane
Non-keratinized
Stratified squamous with no dead cells; found in moist open surface areas
Goblet cells
Found only in simple columnar and psuedostratified; produces mucus in mucus membranes
Endothelium is made by what type of tissue?
Innermost lining of blood vessels; simple squamous epithelia
What is mesothelium and what type of tissue is it made up of?
Builds serous membrane; simple squamous epithelia
Where would you find Simple Columnar epithelium?
GI tract (INTESTINES). It secretes mucus and has cilium.
Where would you find Transitional Epithelium
Urinary bladder because it is elastic and stretchy. In a relaxed state it is scalloped.
Where do you find stratified squamous epithelium?
Moist openings such as mouth lining, Vaginal Canal. This tissue can be keratinized (kills top cells)
Difference between endocrine and exocrine glands?
Endocrine stays in the body (hormones), exocrine leaves the body (sweat, wax, saliva)
What are merocrine glands?
Thin watery secretion from exocrine glands (Forehead sweat)
What is an example of Apocrine exocrine glands?
Scent glands found in your mammory, armpits, groin (sweat). Aren't active until puberty. Thicker secretions because portions of cells come off.
Holocrine exocrine glands
Thickest secretion because whole cell (dies) and become secretory product. Examples are sebaceous glands secrete Sebum (oil), Ceruminous glands secrete Cerumen (wax)
What is ground substance
Gel like component of tissue functioning as a background material and gives tissue it's characteristics
What are fibers made out of?
They are made up of fibroblasts
What are Fibroblasts?
Immature cells that can become different types of fiber
Purpose and building blocks of collagen fibers
Large sized fiber made of collagen proteins used for strength.
Purpose and building blocks of elastic fibers
Medium size fibers made up of elastin protein and is used for recoil
Purpose and building blocks of Reticular Fibers
Tiny sized fibers made of modified collagen fibers that build the stroma of organs (SPLEEN)
What is stroma
Framework or casing of mushy organs (like the spleen)
Vascular connective tissue
Found in blood vessels made of fibrin tissue (which is made by fribrinogen)
Three categories of Connective Tissue and simple explanation of properties
Connective tissue proper (connects and wraps things) , structural connective tissue (shape and protection), liquid connective tissue (transport)
Areolar Connective Tissue
Used to hold organs in place, found below basement membrane and in the papillary region; big fuzzy collagen fibers and skinny elastic fibers; LOOSE TISSUE
Adipose Connective Tissue
Fatty tissue used to store energy and support; Found in the hypodermis region; lots of fat storage and you can't see fibers; LOOSE TISSUE
Reticular Connective Tissues
Stroma (supporting framework) of liver, Spleen, and Lymph Nodes; Spacey, lots of cells and thick fibers; LOOSE TISSUE
Dense Regular Connective Tissue
Tight collagen fibers that creates tendons, ligaments, and aponeurosis(connects flat muscles to bone); Fibers all in line with a few cells woven in.
Dense Irregular Connective Tissue
Not organized (Pulled in several directions), found in deeper (reticular) regions of dermis of skin; Underneath Areolar
Elastic Connective Tissue
Denses of elastic fibers, found in lung and aorta tissue; Thin fibers tightly woven in the same direction
Hyaline Cartilage Connective Tissue
Found at top part of nose, ends of long bones, respiratory system, and embryonic skeleton ;No fibers, just Lacunae and cells
Fibrocartilage (mature) Connective Tissue
Supports and joins, found between vertebrae, knee meniscus and pubic symphysis; collagen fibers and lacunae lined
Elastic Cartilage
Epiglottis and Auricle, Strength (rigidness) and Flexibility; lacunae come in pairs (butterfly wings)
Compact Osseous Connective Tissue
Found on the outside surface of bones. Veins go through central canal, canaliculi deliver nutrients to Lacunae
Spongy Bone Connective Tissue (cancellous)
Random splotches; made of trabeculi and bone marrow; contain osteocytes in Lacunae.
Liquid Connective Tissue
Made of Blood Plasma, and erythrocytes, leukocytes, and platelets. WITHIN blood vessels