1-331 of 331
inorganic molecules
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not based on carbon and hydrogen,
examples are CO2, O2, H20, and inorganics acis/bases/salts
compare cartilage vs. bone matrix
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cartilage: chondroitin sulfate and water ground substance; with collagen,
elastic and/or reticular fibers
bone: calcium salts with little liquid, with collagen fibers
,left lower quadrant
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large intestine, urinary bladder
superficial anatomy
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locating structures on or near the body surface
systems integration
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the idea that all systems work together to maintain homeostasis
how do sugar and ions cross the plasma membrane?
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by channel-mediated diffusion, or carrier-mediated transport
,disaccharides
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two simple sugars joined by a dehydration synthesis, function as an energy
source
(sucrose, lactose, maltose)
glycolipids
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a type of lipid formed of diglycerides attached to a sugar
channel-mediated diffusion
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diffusion across a membrane using channel proteins, used by large or
hydrophilic molecules
collagen fibers
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, most common CT fiber, long, straight, strong and flexible
2 functions of body cavities
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1) protect organs from shock
2) permit changes in size and shape of internal organs
diffusion
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movement of molecules from an area of high concentration to an area of
lower concentration to establish equilibrium
- can be simple or carrier-mediated
quaternary structure
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interactions between polypeptides
not every protein will have this type of structure
glucose
inorganic molecules
Give this one a try later!
not based on carbon and hydrogen,
examples are CO2, O2, H20, and inorganics acis/bases/salts
compare cartilage vs. bone matrix
Give this one a try later!
cartilage: chondroitin sulfate and water ground substance; with collagen,
elastic and/or reticular fibers
bone: calcium salts with little liquid, with collagen fibers
,left lower quadrant
Give this one a try later!
large intestine, urinary bladder
superficial anatomy
Give this one a try later!
locating structures on or near the body surface
systems integration
Give this one a try later!
the idea that all systems work together to maintain homeostasis
how do sugar and ions cross the plasma membrane?
Give this one a try later!
by channel-mediated diffusion, or carrier-mediated transport
,disaccharides
Give this one a try later!
two simple sugars joined by a dehydration synthesis, function as an energy
source
(sucrose, lactose, maltose)
glycolipids
Give this one a try later!
a type of lipid formed of diglycerides attached to a sugar
channel-mediated diffusion
Give this one a try later!
diffusion across a membrane using channel proteins, used by large or
hydrophilic molecules
collagen fibers
Give this one a try later!
, most common CT fiber, long, straight, strong and flexible
2 functions of body cavities
Give this one a try later!
1) protect organs from shock
2) permit changes in size and shape of internal organs
diffusion
Give this one a try later!
movement of molecules from an area of high concentration to an area of
lower concentration to establish equilibrium
- can be simple or carrier-mediated
quaternary structure
Give this one a try later!
interactions between polypeptides
not every protein will have this type of structure
glucose
