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lungs, heart, esophagus, thymus gland, viseral & parietal pleura(lungs)
viseral & parietal paricardium (heart) |
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| stomache, liver, spleen, gallbladder, small and large intestines |
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| terminal end of large intestine, the urinary bladder,the internal reproductive organs |
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| region between the lungs that separates the thorax into two compartments that contain the right and left lungs |
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| the potential space between the parietal and viseral pleural membranes |
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| broad thin muscle separating the thoracic cavity and the abdominopelvic cavity |
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| containing teeth and tongue |
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| located within the nose and divided into left and right portions by a nasal septum. Sphenoidal and Frontal sinuses are connected to the nasal cavity |
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| eyes, and associated skeletal muscles and nerves |
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| the right and left thoracic compartments, which contain the lungs, are lined with this serous membrane |
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| membrane covering the lungs |
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| the potential space between the viseral pericardium and the parietal pericardium |
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| covers the hearts surface and is separated from the parietal pericardium by a small volume of serous fluid |
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| potential space between the parietal peritoneum and the viseral peritoneum |
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| lines the wall in the abdominal cavity |
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| bones, ligaments, and cartilages |
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| skeletal muscles and tendons |
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| brain, spinal cord, nerves |
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| between lower part of buttocks |
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| passive movement of particles from areas of high concentration through a semi-permeable membrane to areas of low concentration |
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| passive movement of water (only water) from areas of low concentration to areas of high concentration through a water permeable membrane |
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| (same) water moving in and out at same rate |
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| solutions having a lower osmotic pressure than body fluids tend to gain water and swell |
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| solutions that have a higher osmotic pressure than body fluids, the cells will shrink |
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