Laplace (lah-PI,AHS) transmural re difference = 2 X surface tension dividcd slows to the point where thick and thin ue effectively "latchcd" together (LAY+ent) period lasting several beween action potcntial initiation in a fiber and beginning ofmechanical activity method of refining sensorY in afferent neurons and ascending whereby fibers inhibit each other, the fibers causing the greatest inhibition enluged region at end ofeach ic reticulum segment; adjacent to tubule force (in the lung) holding irways open; exerted by elastic connective linked to surrounding alveolar tissue llpoproteln (lip-oh-PROH-teen or LYE-poh-proh-teen) lipid aggregate partially coated by protein; involved in lipid transport in blood lipoprotein lilnse capillary endothelial enzyme that hydr.olyzcs triglyceride in lipoprotein to monoglyceride and fattY acids lipoxygenase (lye-POX-ih-jen-ase) enzyme that acts ot1 arachidonic acid and leads to lcukotdenc formation liver large organ located in the upper right portion ofthe abdomen with exocrinc, endocrine, and metabolic functions load extetnal force acting on muscle local control mechanism existing within tissues that modulates activity independent of ncural or hormonal input (e .g., blood fiow into a local vascular bed) local homeostatic reeponse (home-ee'oh-STAI-ik) re$porse acting in immediate vicinity of a stimulus, without nerves or hormones, and having nct effect of coulteracting stimulus longitudinal muscle thin outer laycr of the intestine; contaction shortens the length ofthc tube long-loop negadve feedback inhibition of' antcrior pituitury gland and/or hypothalamus by hormone secreted by third endocrine gland in a sequence long teflex neural loop fiom afftrents in thc gasuointestinal tract to the central nervous system and back to nerve plexuses and effector cells via the autonomic nervous system; involved in the control of motility and secretory activity long.term depression condition in which nervcs show reduced responses tcl stimuli after an earlier stimulation long.term memoty information
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This note was uploaded on 02/09/2012 for the course BIO 102 taught by Professor William during the Spring '11 term at Harvard.