permanent physical changescan setpermanent physical changes

to predictable , repeated responsesleadto predictable , repeated responses

to sensory adaptationmay leadto sensory adaptation

to behavioral habituationleadto behavioral habituation

to habituationleadto habituation

exhaustion of involved nervescausingexhaustion of involved nerves

an initial facilitation , followed by depressioncausedan initial facilitation , followed by depression

a release of AVP and increase the risk of hyponatremiacan causea release of AVP and increase the risk of hyponatremia

a temporal summation of C - fiber - mediated responses of dorsal horn nociceptive neuronscausea temporal summation of C - fiber - mediated responses of dorsal horn nociceptive neurons

painwould ... causepain

to modulation in the lingual gyrus in subjectsledto modulation in the lingual gyrus in subjects

to the entrainment of oscillators or vertebral motion segments moving in rhythmic and synchronous patternsleadingto the entrainment of oscillators or vertebral motion segments moving in rhythmic and synchronous patterns

to modulation in the lingual gyrusledto modulation in the lingual gyrus

tissue damagecausetissue damage

to activation of IKKleadto activation of IKK

to p38MAP kinase phosphorylation and activation which subsequently induces expression of many proinflammatory proteinsleadto p38MAP kinase phosphorylation and activation which subsequently induces expression of many proinflammatory proteins

the synthesis and/or release of D - serine in microglia as wellcould influencethe synthesis and/or release of D - serine in microglia as well

alsocan ... leadalso

to restrict inflammatory injuryleadingto restrict inflammatory injury

from flightresultingfrom flight

to explore in a systematic way the functional response of a sensory system to a natural - like motion stimulusdesignedto explore in a systematic way the functional response of a sensory system to a natural - like motion stimulus

to restrict inflammatory injury [ 26,27leadingto restrict inflammatory injury [ 26,27

startle or fear responses but do n't have changes in their emotionswould causestartle or fear responses but do n't have changes in their emotions

to trigger a response from the brain areas most associated withdesignedto trigger a response from the brain areas most associated with

in limited alertness with respect to the educational environment that is due to chronic or acute health problems such asresultsin limited alertness with respect to the educational environment that is due to chronic or acute health problems such as

the following release of chemical substances that cause body responsecausethe following release of chemical substances that cause body response

strong sensations & reactions in the braincausingstrong sensations & reactions in the brain

fear or even sexual responseswould have causedfear or even sexual responses

fear and even sexual responseswould have ... have causedfear and even sexual responses

an acute anxiety responsewould ... have provokedan acute anxiety response

from within the body related to spatial position and muscular activity or to the sensory receptors that they activateoriginatingfrom within the body related to spatial position and muscular activity or to the sensory receptors that they activate

what stimuli ... in what > behaviorresultswhat stimuli ... in what > behavior

in limited alertness with respect to the educational environmentresultsin limited alertness with respect to the educational environment

from outside the body or to the sensory receptors that they activateoriginatefrom outside the body or to the sensory receptors that they activate

a state transition and results in a responsecausesa state transition and results in a response

to increased intracellular Ca2 + levelsleadingto increased intracellular Ca2 + levels

to increased intracellular Ca2 + levelsleadto increased intracellular Ca2 + levels

emotional discomfort or stresscauseemotional discomfort or stress

to trigger specific reactions in usdesignedto trigger specific reactions in us

from mechanical stimulation , temperature , and painresultingfrom mechanical stimulation , temperature , and pain