At the physiological antagonism, drugs bind to specific [unrelated/related] receptor proteins, initiate a protein conformational shift, and elicit individual tissue responses. The responses, however, generate opposing forces such as are observed with isoproterenol-induced vasodilation and norepinephrine- induced vasoconstriction.
Answer
unrelated
Question
At the physiological antagonism, drugs bind to specific [unrelated/related] receptor proteins, initiate a protein conformational shift, and elicit individual tissue responses. The responses, however, generate opposing forces such as are observed with isoproterenol-induced vasodilation and norepinephrine- induced vasoconstriction.
Answer
?
Question
At the physiological antagonism, drugs bind to specific [unrelated/related] receptor proteins, initiate a protein conformational shift, and elicit individual tissue responses. The responses, however, generate opposing forces such as are observed with isoproterenol-induced vasodilation and norepinephrine- induced vasoconstriction.
Answer
unrelated
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Open it Physiologic antagonism, another form of antagonism, involves two agonist drugs that bind to different receptors.
At the physiological antagonism, drugs bind to specific unrelated receptor proteins, initiate a protein conformational shift, and elicit individual tissue responses. The responses, however, generate opposing forces such as are observed with isoprotere
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