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The present study reports the biochemical and behavioral effects resulting from chronic treatment with 5\u2010HT\u2010modifying compounds delivered for up to 5 weeks via silastic tube implants. High performance liquid chromatography with electrochemical detection (HPLC\u2010ED) confirmed that 5,7\u2010dihydroxytryptamine (5,7\u2010DHT) effectively reduced 5\u2010HT in all central nervous system (CNS) areas, except brain, while a concurrent accumulation of the compound was observed in all tissues analyzed. Unexpectedly, two different rates of chronic 5\u2010HT treatment did not increase levels of the amine in the CNS. Behaviorally, 5,7\u2010DHT treated crayfish exhibited no significant differences in measures of aggression. Although treatment with 5\u2010HT did not elevate 5\u2010HT content in the CNS, infusion at a slow rate caused animals to escalate more quickly while 5\u2010HT treatment at a faster rate resulted in slower escalation. 5,7\u2010DHT is commonly used in behavioral pharmacology and the present findings suggest its biochemical properties should be more thoroughly examined. Moreover, the apparent presence of powerful compensatory mechanisms indicates our need to adopt an increasingly dynamic view of the serotonergic bases of behavior like crayfish aggression. \u00a9 2002 Wiley Periodicals, Inc. 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