Zackary A. Cope

Learn More
RATIONALE Increases in dopamine D2-like receptor function are common in several psychological disorders that demonstrate a four to five fold increase in nicotine abuse compared to the general population. OBJECTIVE The objective of this study was to analyze the interaction of sex differences and sensitization to nicotine in rats D2 receptor primed as(More)
This review focuses on nicotine comorbidity in schizophrenia, and the insight into this problem provided by rodent models of schizophrenia. A particular focus is on age differences in the response to nicotine, and how this relates to the development of the disease and difficulties in treatment. Schizophrenia is a particularly difficult disease to model in(More)
Neonatal quinpirole treatment to rats produces long-term increases in D(2) receptor sensitivity that persists throughout the animal's lifetime, a phenomenon referred to as D(2) priming. Male and female Sprague-dawley rats were administered quinpirole (1 mg kg(-1)) or saline from postnatal days (P)1-11. At P60, all animals were given an injection of(More)
Neonatal quinpirole treatment in rats produces increased sensitivity of dopamine D2-like receptors throughout the animal's lifetime, referred to as D2 priming. There is little information on the effects of nicotine in adolescent rats, especially in a model that has clinical relevance to psychosis where increased D2 receptor sensitivity is common. Male and(More)
Numerous psychiatric disorders whose cognitive dysfunction links to functional outcome have neurodevelopmental origins including schizophrenia, autism and bipolar disorder. Treatments are needed for these cognitive deficits, which require development using animal models. Models of neurodevelopmental disorders are as varied and diverse as the disorders(More)
Cross-species quantification of physiological behavior enables a better understanding of the biological systems underlying neuropsychiatric diseases such as bipolar disorder (BD). Cardinal symptoms of manic BD include increased motor activity and goal-directed behavior, thought to be related to increased catecholamine activity, potentially selective to(More)
Deficits in the domains of attention and response inhibition are central to many psychiatric disorders. As such, animal models of disorders purporting to replicate these behavioral deficits first require tests that can accurately assess the behaviors with high fidelity. The gold-standard clinical test of attention and response inhibition is the continuous(More)
The five-choice serial reaction time task (5-CSRTT) is regularly used to study attention and impulsivity. In the 5-CSRTT, rodents initiate a trial, then after an inter-trial interval (ITI), a light appears in one of five holes. Responding in the lit vs. unlit hole reflects attention (accuracy), while responding prematurely before a light appears is(More)
Methamphetamine (meth) addiction is a chronically relapsing disorder that often produces persistent cognitive deficits. These include decreased cognitive flexibility, which may prevent meth addicts from altering their habitual drug abuse and leave them more susceptible to relapse. Multiple factors including low rates of compliance with research study(More)
  • Zackary Adam Cope, Zackary Cope, Adam, Amphetamine Sensitization, Zackary A Cope, Wallace Dixon +1 other
  • 2015
Amphetamine Sensitization and in vivo Microdialysis of the Nucleus Accumbens Core of Adult Male and Female Rats D2-Primed as Neonates by Zackary A. Cope Neonatal administration of quinpirole produces significant increases in D 2 receptor sensitivity that persists into adulthood. This phenomenon, known as D 2 receptor priming, is consistent with pathology in(More)
  • 1