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Dive into the research topics where Barbara G. Wells is active.

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Featured researches published by Barbara G. Wells.


Pharmacotherapy | 1991

Buspirone in the Treatment of Posttraumatic Stress Disorder

Barbara G. Wells; Chung‐Chou Chu; Richard P. Johnson; Clifford S. Nasdahl; Mohammed A. Ayubi; Edith Sewell; Paul Statham

Three patients with a DSM‐III‐R diagnosis of posttraumatic stress disorder were successfully treated with buspirone in final maximum dosages ranging from 35–60 mg daily. The onset of clinical efficacy ranged from 5–29 days. Symptoms that improved included anxiety, insomnia, flashbacks, and depressed mood. Patients experienced no side effects. Serotonin partial agonist effects are a possible mechanism underlying buspirones efficacy.


Pharmacotherapy | 2009

Essential Components of a Faculty Development Program for Pharmacy Practice Faculty

Eric G. Boyce; Jill S. Burkiewicz; Mark R. Haase; Eric J. MacLaughlin; Alissa R. Segal; Eunice P. Chung; Lingtak Neander Chan; Raylene M. Rospond; Joseph A. Barone; Stephen W. Durst; Barbara G. Wells

Prospective, ongoing faculty development programs are important in the initial orientation and short- and long-term development of faculty in higher education. Pharmacy practice faculty are likely to benefit from a comprehensive faculty development program due to the complex nature of their positions, incomplete training in select areas, and multiple demands on their time. The need for faculty development programs is supported by the increased need for pharmacy practice faculty due to the increased number of colleges and schools of pharmacy, expanding enrollment in existing colleges and schools, and loss of existing senior faculty to retirement or other opportunities within or outside the academy. This White Paper describes a comprehensive faculty development program that is designed to enhance the satisfaction, retention, and productivity of new and existing pharmacy practice faculty. A comprehensive faculty development program will facilitate growth throughout a faculty members career in pertinent areas. The structure of such a program includes an orientation program to provide an overview of responsibilities and abilities, a mentoring program to provide one-on-one guidance from a mentor, and a sustained faculty development program to provide targeted development based on individual and career needs. The content areas to be covered in each component include the institution (e.g., culture, structure, roles, responsibilities), student-related activities, teaching abilities, scholarship and research abilities, practice abilities and the practice site, and professional abilities (e.g., leadership, career planning, balancing responsibilities). A general framework for a comprehensive pharmacy practice faculty development program is provided to guide each college, school, department, and division in the design and delivery of a program that meets the needs and desires of the institution and its faculty.Prospective, ongoing faculty development programs are important in the initial orientation and short‐ and long‐term development of faculty in higher education. Pharmacy practice faculty are likely to benefit from a comprehensive faculty development program due to the complex nature of their positions, incomplete training in select areas, and multiple demands on their time. The need for faculty development programs is supported by the increased need for pharmacy practice faculty due to the increased number of colleges and schools of pharmacy, expanding enrollment in existing colleges and schools, and loss of existing senior faculty to retirement or other opportunities within or outside the academy. This White Paper describes a comprehensive faculty development program that is designed to enhance the satisfaction, retention, and productivity of new and existing pharmacy practice faculty. A comprehensive faculty development program will facilitate growth throughout a faculty members career in pertinent areas. The structure of such a program includes an orientation program to provide an overview of responsibilities and abilities, a mentoring program to provide one‐on‐one guidance from a mentor, and a sustained faculty development program to provide targeted development based on individual and career needs. The content areas to be covered in each component include the institution (e.g., culture, structure, roles, responsibilities), student‐related activities, teaching abilities, scholarship and research abilities, practice abilities and the practice site, and professional abilities (e.g., leadership, career planning, balancing responsibilities). A general framework for a comprehensive pharmacy practice faculty development program is provided to guide each college, school, department, and division in the design and delivery of a program that meets the needs and desires of the institution and its faculty.


Annals of Pharmacotherapy | 1990

Seizure Activity Associated with Antipsychotic Therapy

Julie A. Cold; Barbara G. Wells; Judy H. Froemming

Approximately one percent of patients receiving antipsychotic medications develop seizure activity. In addition, approximately seven percent of epileptic patients develop chronic psychosis requiring antipsychotic treatment. A history of antipsychotic-induced seizures in patients exhibiting florid psychosis should not preclude the use of antipsychotic medications. Different antipsychotics affect the seizure threshold in varying degrees, and the least epileptogenic agents should be selected for this population. Predisposing factors and other risk factors associated with antipsychotic-induced seizures are identified. Guidelines for the use of antipsychotic medications in psychotic patients with a history of seizures are presented.


Journal of Clinical Psychopharmacology | 1989

Characterizing anticholinergic abuse in community mental health.

Barbara G. Wells; Patricia A. Marken; Lucy A. Rickman; Candace S. Brown; Gale Hamann; Jana Grimmig

To identify factors associated with anticholinergic abuse in patients taking antipsychotics and anticholinergics and to document the extent of extrapyramidal side effects in anticholinergic abusers, 21 anticholinergic abusers were matched with 21 controls without a history of anticholinergic abuse for diagnosis and antipsychotic dose. Data were collected prospectively, and extrapyramidal side effects and abnormal involuntary movements were evaluated using the Modified Simpson Angus Scale and the Abnormal Involuntary Movement Scale. The abuse group reported significantly more subjective effects from anticholinergic agents than did those in the control group (mean ± SD = 10.5 ± 5.4 vs. 6.5 ± 3.7, p < 0.05). The abuse group was significantly more likely to report feeling a buzz (p < 0.05) and difficulty learning (p < 0.05) when taking anticholinergic medications. Abusers reported abusing significantly more drugs in the past (2.7 ± 2.1 vs. 0.8 ± 0.9, p < 0.01) and had taken antipsychotics (12.7 ± 6.3 vs. 8.7 ±5.4 years, p < 0.05) and anticholinergics (10.9 ± 3.1 vs. 6.1 ± 4.6 years, p < 0.01) significantly longer than controls had. Patients in the control group spent significantly more years working full-time than did abusers (6.2 ± 7.3 vs. 0.7 ± 1.4, p < 0.01). There was a nonsignificant trend for abusers with a longer duration of antipsychotic use to have higher Abnormal Involuntary Movement Scale scores (r = 0.40, p < 0.10). Although these drugs are potentially abusable, the term “anticholinergic abuse” should be reevaluated in light of accumulating evidence that many patients taking these drugs report improved functioning, with improvement in negative symptoms and minimal or no adverse anticholinergic effects.


Journal of Clinical Psychopharmacology | 1989

Pharmacologic management of acute mania in pregnancy.

Patricia A. Sitland-marken; Lucy A. Rickman; Barbara G. Wells; William C. Mabie

Mania is a psychiatric illness that often requires immediate intervention, and the pregnant manic patient presents a therapeutic dilemma. Use of psychotropic medications during pregnancy may cause three complications: teratogenesis, neonatal toxicity, and behavioral toxicity. The literature contains few well-controlled studies for psychotropic medications in bipolar or other psychiatric populations and those often lack a control group or do not consider confounding factors such as other drug use. Pharmacologic alternatives include antipsychotics, lithium, carbamazepine, and benzodiazepines. Although studies and case reports describe fetal malformations in infants exposed in utero to psychotropic medications, the data are conflicting as to the nature of anomalies and risk of their occurrence. Malformations can occur in almost every organ system; however, the cardiovascular type are of major concern after lithium exposure during the first trimester and oral clefts after benzodiazepine exposure. Antipsychotic exposure can produce extrapyramidal symptoms in the neonate and lithium has been associated with neonatal cyanosis, lethargy, flaccidity, and nontoxic goiter. A neonatal abstinence syndrome has occurred after maternal benzodiazepine consumption. Behavioral toxicity is more difficult to assess, as long-term follow-up is needed. To date, evidence for behavioral toxicity in children exposed to lithium or antipsychotics in utero is lacking. Few specific guidelines for using psychotropic medications in an acutely manic pregnant patient exist. Current symptoms, past response, and the stage of gestation all must be considered. Complete elimination of symptoms may not be the goal. A team approach is essential in treatment of such a complex and challenging patient.


Annals of Pharmacotherapy | 1985

Are Calcium-Channel Blockers Effective in the Treatment of Tardive Dyskinesia?

Marshall E. Cates; Kim Lusk; Barbara G. Wells

Objective To review the data describing the use of calcium-channel blockers in the treatment of tardive dyskinesia (TD). Data Sources A MEDLINE search of the English-language literature and a bibliographic review of pertinent articles examining the use of calcium-channel blockers in the treatment of TD were performed. Medical Subject Headings (MESH) terms used were calcium-channel blockers, tardive dyskinesia, nifedipine, verapamil, and diltiazem. STUDY SELECTION AND DATA EXTRACTION Relevant case reports, open trials, and controlled studies reporting on the efficacy of calcium-channel blockers for treating TD are reviewed. Appropriate conclusions are drawn from the data and guidelines are suggested for the practitioner. Data Synthesis Studies addressing the efficacy of calcium-channel blockers in the palliative treatment of TD have yielded mixed results. Positive findings have been reported for nifedipine, verapamil, and diltiazem; nifedipine may be the most efficacious treatment and diltiazem the least. It appears that patients with TD who can tolerate higher doses of calcium-channel blockers may respond more favorably to treatment. Patient characteristics that may help determine a better response to treatment with calcium-channel blockers include advanced age and more-severe TD. Conclusions To determine the efficacy of calcium-channel blockers in the treatment of TD, additional data are needed from double-blind, placebo-controlled studies with larger sample sizes and longer durations of treatment. Until these data are available, calcium-channel blockers should be considered potentially useful therapy for the heretofore unresponsive TD.


Journal of Clinical Psychopharmacology | 1990

Possible Influence of Carbamazepine on Plasma: Imipramine Concentrations in Children with Attention

Candace S. Brown; Barbara G. Wells; Julie A. Cold; Judy H. Froemming; Timothy H. Self; J. T. Jabbour

The effect of carbamazepine on the plasma concentration of imipramine and its metabolite desipramine was examined retrospectively in 36 sex- and age-matched children with attention deficit hyperactivity disorder. One-half of the children received imipramine and the other half received combined carbamazepine and imipramine for 1-6 months. The imipramine dosage was significantly higher in the combined treatment group than in the imipramine-only group. Despite receiving larger doses, the combined treatment group had significantly lower mean levels of imipramine, desipramine, and total tricyclic antidepressant compared with those children receiving imipramine alone. Lowered plasma concentrations of tricyclic antidepressants with carbamazepine coadministration have not been reported previously. Although more rigorous studies are needed to confirm these findings, our data suggest that increased imipramine doses may be necessary for adequate response in children on combined therapy. Moreover, toxicity could result upon withdrawal without imipramine dosage adjustment.


The Journal of Clinical Psychiatry | 1990

Injection site reactions after intramuscular administration of haloperidol decanoate 100 mg/mL.

Hamann G; T. M. Egan; Barbara G. Wells; J. E. Grimmig


Journal of Clinical Psychopharmacology | 1990

Possible influence of carbamazepine on plasma imipramine concentrations in children with attention deficit hyperactivity disorder

Candace S. Brown; Barbara G. Wells; Julie A. Cold; Judy H. Froemming; Timothy H. Self; J. T. Jabbour


JAMA Internal Medicine | 1991

A practical update on anxiety disorders and their pharmacologic treatment.

Candace S. Brown; Robert E. Rakel; Barbara G. Wells; John M. Downs; Hagop S. Akiskal

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Candace S. Brown

University of Tennessee Health Science Center

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Joseph T. DiPiro

Georgia Regents University

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Julie A. Cold

University of Tennessee Health Science Center

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Eric J. MacLaughlin

Texas Tech University Health Sciences Center

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Eunice P. Chung

Western University of Health Sciences

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Lingtak Neander Chan

University of Illinois at Chicago

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Patricia A. Marken

University of Missouri–Kansas City

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