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Featured researches published by Garland H. Holloman.


Western Journal of Emergency Medicine | 2012

The psychopharmacology of agitation: consensus statement of the American association for emergency psychiatry project BETA psychopharmacology workgroup.

Michael P. Wilson; David Pepper; Glenn W. Currier; Garland H. Holloman; David Feifel

Agitation is common in the medical and psychiatric emergency department, and appropriate management of agitation is a core competency for emergency clinicians. In this article, the authors review the use of a variety of first-generation antipsychotic drugs, second-generation antipsychotic drugs, and benzodiazepines for treatment of acute agitation, and propose specific guidelines for treatment of agitation associated with a variety of conditions, including acute intoxication, psychiatric illness, delirium, and multiple or idiopathic causes. Pharmacologic treatment of agitation should be based on an assessment of the most likely cause of the agitation. If agitation results from a delirium or other medical condition, clinicians should first attempt to treat the underlying cause instead of simply medicating with antipsychotics or benzodiazepines.


Western Journal of Emergency Medicine | 2012

Verbal De-escalation of the Agitated Patient: Consensus Statement of the American Association for Emergency Psychiatry Project BETA De-escalation Workgroup.

Janet S. Richmond; Jon S. Berlin; Avrim Fishkind; Garland H. Holloman; Michael P. Wilson; Muhamad Aly Rifai; Anthony T. Ng

Agitation is an acute behavioral emergency requiring immediate intervention. Traditional methods of treating agitated patients, ie, routine restraints and involuntary medication, have been replaced with a much greater emphasis on a noncoercive approach. Experienced practitioners have found that if such interventions are undertaken with genuine commitment, successful outcomes can occur far more often than previously thought possible. In the new paradigm, a 3-step approach is used. First, the patient is verbally engaged; then a collaborative relationship is established; and, finally, the patient is verbally de-escalated out of the agitated state. Verbal de-escalation is usually the key to engaging the patient and helping him become an active partner in his evaluation and treatment; although, we also recognize that in some cases nonverbal approaches, such as voluntary medication and environment planning, are also important. When working with an agitated patient, there are 4 main objectives: (1) ensure the safety of the patient, staff, and others in the area; (2) help the patient manage his emotions and distress and maintain or regain control of his behavior; (3) avoid the use of restraint when at all possible; and (4) avoid coercive interventions that escalate agitation. The authors detail the proper foundations for appropriate training for de-escalation and provide intervention guidelines, using the “10 domains of de-escalation.”


Western Journal of Emergency Medicine | 2012

Use and avoidance of seclusion and restraint: consensus statement of the american association for emergency psychiatry project Beta seclusion and restraint workgroup.

Daryl K. Knox; Garland H. Holloman

Issues surrounding reduction and/or elimination of episodes of seclusion and restraint for patients with behavioral problems in crisis clinics, emergency departments, inpatient psychiatric units, and specialized psychiatric emergency services continue to be an area of concern and debate among mental health clinicians. An important underlying principle of Project BETA (Best practices in Evaluation and Treatment of Agitation) is noncoercive de-escalation as the intervention of choice in the management of acute agitation and threatening behavior. In this article, the authors discuss several aspects of seclusion and restraint, including review of the Centers for Medicare and Medicaid Services guidelines regulating their use in medical behavioral settings, negative consequences of this intervention to patients and staff, and a review of quality improvement and risk management strategies that have been effective in decreasing their use in various treatment settings. An algorithm designed to help the clinician determine when seclusion or restraint is most appropriate is introduced. The authors conclude that the specialized psychiatric emergency services and emergency departments, because of their treatment primarily of acute patients, may not be able to entirely eliminate the use of seclusion and restraint events, but these programs can adopt strategies to reduce the utilization rate of these interventions.


Personality Disorders: Theory, Research, and Treatment | 2011

Impulsivity and risk-taking in borderline personality disorder with and without substance use disorders.

Scott F. Coffey; Julie A. Schumacher; Joseph S. Baschnagel; Larry W. Hawk; Garland H. Holloman

Impulsivity and risk taking propensity were assessed in participants with borderline personality disorder (BPD-only; n = 19), BPD and a current or past substance use disorder (BPD-SUD; n = 32), and a matched comparison group (MC; n = 28). Participants were administered behavioral measures of two facets of the multidimensional construct of impulsivity [GoStop, delay discounting task (DDT)], one measure of risk-taking propensity [Balloon Analog Risk Task (BART)], and two self-report measures of impulsivity (i.e., Barrett Impulsiveness Scale, Eysenck Impulsiveness Scale). The BPD-SUD group, but not the BPD-only group, discounted delayed rewards faster than the MC group on the DDT, suggesting that the BPD-SUD/MC group difference may be because of the SUD rather than BPD. In contrast, both the BPD-SUD and BPD-only groups exhibited poorer behavioral response inhibition compared with the MC group, but the two BPD groups did not differ from one another. This finding suggests that the differences in behavioral response inhibition may be because of BPD rather than SUD and that behavioral response disinhibition may be a core feature of BPD. None of the groups differed on the measure of risk-taking propensity (i.e., BART). On self-report questionnaires, the BPD-SUD group reported more impulsivity than the BPD-only group and both BPD groups reported more impulsivity than the MC group. Data from the DDT and self-report measures provide partial support for the hypothesis that BPD individuals with a SUD are more impulsive than BPD individuals without a SUD on some facets of impulsivity (e.g., desire to obtain a smaller immediate reward rather than wait to obtain a larger reward in the future). Results suggest that behavioral response inhibition may be a novel treatment outcome variable for BPD treatment studies.


Journal of Medical Case Reports | 2012

Quetiapine-induced sleep-related eating disorder- like behavior: a case series

Sadeka Tamanna; M. Iftekhar Ullah; Chelle R Pope; Garland H. Holloman; Christian A. Koch

IntroductionSomnambulism or sleepwalking is a disorder of arousal from non-rapid eye movement sleep. The prevalence of sleep-related eating disorder has been found to be approximately between 1% and 5% among adults. Many cases of medication-related somnambulism and sleep-related eating disorder-like behavior have been reported in the literature. Quetiapine, an atypical antipsychotic medication, has been associated with somnambulism but has not yet been reported to be associated with sleep-related eating disorder.Case presentationCase 1 is a 51-year-old obese African American male veteran with a body mass index of 34.11kg/m2 and severe sleep apnea who has taken 150mg of quetiapine at bedtime for more than one year for depression. He developed sleepwalking three to four nights per week which resolved after stopping quetiapine while being compliant with bi-level positive pressure ventilation therapy. At one year follow-up, his body mass index was 32.57kg/m2.Case 2 is a 50-year-old African American female veteran with a body mass index of 30.5kg/m2 and mild sleep apnea who has taken 200mg of quetiapine daily for more than one year for depression. She was witnessed to sleepwalk three nights per week which resolved after discontinuing quetiapine while being treated with continuous positive airway pressure. At three months follow-up, her body mass index was 29.1kg/m2.ConclusionThese cases illustrate that quetiapine may precipitate complex motor behavior including sleep-related eating disorder and somnambulism in susceptible patients. Atypical antipsychotics are commonly used in psychiatric and primary care practice, which means the population at risk of developing parasomnia may often go unrecognized. It is important to recognize this potential adverse effect of quetiapine and, to prevent injury and worsening obesity, discuss this with the patients who are prescribed these medications.


Personality Disorders: Theory, Research, and Treatment | 2013

Psychophysiological assessment of emotional processing in patients with borderline personality disorder with and without comorbid substance use.

Joseph S. Baschnagel; Scott F. Coffey; Larry W. Hawk; Julie A. Schumacher; Garland H. Holloman

This study assessed physiological measures for the study of emotional dysregulation associated with borderline personality disorder (BPD). Two patient groups, the first comprised of individuals with BPD only (n = 16) and the second, individuals with BPD and co-occurring substance-use disorder (SUD; n = 35), and a group of healthy controls (n = 45) were shown standardized pictures of varying valance and arousal levels. Affective modification of startle eye-blink responses, heart rate, facial electromyography (EMG, including corrugator and zygomatic activity), and skin-conductance responses were collected during picture presentation and during a brief recovery period. Startle data during picture presentation indicated a trend toward the expected increase in startle response magnitude to negative stimuli, to be moderated by group status, with patients with BPD-SUD showing a lack of affective modification and the BPD-only group showing similar affective modification to that of controls. Heart-rate data suggested lower reactivity to negative pictures for both patient groups. Differences in facial EMG responses did not provide a clear pattern, and skin-conductance responses were not significantly different between groups. The data did not suggest differences between groups in recovery from exposure to the emotional stimuli. The startle and heart-rate data suggest a possible hyporeactivity to emotional stimuli in BPD.


Clinical Case Studies | 2009

Unresolved PTSD in a Hispanic Woman Presenting with Test Anxiety

Amber M. Henslee; Julie A. Schumacher; Garland H. Holloman; Scott F. Coffey

This article illustrates the unique symptom presentation and outpatient treatment of posttraumatic stress disorder (PTSD) in a Hispanic female. The patient was referred to therapy to address problems with concentration and difficulties related to test-taking. A motivational interviewing-based assessment was conducted and the case was conceptualized in a cognitive— behavioral framework. After resolution of test-taking anxiety, additional anxiety symptoms emerged, including subclinical panic disorder and evidence of unresolved PTSD. Prolonged Exposure was initiated to successfully treat residual trauma-related symptoms. Recommendations for assessment and treatment of individuals with a trauma history are provided, with an emphasis on the need for sensitivity to cultural issues.


Western Journal of Emergency Medicine | 2012

Overview of Project BETA: Best practices in Evaluation and Treatment of Agitation.

Garland H. Holloman


Journal of Studies on Alcohol and Drugs | 2013

Alcohol as an Acute Risk Factor for Recent Suicide Attempts: A Case-Crossover Analysis

Courtney L. Bagge; Han-Joo Lee; Julie A. Schumacher; Kim L. Gratz; Jennifer L. Krull; Garland H. Holloman


Psychiatry, Fourth Edition | 2015

Management of Agitation

Garland H. Holloman; Michael P. Wilson

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Julie A. Schumacher

University of Mississippi Medical Center

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Michael P. Wilson

University of Arkansas for Medical Sciences

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Scott F. Coffey

University of Mississippi Medical Center

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David Feifel

University of California

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Joseph S. Baschnagel

Rochester Institute of Technology

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Amber M. Henslee

University of Mississippi Medical Center

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Chelle R Pope

University of Mississippi Medical Center

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Christian A. Koch

University of Mississippi Medical Center

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