OBJECTIVE: Executive deficits have traditionally been associated with frontal lobe brain damage. They are relevant to a variety of disabling mental conditions, including schizophrenia and Alzheimer's disease. To measure these deficits, the authors developed the Executive Interview, a 25-item, 15-minute interview. It has been validated among elderly subjects across a wide range of functional impairment. METHODS: Forty young, chronically ill schizophrenic residents of a state mental health facility and 104 elderly residents, representing three levels of care, of a comprehensive retirement community were tested with the Executive Interview and the Mini-Mental State. RESULTS: When age, gender, education, and number of prescribed medications were controlled, cognitive impairment on the Executive Interview and Mini-Mental State rose with level of care. The Executive Interview alone discriminated between subjects at each level of care, and it was more sensitive to cognitive impairment than the Mini-Mental State. Executive Interview scores correlated the strongest with level of care. Mini-Mental State scores, number of prescribed medications, and age also correlated significantly. Schizophrenic patients showed as much executive impairment on the Executive Interview as elderly subjects at the same level of care despite significant differences in age, sex, and neuroleptic use. Executive Interview and Mini-Mental State scores were highly correlated among the elderly but less so among the schizophrenic patients. Cross-group differences were also found in the pattern of failure on selected Executive Interview items despite similar total Executive Interview scores. CONCLUSIONS: Increasing executive dyscontrol is associated with the need for increasing levels of care and supervision. This finding is neither age nor disease specific. Cross-group differences on selected Executive Interview items suggest the existence of disease-specific patterns of failure. Their recognition could prove useful in the identification of anatomically or pathophysiologically distinct subgroups among patients with executive dyscontrol.
OBJECTIVE: Executive deficits have traditionally been associated with frontal lobe brain damage. They are relevant to a variety of disabling mental conditions, including schizophrenia and Alzheimer's disease. To measure these deficits, the authors developed the Executive Interview, a 25-item, 15-minute interview. It has been validated among elderly subjects across a wide range of functional impairment. METHODS: Forty young, chronically ill schizophrenic residents of a state mental health facility and 104 elderly residents, representing three levels of care, of a comprehensive retirement community were tested with the Executive Interview and the Mini-Mental State. RESULTS: When age, gender, education, and number of prescribed medications were controlled, cognitive impairment on the Executive Interview and Mini-Mental State rose with level of care. The Executive Interview alone discriminated between subjects at each level of care, and it was more sensitive to cognitive impairment than the Mini-Mental State. Executive Interview scores correlated the strongest with level of care. Mini-Mental State scores, number of prescribed medications, and age also correlated significantly. Schizophrenicpatients showed as much executive impairment on the Executive Interview as elderly subjects at the same level of care despite significant differences in age, sex, and neuroleptic use. Executive Interview and Mini-Mental State scores were highly correlated among the elderly but less so among the schizophrenicpatients. Cross-group differences were also found in the pattern of failure on selected Executive Interview items despite similar total Executive Interview scores. CONCLUSIONS: Increasing executive dyscontrol is associated with the need for increasing levels of care and supervision. This finding is neither age nor disease specific. Cross-group differences on selected Executive Interview items suggest the existence of disease-specific patterns of failure. Their recognition could prove useful in the identification of anatomically or pathophysiologically distinct subgroups among patients with executive dyscontrol.
Authors: Philip J Candilis; Kenneth E Fletcher; Cynthia M A Geppert; Charles W Lidz; Paul S Appelbaum Journal: Schizophr Res Date: 2008-02 Impact factor: 4.939
Authors: L DiMagno; C K Chan; Y Jia; M J Lang; J R Newman; L Mets; G R Fleming; R Haselkorn Journal: Proc Natl Acad Sci U S A Date: 1995-03-28 Impact factor: 11.205
Authors: B Gobets; I H van Stokkum; M Rögner; J Kruip; E Schlodder; N V Karapetyan; J P Dekker; R van Grondelle Journal: Biophys J Date: 2001-07 Impact factor: 4.033
Authors: W Günther; P Streck; N Müller; G R Mair; E Kalischek; W Bender; R Günther Journal: Eur Arch Psychiatry Clin Neurosci Date: 1995 Impact factor: 5.270
Authors: Mark B Detweiler; Taral Sharma; Jonna G Detweiler; Pamela F Murphy; Sandra Lane; Jack Carman; Amara S Chudhary; Mary H Halling; Kye Y Kim Journal: Psychiatry Investig Date: 2012-05-22 Impact factor: 2.505
Authors: Diego Scheggia; Rosa Mastrogiacomo; Maddalena Mereu; Sara Sannino; Richard E Straub; Marco Armando; Francesca Managò; Simone Guadagna; Fabrizio Piras; Fengyu Zhang; Joel E Kleinman; Thomas M Hyde; Sanne S Kaalund; Maria Pontillo; Genny Orso; Carlo Caltagirone; Emiliana Borrelli; Maria A De Luca; Stefano Vicari; Daniel R Weinberger; Gianfranco Spalletta; Francesco Papaleo Journal: Nat Commun Date: 2018-06-11 Impact factor: 14.919