Career Development and Mentoring Plan: My career is dedicated to building an evidence-based body of research focusing on psychosocial interventions for hypertensive and post-ACS patients. These interventions are only useful to the extent that they are safe, efficacious, improve clinical outcomes, and can be disseminated into clinical practice. Behavioral cardiology has had a difficult time translating into practice even those patient interventions that have been shown to be effective. We have few systematic reviews of RCTs in our field, and we have no effective way of disseminating either the intervention materials or the results of systematic reviews. Career Goal #1: Educate trainees in how to contribute to evidence-based behavioral cardiology interventions. Career Goal #2: Recruit, train, support, and sustain the next generation of clinical investigators to succeed in interdisciplinary team environments. Career Goal #3: Create, test, and disseminate depression interventions for high-risk or post-ACS patients. Research Plan: Depression is known to be caused by a wide range of medical conditions, some of which are also implicated in excess morbidity and mortality following an acute coronary syndrome event (ACS). While many medical comorbidities and clinical prognostic markers have been investigated as possible confounders to the depression-CHD recurrence/mortality association, many general medical conditions that can cause depression and possible excess CHD risk have not. Testing for the presence of secondary depression causes links nicely to the overall aims of my program of research, which is to more precisely identify subtypes of depression that confer excess CHD recurrence/mortality, and to then propose and test appropriate treatments.
Research Aim #1 : To determine the point prevalence of underlying medical conditions known to cause depression and excess CHD recurrence/mortality in a large cohort of post-ACS patients.
Research Aim #2 : To determine the point prevalence of the detection and treatment of underlying medical conditions known to cause depression and excess CHD recurrence/mortality in a large cohort of post-ACS patients, regardless of their depressive disorder status.
Research Aim #3 : To determine if any of the above medical confounds explains some of the excess risk of depression for CHD recurrence/mortality controlling for standard covariates. If depressed ACS patients have undetected medical conditions for their depression, and one or more of these accounts for a substantial proportion of their excess CHD recurrence/mortality, my trainees and I will investigate if treatment for the medical condition is a novel therapeutic target for reducing the increased cardiovascular risk in depressed ACS patients. The potential significance and impact of this research is that we could substantially impact on current research or clinical practice paradigms, should we detect high prevalence rates of one or more of the depression medical confounds, and discover that these should be treated, rather than instead trying to treat depression through conventional means.
This purpose of this research is to better understand and then ultimately reduce the risk for recurrent coronary heart disease, mortality, worse quality of life, and the higher costs of care suffered or incurred by patients with an ACS and comorbid depression compared to non-depressed ACS patients. We intend to design future clinical trials testing novel depression treatment targets to improve cardiovascular health for these disadvantaged patients.
|Alcántara, Carmela; Chen, Chih-Nan; Alegría, Margarita (2015) Transnational ties and past-year major depressive episodes among Latino immigrants. Cultur Divers Ethnic Minor Psychol 21:486-95|
|Davidson, Karina W; Kronish, Ian M; Shaffer, Jonathan A (2014) An innovative or disconcerting approach to the psychosocial care of your patient with a cardiac condition: are you a lumper or a splitter? JAMA Intern Med 174:936-7|
|Alcantara, Carmela; Davidson, Karina W (2014) Mental disorders and coronary heart disease risk: could the evidence elude us while we sleep? Circulation 129:139-41|
|Whang, William; Peacock, James; Soliman, Elsayed Z et al. (2014) Relations between depressive symptoms, anxiety, and T Wave abnormalities in subjects without clinically-apparent cardiovascular disease (from the Multi-Ethnic Study of Atherosclerosis [MESA]). Am J Cardiol 114:1917-22|
|Davis, Nicholas; Lee, Melissa; Lin, Albert Y et al. (2014) Postoperative cognitive function following general versus regional anesthesia: a systematic review. J Neurosurg Anesthesiol 26:369-76|
|Alcántara, Carmela; Chen, Chih-Nan; Alegría, Margarita (2014) Do post-migration perceptions of social mobility matter for Latino immigrant health? Soc Sci Med 101:94-106|
|Alcantara, Carmela; Peacock, James; Davidson, Karina W et al. (2014) The association of short sleep after acute coronary syndrome with recurrent cardiac events and mortality. Int J Cardiol 171:e11-2|
|Davidson, Karina W; Peacock, James; Kronish, Ian M et al. (2014) Personalizing Behavioral Interventions Through Single-Patient (N-of-1) Trials. Soc Personal Psychol Compass 8:408-421|
|Shaffer, Jonathan A; Edmondson, Donald; Wasson, Lauren Taggart et al. (2014) Vitamin D supplementation for depressive symptoms: a systematic review and meta-analysis of randomized controlled trials. Psychosom Med 76:190-6|
|Yoneyama, Sachiko; Guo, Yiran; Lanktree, Matthew B et al. (2014) Gene-centric meta-analyses for central adiposity traits in up to 57 412 individuals of European descent confirm known loci and reveal several novel associations. Hum Mol Genet 23:2498-510|
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