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. Author manuscript; available in PMC: 2023 Aug 25.
Published in final edited form as: Clin Neuropsychol. 2021 Jun 7;36(2):431–461. doi: 10.1080/13854046.2021.1933188

Table 2.

Studies Investigating the Relationship between Vascular Risk Factors and Depression in Older Black Americans

Study
Design
(Bias
Rating)
N Age
Range or
M (SD)
%
Black
Depression
Measure
Depression
Criteria
Vascular Risk Factors
(VRF) Examined
Main Findings
Self-Report Measures of VD/VRF
Azar et al. 2005 Cross-sectional (7) 362* 55+ 50 CES-D CES-D ≥ 18 (highest quartile) HTN, heart disease, diabetes, arteriosclerosis. High Risk: ≥ 2, Low Risk: ≤ 1 ≥ 2 VRFs increased risk of depression across race. No race differences in prevalence of VRFs. No race by VRF interaction to predict depression.
Baker et al., 1996 Cross-sectional (5) 96* 60+ 100 CES-D CES-D ≥ 16 HTN, arteriosclerosis, circulatory problems Depressed group had higher frequency of hypertension, arteriosclerosis, & circulatory problems, but not arthritis.
Carmasin et al., 2014 Longitudinal (7) 435*

69 (9) 100 CES-D CES-D ≥ 16 HTN, diabetes, cardiovascular disease, heart attack, angina, circulatory problems, stroke. High Risk: ≥ 2, Low Risk: ≤ 1 ≥ 2 VRFs predicted depression at 2.5 year follow-up regardless of baseline depression level. High-risk group was 2.61x more likely to develop depression than low risk group. High baseline vascular risk predicted worsening depression over time. Baseline vascular risk had a small, negative effect on processing speed.
Gonzalez & Tarraf, 2013 Cross-sectional (7) 4,281* 50+ 40 CIDI Diagnostic Interview for DSM-IV DSM-IV criteria for MDD HTN, diabetes, heart disease, stroke, or “other” CVD Black participants had the highest cardiovascular disease morbidity: 65.4% reported one or more VRF. Black pts were the least likely to meet CVD & MDD criteria (4.7%), but of those who met MDD criteria, Black pts were the most likely to have a comorbid CVD/MDD diagnosis (74.4%).

Black pts reported more days of impairment compared to White.
Hamm et al., 1993 Cross-sectional (5) 710* 62+ 100 CES-D CES-D Total Score Self-reported HTN or “cardiac problems” CVD/HTN group was more depressed and perceived themselves as having less control over their health (health locus of control) compared to the CVD-free or HTN-only groups.
Okwumabua et al., 1997 Cross-sectional (7) 96* 60+ 100 CES-D CES-D ≥ 16 HTN, arteriosclerosis and "circulatory" conditions Those who screened positive for significant depressive symptoms were more likely to report HTN, arteriosclerosis, and circulatory problems.
Yochim et al., 2003 Cross-sectional (5) 598* 60+ 89 SF-12 item, “How much of the time during the past 4 weeks have you felt down-hearted and blue?” Response "all, most, or a good bit of the time" to SF-12 item HTN, diabetes, “heart problems” such as heart attack, angina/ chest pain, or congestive heart failure. High Risk: ≥ 2,
Low Risk: ≤ 1
Higher prevalence of depressed mood in those with ≥ 2 VRF (17%) vs. ≤ 1 VRF (10%). The difference in sick days between those with and without depressed mood was greater in those with ≥ 2 VRFs than in those with ≤ 1 VRF.
Yochim, Kerkar, et al., 2006 Cross-sectional (7) 1,034* 72(8) 100 SF-12 item, “How much of the time during the past 4 weeks have you felt down-hearted and blue?” Endorsed single item of SF-12 as "all, most, or a good bit of the time" HTN, diabetes, “heart problem” such as heart attack or atrial fibrillation, high cholesterol. High Risk: ≥ 2, Low Risk: ≤ 1 High risk group (excluding stroke) was more likely to have depressed mood (13.4%) compared to the low-risk group (7.6%). Greater vascular burden predicted worse physical health, physical health levels predicted depression, but physical health did not mediate the relationship between vascular burden and depression. VRFs predicted depression over and above physical health.
Yochim, MacNeill et al., 2006 Longitudinal (7) 139 73 (9) 83 GDS GDS Total Score HTN, diabetes, atrial fibrillation. High Risk: ≥ 2, Low Risk: ≤ 1 At baseline and at 3- and 6-month follow-up visits, the high-risk vascular group had more depressive symptoms. Depression predicted verbal fluency at 3 and 6 months. Vascular burden did not predict verbal fluency.
Physician Diagnosis or Objective Measures of VD/VRF
Andrews et al., 2020 Cross-sectional (7) 42* 59 (12) 99 CESD-R CESD-R Total Score Interleukins (IL)-1b, IL-6, IL-18 IL-1 B IL-18) ncreased significantly for every unit increase in depressive symptoms.
Boutin-Foster et al., 2008 Cross-sectional (7) 571 66 (10) 12 CES-D CESD-Total Score and Item Level Scores Coronary artery disease Black participants were 1.6 times more likely to have CES-D symptoms above the clinical cut-off score and three times more likely to endorse the item “people were unfriendly” compared to White participants
Cummings et al., 2016 Cross-sectional (7) 22,003* 64 (n.r.) 42 CESD-4 CESD-4 ≥ 4 Diabetes physical exam or self-report) Those with comorbid diabetes and depression were more likely to be Black
Dickson et al., 2013 Cross-sectional (7) 30* 60 (15) 100 PHQ-9 PHQ-9 ≥ 10 Heart failure 40% had significant depressive symptoms and those with depressive symptoms had poorer self-care
Freedland et al., 1991 Cross-sectional (7) 60 60+ 32 Modified Diagnostic Interview Schedule DSM-III-R MDD Diagnosis Congestive heart failure 1/6 of the White sample but none of the Black sample met criteria for depression
Heard et al., 2011 Cross-sectional (7) 997* 62 (15) 100 11-item version of the CES-D CES-D Total Score HTN (objective and self-report) Higher depressive symptoms were associated with lower blood pressure
Hajjar et al., 2009 Cross-sectional (7) 580* 77.8 (0.2) 14 CES-D CES-D Total Score HTN (objective), self-report of diabetes, heart disease, heart attack, stroke, congestive heart failure, and Framingham cardiovascular risk score Identified a “vascular aging” phenotype of older adults who have executive function impairment (TMT-B ≥ 262 s.), slow gait (<. 85m/s), and elevated depressive symptoms (CES-D ≥ 8). Members of this phenotype were significantly more likely to be Black.
Lamar et al., 2015 Cross-sectional (7) 119* 60 (12) 50 17-item HDRS ≤ 8 for inclusion;
CES-D for analyses
Total
CES-D
Metabolic Syndrome risk factors: elevated blood pressure, glucose, triglycerides, HDL, and body mass index > 30. No Risk = 0, Low Risk = 1-2, High Risk: ≥ 3 Across race, high-risk pts reported more depressive symptoms than the no-risk and low-risk groups, and incremental metabolic syndrome risk predicted learning and memory scores (no > low = high). No individual VRF predicted depressive symptoms for Black participants.
Glucose levels predicted learning scores and systolic blood pressure predicted memory scores in Black participants.
Lewis et al., 2009 Cross-sectional (7) 508* 50 (3) 38 CES-D CES-D Total Score Aortic and coronary calcification Depressive symptoms were associated with aortic calcification in Black women but not White women.
Lu et al., 2017 Cross-sectional (7) 611 66 (15) 100 Depression per medical records Depression per medical records Heart failure per medical records Depression increased the risk for 30-day readmission in heart failure patients.
Mast, Neufield et al., 2004 Longitudinal (7) 100 73 (8) 82 GDS-SF GDS-SF > 5 ICD-9 codes from treating physicians for HTN, diabetes, Atrial fibrillation. High Risk: ≥ 2, Low Risk: ≤ 1 High risk group was 5.6x more likely to have a positive depression screen at the 6-month follow-up, 5x more likely at 18 months, and more likely to have persistent depression across timepoints compared to the low risk group. Vascular burden significantly predicted new-onset depression at 6 and 18 months.
Mast, MacNeill, et al., 2004 Cross-sectional (5) 670 76 (8.0) 68-82 across groups
GDS GDS >10 ICD-9 diagnosis of stroke, HTN, diabetes, atrial fibrillation There was no difference in prevalence of depression across non-vascular, VRF, and stroke groups. Prevalence of depression was 51% greater in pts with ≥ 2 VRF (excluding stroke) compared to those with one.
Mast, Yochim et al., 2004 Longitudinal (5) 77 72 (8) 82 GDS-15 GDS >5 ICD-9 diagnosis of HTN, diabetes, atrial fibrillation. High Risk: ≥ 2, Low Risk: ≤ 1 For the low-performance group on the Mattis Dementia Rating Scale Initiation/Perseveration Subscale at baseline & 18mo, depressive symptoms increased with an increase in vascular risk. Depressive symptoms did not increase with increasing vascular risk in the group with high performance on the DRS-I/P task.

Overall, the high-risk vascular group had higher depression scores than low risk group.
Mentz et al., 2015 Cross-sectional (7) 2,331* 47-70 34 BDI-II BDI-II Total Score
Heart failure In Black but not White participants, baseline symptoms of depression and worsening of symptoms over time were associated with increased all-cause mortality/hospitalization.
Reinlieb et al., 2014 Cross-sectional (7) 42* 62 (9) 43 24-item HDRS HDRS ≥ 14 MRI-defined VaDep Those classified as having VaDep were more likely to be Black, have an earlier age of depression onset, and have psychomotor retardation, and less likely to have a family history of affective illness than the group with non-vascular depression. There were no differences in response rates to antidepressant treatment between groups.
Remigio-Baker et al, 2014 Cross-sectional (7) 1,944* 60+ 16 CES-D CES-D ≥ 16 Visceral adiposity Higher depressive symptoms were associated with greater visceral adiposity in men but not women. The effect did not differ by race.
Rohyans et al., 2009 Cross-sectional (7) 150* 61 (15) 31 PHQ-8 PHQ-8 ≥ 10 Heart failure severity Higher depressive symptoms were associated with more severe heart failure, but the effect did not differ by race.
Sharma et al., 2009 Cross-sectional (7) 134 65 (15) 86 PHQ-9 PHQ-9 ≥ 10 Acute Decompensated Heart Failure (Emergency Room diagnosis) 45% of pts had elevated depressive symptoms; 60% were functionally impaired. Those with depression had longer hospital stays, more health comorbidities, and were more likely to have severe heart failure compared to those without depression. There were no differences between African Americans and Caribbean Black groups regarding prevalence of depression or quality of life.
Sims et al., 2020 Cross-sectional (7) 4,806* 35-84 100 CES-D Low, medium and high CES-D scores (not defined) Obesity, HTN prevalence and control, and diabetes prevalence and control Obesity and HTN predicted higher depressive symptoms in women; diabetes predicted higher depressive symptoms in men.
Taylor et al., 2008 Cross-sectional 120* 54 (13) 100 CES-D CES-D Total Score Blood pressure, body mass index Higher depressive symptoms were associated with higher systolic and diastolic blood pressure.
Waldman et al., 2009 Cross-sectional 864* 62 (n.r.) 16 BDI BDI cutoffs: < 10, 10‘18, and > 18 Coronary artery disease Depression prevalence in coronary artery disease patients did not differ by race.

Note. Study design is based on the analyses that were relevant for this review. In studies where relevant analyses were only performed on a subset of the total sample, the subsample N is reported. n.s. = not significant (p > 0.5), BDI = Beck Depression Inventory, CES-D = Center for Epidemiologic Studies Depression Scale, CIDI Diagnostic Interview for DSM-IV = Composite International Diagnostic Interview for the Diagnostic and Statistical Manual Version IV, CVD = Cardiovascular Disease, DSM-III-R = Diagnostic and Statistical Manual Version III Revised, DSM-IV = Diagnostic and Statistical Manual Version IV, GDS-15= 15-Item Geriatric Depression Scale, GDS-SF = Short Form Geriatric Depression Scale, HDRS = Hamilton Depression Rating Scale, HTN = Hypertension, ICD-9 = International Classification of Diseases, 9th Revision, IL = Interleukins, MDD = Major Depressive Disorder, PHQ = Patient Health Questionnaire, SF-12 = 12-item Short Form Survey, VaDep = Vascular Depression, VRF = Vascular Risk Factor

* =

community sample

† =

inpatient sample