Beyond overall declines: Unequal trends in multiple myeloma mortality across racial and demographic subgroups in the United States from 2018-2023

M Mandeepsinh Vashi (1University of Central Florida (UCF) affiliated HCA Florida Ocala Hospital, Florida, United States) H Hardik Jain (2Allegheny General Hospital, Pittsburgh, United States) K Khushbu Patel T Tapan Giri (4University of Nevada, Reno school of medicine, Reno, United States) R Rohan Talati (5Pramukh Swami Medical College, Gokalnagar, Karamsad, Anand, India) V VISHRANT AMIN (JFK University Medical Center, Milltown, New Jersey, United States) D Dhruvkumar Gadhiya (2St. Luke's University Health Network, Medicine, Easton, United States)

Abstract

Abstract Background: Multiple myeloma (MM) mortality has declined in the United States, yet racial and demographic disparities persist. Contemporary, granular evaluation across race, region, urbanization, sex, and Hispanic origin is limited. Methods: We analyzed CDC WONDER data (2018–2023) for MM (ICD-10: C90) as the underlying cause of death. Age-adjusted mortality trends were assessed by race, census region, urbanization, sex, and Hispanic origin. Annualized percent change (APC) was calculated using log-linear regression from first to last available year. Results: From 2018–2023, APC varied widely across racial groups. American Indian/Alaska Native declined most (–8.53%/yr), Asian Indian increased (+10.88%/yr), Black was stable (–0.39%/yr), and White declined (–1.36%/yr). Among Asian subgroups, Chinese increased (+2.38%/yr), Japanese rose (+5.59%/yr), Korean declined (–5.92%/yr), Filipino decreased (–0.25%/yr), Vietnamese declined (–1.68%/yr), and Other Asian decreased (–2.78%/yr). Regionally, AI/AN declined in West (–12.23%/yr), South (–6.51%/yr), Midwest (–3.58%/yr); Asian Indian rose in South (+16.12%/yr), West (+7.21%/yr), Northeast (+5.15%/yr), Midwest (+3.23%/yr); More than one race rose in South (+13.70%/yr); White declined in all regions. Urbanization analysis showed AI/AN declined in Micropolitan (–12.20%/yr) and Medium Metro (–5.06%/yr), Asian Indian rose in Large Fringe (+15.74%/yr) and Central (+11.27%/yr), Black declined in Large Central (–1.49%/yr) but rose in Micropolitan (+2.34%/yr). By sex, AI/AN declined in females (–12.54%/yr) and males (–5.32%/yr); Asian Indian increased in females (+7.71%/yr) and males (+14.19%/yr); Black was stable in females (+0.18%/yr) and declined in males (–0.97%/yr); White declined in both sexes (~–1.4%/yr). Hispanic origin analysis showed AI/AN (Not Hispanic) declined (–9.42%/yr), Asian Indian (Not Hispanic) increased (+10.88%/yr), Black declined for both Hispanic (–1.80%/yr) and Not Hispanic (–0.39%/yr), White increased among Hispanic (+1.11%/yr) but declined among Not Hispanic (–1.63%/yr). Conclusion: Despite overall declines, significant heterogeneity persists. Increases among Asian Indian, Japanese, and certain multiracial groups, particularly in specific regions and urban contexts, underscore the need for targeted interventions. Persistent excess in Black mortality and emerging increases in Hispanic White populations warrant focused outreach, equitable access to therapies, and inclusion in clinical trials to narrow survival gaps.

Article Details

Journal Blood
Volume / Issue Vol. 146, Issue Supplement 1
Published November 03, 2025
Pages 7553-7553
ISSN 0006-4971
Publisher Elsevier BV

Journal Info

Blood

Elsevier BV

ISSN: 0006-4971 Health Sciences

Authors (7)

M

Mandeepsinh Vashi

1University of Central Florida (UCF) affiliated HCA Florida Ocala Hospital, Florida, United States

H

Hardik Jain

2Allegheny General Hospital, Pittsburgh, United States

K

Khushbu Patel

T

Tapan Giri

4University of Nevada, Reno school of medicine, Reno, United States

R

Rohan Talati

5Pramukh Swami Medical College, Gokalnagar, Karamsad, Anand, India

V

VISHRANT AMIN

JFK University Medical Center, Milltown, New Jersey, United States

D

Dhruvkumar Gadhiya

2St. Luke's University Health Network, Medicine, Easton, United States