United States immigration detention amplifies disease interaction risk: A model for a transnational ICE-TB-DM2 syndemic

• Published in: Global public health Vol. 17; no. 7; pp. 1152 - 1171
• Main Authors: Houston, Ashley R., Lynch, Kathleen, Ostrach, Bayla, Isaacs, Yoshua Seidner, Nvé Díaz San Francisco, Carolina, Lee, Jae Moo, Emard, Nicholas, Proctor, Dylan Atchley
• Format: Journal Article
• Language: English
• Published: England Taylor & Francis 03.07.2022; Taylor & Francis Ltd
• Subjects: Amplification; Bidirectionality; Context; Correctional institutions; Detention; Detention centers; Diabetes; Diabetics; Disease; Due process of law; Enforcement; Food; Health care; Immigrants; Immigration; Immigration policy; Imprisonment; Infectious diseases; Malnutrition; Migration; Sanitation; Syndemics; Tariffs; Tuberculosis; Type 2 diabetes mellitus; United States > US; Immigration; Tuberculosis; Diabetes; Detention; Syndemics
• ISSN: 1744-1692; 1744-1706
• DOI: 10.1080/17441692.2021.1919737

Detention and removal of unauthorised immigrants by United States (U.S.) Immigration and Customs Enforcement (ICE) has steadily increased despite declining rates of unauthorised migration. ICE detainees are held in overcrowded detention centres, often without due process and deprived of adequate food, sanitation, and medical care. Conditions of ICE detention contribute to malnutrition and increase the likelihood of infectious disease exposure, including tuberculosis (TB). TB infection interacts with Type 2 Diabetes (DM2), disproportionately affecting individuals who are routinely targeted by federal immigration practices. When two diseases interact and exacerbate one another within a larger structural context, thereby amplifying multiple disease interactions, this is called a syndemic. In this paper, we examine malnutrition in ICE detention as a pathway of bidirectional risks for and interactions between TB and DM2 among ICE detainees. Drawing from literature on detention conditions, TB, and DM2 rates along the U.S.-Mexico border, we propose an ICE-TB-DM2 syndemic model. We present a map displaying our proposed syndemic model to demonstrate the spatial application of syndemic theory in the context of ICE detention, strengthening the growing scholarship on syndemics of incarceration and removal.