Skip to main content
Health & Medicine

Formulary-Related Insurance Denials of Single-Source Branded Drugs in the United States.

| Source: JAMA

Formulary exclusions and drug utilization management, including prior authorization and step therapy, reduce drug spending but may limit timely treatment access. To estimate formulary-based rejections and subsequent dispensing of initial attempts to fill single-source branded drug prescriptions. Retrospective, national, all-payer cohort study using IQVIA Formulary Impact Analyzer, which represents anonymized, patient-level, adjudicated US outpatient pharmacy claims, from January 2018 through Sep

Formulary exclusions and drug utilization management, including prior authorization and step therapy, reduce drug spending but may limit timely treatment access. To estimate formulary-based rejections and subsequent dispensing of initial attempts to fill single-source branded drug prescriptions. Retrospective, national, all-payer cohort study using IQVIA Formulary Impact Analyzer, which represents anonymized, patient-level, adjudicated US outpatient pharmacy claims, from January 2018 through September 2024. The study focused on 1.17 million individuals attempting to fill 2 million single-source branded drug prescriptions for the first time. Attempt to fill a single-source branded drug prescription for the first time. The primary outcomes were (1) rejection for formulary exclusion or utilization management (prior authorization or step therapy) of an initial prescription fill attempt and (2) failure of dispensing of the rejected molecule or another member of the same therapeutic class within 90 days of the initially attempted fill. Among more than 2 million initial fill attempts (commercial insurance, 0.84 million; stand-alone Medicare prescription drug plan, 0.40 million; Medicare Advantage prescription drug plan, 0.39 million; Medicaid fee-for-service, 0.21 million; Medicaid managed care, 0.10 million; health insurance marketplace [exchange] plan, 0.06 million), 68.0% were paid on the initial fill attempt, while the remainder were rejected for formulary exclusion (14.8%) or rejected due to requiring prior authorization or step therapy, ie, utilization management (17.2%). Formulary-based rejections increased 67.4% over the time frame examined, from 24.3% (2018) to 40.7% (2024), and rejections were most common among exchange (48.7%) and Medicaid managed care (49.8%) compared with Medicare prescription drug plans (24.0%) and Medicare Advantage prescription drug plans (19.8%). Of the 32% of attempts that were initially rejected, 38.6% ultimately resulted in the rejected molecule being filled within 90 days and nearly half (48.4%) resulted in no medication fill in the same therapeutic class within that time frame. Treatment initiation was delayed an average of 12.2 days (SD, 17.8 days) after initial rejection among those ultimately receiving the same molecule or a therapeutic substitute. Among this large, diverse sample of individuals in the United States, formulary rejections were frequent and often resulted in delayed or absent treatment, highlighting trade-offs between cost and access to medicines.

Read the original source →

Related Stories

Health & Medicine

An innervated and vascularized HNSCC-on-a-chip model built on defined and tunable engineered extracellular matrices.

Understanding the tumor microenvironment requires experimental platforms that faithfully recapitulate its key components. Here, we present an innervated and vascularized head and neck squamous cell carcinoma (HNSCC)-on-a-chip platform built with fully defined and tunable engineered extracellular matrices (eECMs). In a stepwise increase of complexity, we first cocultured patient-derived HNSCC cells, cancer-associated fibroblasts, and endothelial cells within tailored eECMs, revealing extracellula

Continue reading
Health & Medicine

Septin binding restricts Shigella growth and triggers intracellular tolerance.

Pathogen survival relies on their ability to adapt to changing environments, yet how intracellular bacteria tolerate cell-autonomous immunity remains unclear. Septins assemble into cage-like structures around cytoplasmic Shigella targeted by autophagy, but their antibacterial activity was unknown. Using advanced microscopy and cell-free reconstitution, we show that septins polymerize into circumferentially oriented filaments that inhibit bacterial growth. RNA-sequencing reveals that septin bindi

Continue reading
Health & Medicine

DCAF6 reprograms TGF-β responses through TRIM33 destruction.

TGF-β signaling plays a pivotal role in regulating numerous cellular processes, primarily through the Smad-dependent pathway. Disruptions of the pathway are associated with developmental disorders and life-threatening diseases, such as cancer. It has been reported that TRIM33 inactivates Smad4 signaling and also drives its own signaling responses. However, the mechanism controlling TRIM33 activity has remained unclear. In this study, we identify DCAF6 as a previously unrecognized ubiquitin

Continue reading
Health & Medicine

Stimulated protein degradation to promote mitochondrial function and neuronal survival.

Targeted protein degradation is a promising modality to treat cancer or inflammation, but whether it can provide a similar benefit for disorders caused by pervasive protein dysregulation is unclear. We describe stimulated protein degradation (SPD) as a strategy that leverages agonists of stress-responsive E3 ubiquitin ligases to simultaneously eliminate multiple pathogenic factors. Specifically, we show that activators of the reductive stress response E3 CUL2 FEM1B boost degradation of multiple

Continue reading
Health & Medicine

Spatial coordination in the codevelopment of the human urogenital system during organogenesis.

The human urogenital system originates from a common embryonic domain, yet the mechanisms guiding its spatiotemporal coordination remain understudied. Here, we combined high-resolution spatial transcriptomics with single-cell multiomics to profile human embryos from Carnegie stages 15 to 23, capturing the codevelopmental dynamics of the urogenital system. We revealed mesonephros- and adrenal primordium-derived signals that promote gonadal specification and enable efficient in vitro generation of

Continue reading