Second-generation basal insulin analogs can be used as first choice in reducing real-world severe hypoglycemia (Baseline Results Of The iNPHORM Study, USA)

This prospective investigation of real-world hypoglycemia risk stratification in the US suggested that clinicians should prioritize second-generation BIs over first-generation BIs, whenever feasible.

MAIN TAKEAWAY

Finding from the iNPHORM study corroborate that second-generation BI analogs versus first-generation BIs reduce the rate of SH, irrespective of bolus insulin therapy.

Daytime SH and nocturnal SH were comparable in respondents receiving first-generation versus second-generation BIs.

Whenever possible, clinicians should prioritize second-generation BIs over first-generation BIs.

WHY THIS MATTERS

  • Previous trials reported that second-generation BIs reduce SH compared to first-generation BIs.
  • However, owing to the tightly controlled nature of clinical trials, their applicability in real world can be limited.
  • The population-based iNPHORM study assessed the effect of second-generation versus first-generation BIs on SH frequency in the real-world practice to complement RCT findings.

KEY RESULTS

  • The iNPHORM study cohort comprised US participants (≥18 to ≤90 years) with T1DM and T2DM taking insulin and/or secretagogues for ≥1 year.
    • Participants were included from a probability-based internet panel: Approximately 68,000 people with diabetes
      • T1DM: n = 10,000; T2DM: n = 58,000
      • 26,387 panelists initiated screening
  • Participants who were unable to understand English, currently pregnant or pregnant in the previous year, and currently enrolled in a drug trial were excluded from study.
  • Overall, 2,339 participants were eligible for the study; of these, 1,694 completed the baseline questionnaire, of whom 569 reported BI use and were included in the sub-analysis (age: 52.33 [SD, 13.82] years; female: 54.5%; T1DM: 21.6%).
  • Key outcomes: Crude, real-world frequency of SH* among individual taking first-generation or second-generation BIs and quantification of the potential casual effects of second- versus first-generation BIs on SH frequency
  • Multivariable negative binomial regression was used to isolate the effect of second-generation versus first-generation BIs (+/- bolus insulin) on self-reportedrates of past-year total SH, daytime SH, and nocturnal SH. Confounding variables were identified from a directed acyclic graph.
  • Approximately 10.0% versus 54.1% and 7.6% versus 28.3% participants reported receiving second-generation versus first-generation BIs with and without bolus insulin, respectively.
  • Adjusted SH incidence rate ratios in respondents receiving first-generation versus second-generation BIs were as follows:
    • Total SH: Respondents without bolus insulin = IRR: 2.70, 95% CI: 1.07–6.84; respondents with bolus insulin = IRR: 1.17, 95% CI: 0.552–2.46
  • Comparable effects were found for daytime and nocturnal SH in respondents receiving first-generation versus second-generation BIs:
    • Daytime SH: Respondents without bolus insulin = IRR: 2.26, 95% CI: 0.817–6.24; respondents with bolus insulin = IRR: 1.43, 95% CI: 0.625–3.29
    • Nocturnal SH: Respondents without bolus insulin = IRR: 3.55, 95% CI: 0.39–15.03; respondents with bolus insulin = IRR: 1.07, 95% CI: 0.38–3.03

    Ratzki-Leewing A, Harris S, Black J, Stirling K, Zou G, Ryan BL. Second-generation basal insulin analogues: first-choice in reducing real-world severe hypoglycemia (baseline results of the iNPHORM study, USA). E-poster Presented at Advanced Technologies and Treatments for Diabetes conference 2021.

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MAT-BH-2100699/v1/Sep 2021