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FLUNITY-HD Study Demonstrated the
Superior Protection Beyond Flu of High-Dose Flu Vaccine vs Standard-Dose Flu Vaccine*

FLUNITY-HD is the largest individually randomised influenza vaccine effectiveness study, with nearly half a million older adults across multiple seasons.1

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FLUNITY-HD joins a growing body of data demonstrating the superiority of high dose vaccine against standard-dose*.

FLUNITY-HD: Expanding Protection Beyond Flu

FLUNITY-HD is the largest flu vaccine study of its kind

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This STUDY adds to the vast body of evidence showing the superior protection beyond flu of high-dose flu vaccine vs standard-dose*

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The FIRST high-dose flu vaccine to demonstrate superior protection against both flu infection and its complications in robust, individually randomised studies1,2

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Over 15 years of clinical evidence spanning over 45 million older adults.3

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A well-established safety profile3**

FLUNITY-HD has demonstrated superior protection against flu-related hospitalizations***, providing public health decision makers and health care professionals the clinical evidence they need to make their influenza vaccine choice for older adults.

Make high-dose flu vaccine your choice for protection beyond flu.

Pivotal Trial

High-dose flu vaccine demonstrated superior protection vs standard dose in a randomised controlled trial of over 31,000 patients.2

24.2% SUPERIOR PROTECTION AGAINST FLU INFECTION VS STANDARD DOSE (95% CI: 9.7, 36.5)

Primary endpoint: Relative vaccine efficacy against flu due to any lab-confirmed circulating strains.

The pivotal trial was a multicentre, double-blind efficacy trial over 2 seasons assessing the occurrence of laboratory-confirmed influenza in association with influenza-like illness (ILI) with high-dose vaccine (n=15,892) vs standard-dose vaccine (n=15,911) as the primary endpoint, starting 2 weeks post-vaccination and lasting for approximately 7 months.2

High-Dose Flu Vaccine Safety3

The safety of high-dose flu vaccine was assessed in a pooled analysis of 2 clinical trials (QHD00013 and QHD00011) in which 2549 adults 60 years of age and older (378 adults from 60 to 64 years of age and 2171 adults 65 years of age and older) received high-dose vaccine.

The most frequently reported adverse reaction after vaccination was injection-site pain, reported by 42.6% of study participants, followed by myalgia (23.8%), headache (17.3%), and malaise (15.6%). Most of these reactions occurred and resolved within 3 days of vaccination. The intensity of most of these reactions was mild to moderate.

Overall, adverse reactions were generally less frequent in participants aged ≥65 years than in participants aged 60 to 64 years.

The reactogenicity of the high-dose vaccine was slightly increased compared to the standard-dose vaccine, but no major difference in intensity was observed.

Before administration, please see the full SmPC.

 

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