Study links seasonal body rhythms to vaccine responses

New research indicates that human immune responses to vaccines vary with the seasons, showing stronger antibody production during winter months in temperate regions. The findings come from an analysis of dozens of clinical trials involving children worldwide.

Researchers combined results from 96 randomised controlled trials that included around 48,000 children vaccinated against 14 different infections. In temperate areas of both hemispheres, antibody responses peaked in winter, consistent with changes in day length. Near the equator the pattern was more variable and depended on the specific vaccine.

Verwandte Artikel

A new study suggests that the shingles vaccine may slow biological aging and reduce inflammation in older adults. Researchers analyzed data from over 3,800 Americans aged 70 and older, finding that vaccinated individuals showed better markers of aging compared to those who were not. The findings highlight potential broader health benefits from the vaccine beyond preventing the rash.

Von KI berichtet

Eine Schweizer Studie widerlegt die weit verbreitete Frühjahrsmüdigkeit als Mythos. Forscher der Universität Basel und des Inselspitals Bern fanden in einer einjährigen Umfrage unter 418 Personen keine Hinweise auf erhöhte Müdigkeit im Frühling.

Researchers at Fred Hutch Cancer Center have created human-like monoclonal antibodies that prevent Epstein-Barr virus (EBV) from infecting immune cells. Using mice engineered with human antibody genes, the team identified antibodies targeting viral proteins gp350 and gp42, with one fully blocking infection in lab models. The findings, published in Cell Reports Medicine, could lead to therapies for transplant patients at risk of EBV-related complications.

Diese Website verwendet Cookies

Wir verwenden Cookies für Analysen, um unsere Website zu verbessern. Lesen Sie unsere Datenschutzrichtlinie für weitere Informationen.
Ablehnen