Mini ReviewPublished 8 October 2026Artificial gravity for long-duration human spaceflight: physiological rationale, evidence gaps, risks, and research prioritiesMarine Briard · Sarah BaatoutFrontiers in Space Technologiesdoi 10.3389/frspt.2026.1967384
Mini ReviewPublished 8 October 2026Sleep and circadian disruption during human spaceflight: mechanisms, operational consequences, and countermeasuresMerel Goedegebure · Sarah BaatoutFrontiers in Space Technologiesdoi 10.3389/frspt.2026.1958668
PerspectivePublished 30 July 2026Monitoring and modulating interconnected physiological systems in space using portable closed-loop technologiesEnrico De Martino · Peng Lyu · Ikram Brahim · Mehaboobathunnisa Sahul Hameed · Lars Arendt-Nielsen · Yacine HadjiatFrontiers in Network Physiologydoi 10.3389/fnetp.2026.1867627
PerspectivePublished 20 March 2026Protective magnetic shielding systems for deep space habitats: safeguarding humans and infrastructure from space weather hazardsOnyinye G. Nwankwo · Joseph N. PeltonFrontiers in Space Technologiesdoi 10.3389/frspt.2026.1715603
Original ResearchPublished 24 February 2026The database of peptide medications for human deep-space missions demonstrates the potential for on-demand “Astropharmacy”Rebecca C. Blum · Dorra Omrani · Alina Kunitskaya · Jessica E. Snyder · Cynthia Bui · Philip M. Williams · David J. Loftus · Lynn J. RothschildFrontiers in Space Technologiesdoi 10.3389/frspt.2025.1692554
PerspectivePublished 8 January 2026From molecules to minds – an integrative framework for living in spaceSusan Ip-Jewell · Raj K. Badhan · Emmy Jewell · Surabhi Sonawane · Madhumitha SrenivasanFrontiers in Space Technologiesdoi 10.3389/frspt.2025.1725449
