Benjamin Cressiot
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NEWS & HIGHLIGHTS

Research in motion

Selected publications, collaborations, team milestones and scientific events from the Cressiot nanopore research programme.

2026
LATEST UPDATES

Highlights from 2026

A year of new single-molecule results, expanding applications and growing collaborations.

Graphical abstract for gut-hormone biomarker sensing
PUBLICATION3 August 2026

Gut-hormone biomarkers resolved in human serum

Published in Small, this study demonstrates discrimination of sulfated and unsulfated CCK-8 biomarkers in 20% human serum.

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Benjamin Cressiot and Pierre Defrenaix at the Palais de l’Élysée
SCIENTIFIC OUTREACH23 July 2026

Nanopore diagnostics discussed at the Élysée Palace

Benjamin Cressiot and Pierre Defrenaix (Excilone) met at the Palais de l’Élysée to discuss the future of DreamPore, a startup hosted at CY Cergy Paris Université, and the development of nanopore-based molecular diagnostics.

Funding & innovation →
Figure from the Nature Communications publication
PUBLICATION2026

New work published in Nature Communications

A major contribution advancing the use of nanopores to resolve molecular information at the single-molecule level.

Explore the publication record →
PEPR MolecularXiv PEPR SENSIGA PROMETHEUS
COLLABORATIONS2026

Research networks spanning health, molecular data and energy

Ongoing participation in PEPR MolecularXiv, PEPR SENSIGA and the PROMETHEUS ecosystem broadens the reach of nanopore science.

Explore programmes →
Soching Luikham Luca Iesu Laura Ratinho
3Master 1 students
TEAM2026

The research team continues to grow

Postdoctoral researcher Soching LUIKHAM, recruited in October 2025 to work on synthetic-polymer detection and molecular information reading, joins doctoral researchers Laura Ratinho and Luca Iesu; the team also welcomes Mélanie De Magalhaes, Kalifa Sidibé and Ilies Hakimi in 2026.

Meet the team →
Chemical Science graphical abstract
PUBLICATIONS2025

Two contributions in Chemical Science

New results strengthen the programme on molecular discrimination, peptide structure and nanopore transport.

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ACS Nano oxytocin graphical abstract
PUBLICATION2025

Single-molecule peptide sensing in ACS Nano

The work expands the ability of nanopores to distinguish closely related peptide structures and biologically relevant variants.

Read the research highlights →
FOLLOW THE RESEARCH

Reading molecular information, one molecule at a time.

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© 2026 Benjamin Cressiot

Research conducted within LAMBE · CNRS UMR 8587 · CY Cergy Paris Université

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