Further articles

Raman visualisation of ovarian cancer cells

Alessandro’s Poster at the Swiss Nanoscience Institute – Snow Symposium 2024

Snow symposium 2024 Poster Contact Sina Saxer Head of nanoLab Address: FHNW – School of Life Sciences nanoLab Hofackerstrasse 30 4132 Muttenz Switzerland…

Projects, NEWS

Colorimetric Reflective Dual Grating Biosensor – Core 2G BIOS

Colorimetric Reflective Dual Grating Biosensor - Core 2G BIOS

NEWS, Projects, SAP Hydrogel

Therapy to treat ulcers in the oral mucosa – Hydrogel Patch Project

Novel therapy to treat ulcers in the oral mucosa by applying a hydrogel Patch.

Raman visualisation of ovarian cancer cells

Welcome Alessandro Stumpo!

Alessandro Stumpo started his PhD project in August 2021 with the title “Goldnanoparticle assemblies for SERS based detection of EGFR expressing ovarian cancer cells in tumor xenografts” in the NanoLab. It is a collaboration with Prof.Dr. V. Heinzelmanns group from University Hospital Basel , Prof. Dr. Scott McNeil from University of…

SAP Hydrogel, Nanoparticles in complex matrices

Latest Event: SNI NanoTech Apéro at Omya AG in Egerkingen

Invitation to the NanoTech Apéro of the Swiss NanoScience Institute.

Projects, Biodiesel contamination

Check it out! New Article of the Biodiesel Projekt with Bako AG in “Aargauer Zeitung”

Damit der Diesel im Baustellentank «clean» bleibtScreenshot of Aargauer Zeitung Aargauer Zeitung “Damit der Diesel im Baustellentank «clean» bleibt”Was tun, wenn Baumaschinen aus unerklärlichen Gründen ausfallen? Und bei Tankkontrollen auf Baustellen immer öfter Schmutz im Diesel entdeckt wird? Die Bako…

Projects, SAP Hydrogel

P11 – an innovative self assembling peptide for biocompatible hydrogels

P11 - an innovative self assembling peptide for biocompatible hydrogels developed by nanoLab and applied in various dental application e.g. Curolox@ technology by credentis AG.

SAP Hydrogel

Congratulations to Samuel Regenass, BSc!

Samuel Regenass successfully finished his Bachelor project in August 2021 with the title “Kinetic characterization of the P11-4 self-assembly behaviour” in the NanoLab in collaboration with credentis AG and is supervised by Michael Hug, Dr. Dominik Lysek and Dr. Lucy Kind Samuel Regenass on Linkedin…

Projects, Nanoparticles in complex matrices

“Less is more” – High-throughput nanoparticle detection for quality control of complex food matrices

Method of low concentrated nanoparticles in complex matrices is developed to quantify possible [nano] contamination.

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