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Bioinspired Materials NCCR

A National Center of Competence in Research

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  • Module 1: Mechanically responsive materials

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  • Module 1: Mechanically responsive materials
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Detection of circulating tumor cells by surface enhanced Raman scattering using DNA based systems as signal amplifier

Towards ultrasensitive CTC detection

This NCCR Collaborative Project is led by Dr. Samet Kocabey (Module 3) and Prof. Guillermo Acuña (Module 2), and seeks the developement of a novel and ultrasensitive circulating tumor cells (CTC) detection system combining DNA-based programmable signal amplification with state-of-art Raman Spectroscopy-based detection.

Involved people

ACUNA_Guillermo.jpg
ACUNA Guillermo

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IMG_0130.jpg
KOCABEY Samet

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1. Logo NCCR cropped (no text).jpg
ZHANG Lu

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  • Related projects as project manager

      Projects of ACUNA Guillermo

      Bioinspired DNA self‐assembly of nanophotonic devices

      Bottom up meets top down: Controlling assembly from mm to nm

     
ABOUT US
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EQUAL OPPORTUNITIES
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  • #NCCRwomen
RESEARCH
  • Module 1: Mechanically responsive materials
  • Module 2: Photonic materials
  • Module 3: Bio-interfaces across scales
  • Translation projects
  • Other research projects
  • Research stories
  • Publications & Datasets
  • Good scientific practices
  • Completed projects
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Contact

NCCR Bio-Inspired Materials

University of Fribourg

Chemin des Verdiers 4

CH-1700 Fribourg

+41 26 300 9266

myriam.marano@unifr.ch

bioinspired-materials.ch

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