ANALYSIS SA

ANALYSIS SA (www.analysis-laboratories.gr)started operations in 2000 establishment of its first laboratory in Patras Greece with the goal to cover the market needs in testing and quality control of food, water, agricultural and vinicultural products, as well as the provision of consultancy and research services. Operations include microbiological and diary product analysis labs specialized first in milk and water analysis.

After several years of successful operations in 2013 the lab was upgraded to cover the needs of soil analysis of the agricultural industry. In October 2016, its new laboratory established in Ioannina started operations covering with state-of-the-art instrumentation of chromatography and mass spectrometry. The expert personnel offer one of the largest fields of analysis of chemical pesticides in Greece for the agro producers as well as many tests and analysis of food and beverages.

The labs of ANALYSIS Sa operate in parallel covering the Western Greece and the rest of the continent and the islands with a wide network of collaborators, with confidence and high-quality services. The laboratory operates on ISO/IEC 17025 and is certified by the national organization ΕΣΥΔ (Cert No 1079).

UNIVERSITY OF PATRAS

The University of Patras (www.upatras.gr) is the third largest university in Greece with huge contribution and international recognition in higher education and research in areas of natural sciences, environment, health, engineering, and social sciences.

The Departments of Materials Science, Physics, Chemistry and Medicine are collaborating in PHOTOXENS being very active in the relevant scientific areas. In addition, the Interdepartmental Instrumental Microanalysis Laboratory and other central facilities are contributing to the project.

More specifically:

  • The Photonics Nanotechnology K22 Laboratory of the Dept of Materials Science assumes the scientific coordination of the project and contributes to the development of the photonic platforms of the biosensors. The Lab operates in ISO-6 clean room area with the capability of materials growth and photonic device development, nanolithography, laser micro/nanofabrication, functional testing, and optoelectronic integration.
  • The Laboratory of Nonlinear and Quantum Optics of the Dep. of Physics provides its laser facilities and functional testing workstations for investigation of photonic functionalities of nanomaterials aiming to novel nonlinear optics biosensing approaches.
  • Τhe Synthetic Organic Chemistry Lab of the Dep of Chemistry having long experience in the synthesis of biologically active compounds undertakes photonic surface sensitization and functionalization.
  • The Laboratory of Biological Chemistry of the Dep of Medicine expert in the biology of RNA and gene expression applies state of the art anchoring and bio-functionalization of the processed photonic interfaces enabling selective toxin capturing and detection by light.