Laser oblation of a thin layer activated material sample

Labeling of
Nanoparticles

ZAG is developing procedures allowing the preparation of radioactive labeled nanoparticles of high specific activity (up to 50 MBq/mg), with the intention to trace the fate of nanoparticles following incorporation by using imaging techniques (PET, SPECT). By combination of thin layer activation and laser ablation a large number of radioactive nanoparticles can be produced for tracer measurements.

Areas of Application

  • Medicine
  • Health Care
  • Environmental Impact
  • Research
  • Chemical Industry
  • Coating Technology
  • Packaging
  • Building Materials
  • Food
  • Hygiene
  • Cosmetics

News

4 KIPROS 200 and 2 Concentration Units delivered

Four of our newly designed high-performance gastargets KIPROS 200 for the production of ultra pure Iodine 123 has...

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New Publications of ZAG

Lecture in Dohar Qatar, 9. International Conference on Isotopes, 12. bis 16. November 2017: "Installations at and...

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KIPROS 200

KIPROS 200 is our newly designed high-performance gastarget for production of Iodine 123. Please find more in the...

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Aseptic Preparation of Radiopharmaceuticals

In cooperation with BioChem Karlsruhe we investigated experimentally and theoretically the aseptic preparation of...

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[18]-FDG Drug Informations available

18FDG drug informations are available here: for Patients and Professionals...

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