GeGant® allows fast and convenient onsite production of 68Ga for radiolabling of disease specific targeting molecules










Gallium-68 generator, 68Ga

Easy and direct labeling of targeting molecules for PET imaging.



68Ga PET imaging is an excellent approach for healthcare professionals looking for precise localization in diagnostic imaging. With the new 68Ge/68Ga Generator GeGant® we have improved the availability of Gallium68 (68Ga) labeled targeting molecules. Radiolabeled with a tumor specific targeting molecule,Gallium-68 is used for Targeted Radionuclide Diagnostics in Precision Oncology.


GeGant®  shows breakthrough of 68Ge ≤ 0.001% and is available in sizes of 1,2, and 4 GBq,  making it the largest 68Ge/68Ga generator on the market. 


                     


 68Ga as radiopharmaceutical precursor, not intended for direct use in patients.

KEY ADVANTAGES

  • VARIOUS SIZES AVAILABLE

    Available in sizes of  1, 2, and 4 GBq

  • LOW BREAKTHROUGH

    Breakthrough of 68Ge ≤ 0.001% of total radioactivity

  • FAST & CONVENIENT

    Labeling of disease-specific targeting molecules for PET imaging

  • LOW ACIDIC ELUENT

    Low acidic eluent (0.05 M HCl)

Gallium-68 generator, 68Ga

DMF 


DMF filed with FDA

Made In USA


Manufactured in USA

Lead Time


Short manufacturing lead time

Technical Support

Support team includes highly skilled engineers and chemists for your Generator needs

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Gallium 68 Supplier in the USA  

Ga 68




The GeGant® 1-4 GBq, radionuclide generator is a shielded system for the elution of Gallium (68Ga) chloride solution for radiolabelling. This solution is eluted from a column loaded with the mother nuclide germanium (68Ge), parent of Gallium (68Ga).


The daughter nuclide Gallium (68Ga) is selectively eluted from the column with 

0.05 M hydrochloric acid solution (HCl) (4 ml per vial and elution).


The elution output of the new GeGant® 68Ge/68Ga Generator in full equilibrium 

is ≥ 60% of the target activity.


Gallium-68 generator, 68Ga

Physical Characteristics


Long-lived 68Ge decays with a half-life (t1/2) of 270.95 days by electron capture to 68Ga (Table 1).  68Ga itself decays with a half-life of 67.71 minutes to stable 68Zn.



The total amount of 68Ga available is dependent on the time interval since the last elution. After one hour more than 45% of maximum Gallium-68 is available (Table 2).



 On Demand Consumables

Jointly manufactured by:

ITM Medical Isotopes GmbH

Lichtenbergstrasse 1, 85748 Garching/Munich, Germany

RadioMedix, Inc.

19705 Aldine Westfield Rd., Humble, TX 77338, United States