γ-Locator DXI

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• High-energy probe for 511 keV positron annihilation quanta as well as every low-energy radionuclide
• Lightweight, compact probe head
• Active electronic collimation
• Spatial resolution independent of the energy
• Custom-designed parameters
• Easy to use

0535  Verification certificate

Publications:   

[1]	B. Meller et al.; High energy probe for detecting lymph node metastases with 18F-FDG in patients with head and neck cancer; Nuklearmedizin 2006; 45:153-159
[2]	H. Lighvani et al.; Erste klinische Erfahrungen mit intraop. Detektion von traceranreichernden Tumoren mit einer elektronisch kollimie Hochenergie-Gammasonde; 47. Jahrestagung DGN, Leipzig 2009
[3]	T. Krohn et al.; Elektronisch vs. mechanisch kollimierte Gammasonde zur intraoperativen Herdlokalisierung: Validierung mit 99mTc-und 18F im Phantom; 47. Jahrestagung DGN, Leipzig 2009
[4]	M. Freesmeyer et al.; Intraoperative identification of neuroendocrine tumor diagnosed by 68Ga-DOTATOC PET but ndetectable by surgical palpation or conventional imaging - application of an electronically collimate high energy gamma probe; Nuklearmedizin 2009; 48:
[5]	Hamid Reza Lighvani: First clinical experiences with the intraoperative detection of radiolabelled tumors with the aid of an electronically collimated high-energy gamma-probe; EANM Annual Congress, Barcelona, 2009
[6]	J. R. Garcia et al.: A rescue surgery protocol radioguided by PET-CT. Preliminary results with Roll Technique and PET Probe; EANM Annual Congress, Barcelona, 2009
[7]	E. Biggi et al.: Simultaneus detection of breast tumor resection margins and sentinel node biopsy using a high energy gamma probe; EANM Annual Congress, Vienna, 2010
[8]	J.S. de Jong et al.: FDG-PET probe-guided surgery for recurrent retroperitoneal testicular tumor recurrences; Eur J Surg Oncol. 36 (2010) 1092-1095
[9]	T. Krohn et al.: A phantom assessment of portable imaging and radio-guided surgery systems with technetium-99m and fluorine-18; Nuclear Medicine Communications 2012, 33:452�458