Radiation equipments

Faculty of Medicine contains sealed radioactive sources equipments and X-ray machines for research and apply targets

Radiation equipments

Sealed machines encapsulate a core of radioactive material, while sealed sources emit radiation, they are designed so that the radioactive material stays within, minimizing the chance of contamination.  Most sealed sources are stand-alone sources used to calibrate or check instrumentation (counters), to irradiate cells or rodents as experiments in reseach labs.  

X-rays are high-energy electromagnetic waves (rays) that can penetrate various materials. Sackler and Dentistry buildings include X-rays machines for research purpose as well as dentistry service.   

 

 

 List of  sealed radiation equipments

 

Equipment

Location

Responsible

Applicability

Dosimeter

FAXITRON Model 43855D

 

Sackler 10th

room 1006

Dr Yael Ziv

X-Ray cabinet; 130kVp

 

Yes

SCANCO MEDICAL micro mCT50 X-ray/100 scan

Sackler 6th

room 632

Prof Yankel Gabet

CT mice bones

No

Philips X-Ray

Sackler 0 floor

Zabam

Dr Gilad Mass

Dr Daria Makarovsky

Mice cells radiation

 

Yes

Tomoscope CT-Imaging

GmbH

Imaging Center

Zabam, room 1

Dr Yael Zilbernstein

 

CT imaging

No

MicroCT Vector 4CT

PET-CT

Imaging Center

Zabam

Dr Yael Zilbernstein

Nuclear medicine

Yes

X-Ray Dentist Phillips

Secondent Oralix 65S 65kV; 7.5mA

 

    Conventional

Animal Facility Veterinary Center

063

 

Prof Yankel Gabet

Oral X-ray

Yes

Caliper1 Perkin Elmer IVIS

 

SPF- Animal Facility

room 310

 

Dr Mickey Harlev

 

 

No

BioBeam GM2000

Dose rate 2.5 Gy/min; Source Cs137

Activity 44.4 TBq; Voltage 90-264V

Surface rate <3Sv/h up to 54TBq Cs137

 

Sackler 0  floor

 Zabam

Dr Gilad Mass

Dr Daria Makarovsky

Irradiation blood

and mice samples

Yes

Positron Emission Tomography (PET)

Imaging Center

 Zabam, room 1

Dr Yael Zilbernstein

Dr Gilad Mass

 

Nuclear medicine

research

Yes

 

Positron Emission Tomography (PET)


 

PET users contact Molecular Imaging Center Unit (SICF), Dr. Yael Zilberstein

 

PET tracers

Decay

Half-life

Energy

18F Fluorine  

positron energy beta+

109.7 min half-life

(1h 50min)

635 keV

99mTc Technetium  

decay

6 h

141 keV

 

 

 

  PET Vector 4                                   

 

   PET tracer injection   

Tracer preparation

 

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