To Delete an Isotope
Only custom isotopes can be deleted from the Isotope Editing screen. Factory set isotopes cannot be
deleted.
1.
Click on the <Isotope> icon in the primary tool bar. The Isotope Editing screen should now be
displayed.
2
Click on <Open> The Isotope List should now be displayed.
3.
Highlight the isotope to delete.
4.
Click on <Delete>. The system will ask if you really want to delete the selected isotope. Click <Yes>
to delete or <No> to abort. The system will now return to the Isotope Editing screen. If you have
deleted a custom isotope it will no longer show on the Isotope list.
Isotope Report
Isotope Reports can be generated showing all the parameters for individual isotopes or listing all the
isotopes. These printouts can be accessed by selecting the <Report> icon in the primary tool bar.
Isotope Efficiencies
(See Figures 3-10 and 3-11.)
All efficiencies are set to zero as shipped from the factory. The user has the choice of either calculating the
efficiencies to be used or using the analytically determined factory defaults.
NOTE: The total efficiency for an isotope using the system is the Geometric efficiency times the detector efficiency .
See Apendix A for more details.
NOTE: An isotope will not be available for use for Wipe Testing or Bioassay unless an efficiency has been set to
other than zero.
Setting Geometric Efficiency
The geometric efficiency for the system is independent of the isotope being used. The geometric efficiency
refers to the placement of the isotope in relation to the detector.
1.
From any screen, click on the <Isotope> icon in the primary tool bar. The Isotope Editing screen
should now be displayed.
2.
Click on <Efficiency> in the screen tool bar. The Detector Efficiency screen should now be displayed.
3.
Click on <Set> in the Geometric Efficiency box and then select either well or probe. You can now
enter information concerning the selected detector.
NOTE: If you select probe, you would enter the outside diameter of the detector and the distance from the
probe. This uses a formula described in Appendix A under Isotope Efficiency Calculation. You must enter the
same unit of measure for both of these numbers. It is suggested to use centimeters for these as there is a cm
scale for distance from the face of the detector on the collimator. The factory preset for the outside diameter is
5.08cm, which is the 2-inch diameter detector. The distance from the probe is the distance from the end of the
distance bar to the face of the crystal. For the well it is the inside diameter, which on the well shipped by
Biodex, is 1.905cm. Factory set well depth is 2.54cm. This depth in the well would be indicative of many wipes
where the center of the activity or where the wipe would be located when lowered into the well. This would be
the depth from the top of the crystal, not from the top of the lead of the collimator.
4.
Once you have set the desired numbers, click <OK> to return to the Detector Efficiency screen. If a
different efficiency than the one you desire is displayed on the Detector Efficiency window, double
click on the box next to the appropriate detector and type in the efficiency you desire.
CONTENTS
ADMINISTRATION
3-16
Summary of Contents for 187-130
Page 8: ...1 INTRODUCTION SETUP INSTRUCTIONS 2 2 Figure 2 1 The MCA Uptake Stand ...
Page 10: ...1 INTRODUCTION SETUP INSTRUCTIONS 2 4 Figure 2 2 The MCA Uptake Stand side view ...
Page 20: ...1 INTRODUCTION SETUP INSTRUCTIONS 2 14 Figure 2 6 The System Setup Screen ...
Page 25: ...1 INTRODUCTION 2 19 SETUP INSTRUCTIONS Figure 2 8 The Database Manager Screen ...
Page 28: ...CONTENTS 3 3 ADMINISTRATION Figure 3 1 The Calibration Screen ...
Page 29: ...1 INTRODUCTION Figure 3 2 A Calibration Report ADMINISTRATION 3 4 ...
Page 31: ...1 INTRODUCTION Figure 3 3 The High Voltage Adjustment Screen ADMINISTRATION 3 6 ...
Page 32: ...1 INTRODUCTION Figure 3 4 The High Voltage Report 3 7 ADMINISTRATION ...
Page 34: ...1 INTRODUCTION Figure 3 5 The Chi Square Screen 3 9 ADMINISTRATION ...
Page 35: ...1 INTRODUCTION Figure 3 6 The Chi Square Report ADMINISTRATION 3 10 ...
Page 37: ...1 INTRODUCTION Figure 3 7 An Administration Report ADMINISTRATION 3 12 ...
Page 39: ...ADMINISTRATION 3 14 1 INTRODUCTION Figure 3 8 The Isotope Editing Screen ...
Page 40: ...1 INTRODUCTION 3 15 ADMINISTRATION Figure 3 9 The Select Isotope Window ...
Page 42: ...1 INTRODUCTION 3 17 ADMINISTRATION Figure 3 10 The Detector Efficiency Screen ...
Page 44: ...1 INTRODUCTION Figure 3 11 The Geometric Efficiency Window 3 19 ADMINISTRATION ...
Page 48: ...1 INTRODUCTION 3 23 ADMINISTRATION Figure 3 13 A Spectrum Analysis Report ...
Page 50: ...1 INTRODUCTION Figure 4 1 The Procedure Definition Screen THYROID UPTAKE 4 2 ...
Page 51: ...1 INTRODUCTION 4 3 THYROID UPTAKE Figure 4 2 The Patient Definition Screen ...
Page 56: ...THYROID UPTAKE 4 8 1 INTRODUCTION Figure 4 3 The Thyroid Uptake Screen ...
Page 58: ...THYROID UPTAKE 4 10 1 INTRODUCTION Figure 4 4 A Thyroid Uptake Report ...
Page 59: ...1 INTRODUCTION Figure 4 5 A Time Activity Report 4 11 THYROID UPTAKE ...
Page 63: ...MANUAL MODE 5 2 1 INTRODUCTION Figure 5 1 The Manual Mode Screen ...
Page 64: ...1 INTRODUCTION 5 3 MANUAL MODE Figure 5 2 A Manual Mode Report ...
Page 66: ...1 INTRODUCTION WIPE TEST 6 2 Figure 6 1 The Wipe Counting Screen ...
Page 67: ...6 3 WIPE TEST CONTENTS Figure 6 2 The Wipe Area Setup Screen ...
Page 68: ...CONTENTS WIPE TEST 6 4 Figure 6 3 The Wipe Preferences Window ...
Page 70: ...1 INTRODUCTION Figure 6 4 The Background LLD Screen WIPE TEST 6 6 ...
Page 72: ...1 INTRODUCTION WIPE TEST 6 8 Figure 6 5 The Wipe Results Report ...
Page 76: ...1 INTRODUCTION 7 3 BIOASSAY Figure 7 2 The Bioassay Preferences Screen ...
Page 78: ...7 5 BIOASSAY CONTENTS Figure 7 3 An Individual Bioassay Report ...
Page 79: ...CONTENTS Figure 7 4 An Employee Bioassay Summary BIOASSAY 7 6 ...
Page 80: ...1 INTRODUCTION 7 7 BIOASSAY Figure 7 5 An Individual Bioassay History Summary ...
Page 82: ...1 INTRODUCTION SCHILLING TESTS 8 2 Figure 8 1 Defining a Facility Standard Schilling Test ...
Page 83: ...CONTENTS 8 3 SCHILLING TESTS Figure 8 2 The Schillings Counting Page ...
Page 84: ...CONTENTS SCHILLING TESTS 8 4 Figure 8 3 A sample Schillings Mallinckrodt Report ...
Page 87: ...CONTENTS 8 7 SCHILLING TESTS Figure 8 4 The Diopac Schillings Counting Page ...
Page 88: ...SCHILLING TESTS 8 8 CONTENTS Figure 8 5 A Sample Diopac Schillings Report ...
Page 90: ...CONTENTS HEMATOLOGY 9 2 9 1 The IHSA Counting Page ...
Page 92: ...1 INTRODUCTION HEMATOLOGY 9 4 Figure 9 2 A Sample IHSA I 125 Test Report ...
Page 93: ...CONTENTS 9 5 HEMATOLOGY Figure 9 3 The CR 51 Counting Page ...
Page 95: ...CONTENTS 9 7 HEMATOLOGY Figure 9 4 A Sample Cr 51 Volume Test Report ...
Page 96: ...CONTENTS Figure 9 5 The Cr 51 Red Blood Cell Survival Counting Page HEMATOLOGY 9 8 ...
Page 98: ...CONTENTS HEMATOLOGY 9 10 Figure 9 6 A sample Cr 51 Survival Test Report ...
Page 100: ...CONTENTS Figure 9 7 The GFR Counting Page HEMATOLOGY 9 12 ...
Page 103: ...1 INTRODUCTION 9 15 HEMATOLOGY Figure 9 8 A One Sample Glomerular Filtration Rate Report ...
Page 104: ...1 INTRODUCTION HEMATOLOGY 9 16 Figure 9 9 A Two Sample Glomerular Filtration Rate Report ...
Page 106: ...1 INTRODUCTION HEMATOLOGY 9 18 Figure 9 10 The ERPF Counting Page ...
Page 108: ...1 INTRODUCTION HEMATOLOGY 9 20 Figure 9 10 The ERPF Counting Page ...
Page 109: ...1 INTRODUCTION 9 21 HEMATOLOGY Figure 9 11 An Effective Renal Plasma Flow Report ...