Skip to main content
. 2024 Feb 17;51(5):1268–1286. doi: 10.1007/s00259-024-06640-x

Table 1.

List of example radionuclides with principal emissions and imaging techniques

Principal emitted radiation Examples of nuclides Physical half-life Selected photons emitted (yield)* and suggested imaging method Example references related to imaging
Alpha Radium-223 11.4 d 81–95 keV (52%), 144–154 keV (9%), 270–271 keV (25%)*, Gamma camera/SPECT [810]
Actinium-225 10.0 d 218 keV (12%)*, 440 keV (26%)*, Gamma camera/SPECT [8, 11]
Lead-212 10.6 h 239 keV (43%), 73–88 keV (approx. 40%), Gamma camera/SPECT [12]
Astatine-211 7.2 h 77–92 keV (45%)*, Gamma camera/SPECT [13, 14]
Beta- Iodine-131 8.0 d 364 keV (82%), SPECT [15, 16]
Lutetium-177 6.6 d 113 keV (6%), 208 keV (11%), SPECT [1719]
Yttrium-90 64.1 h 511 keV (0,003%)*, PET (or bremsstrahlung SPECT) [2023]
Copper-67 61.8 h 185 keV (49%), SPECT [24]
Holmium-166 23.8 h 81 keV (7%), SPECT or MRI [25]
Rhenium-186 3.7 d 137 keV (9%), SPECT [26]
Rhenium-188 17.0 h 155 keV (15%), SPECT [26]
Beta-/auger Terbium-161 6.9 d 75 keV (10%), SPECT [27]
Gamma/auger Iodine-123 13.2 h 159 keV (83%), SPECT [28, 29]
Indium-111 2.8 d 171 keV (91%), 245 keV (94%), SPECT [30, 31]
Technetium-99 m 6.0 h Approx. 141 keV (100%), SPECT [28]
Beta +  Fluorine-18 110 min 511 keV (97%), PET [32]
Carbon-11 20 min 511 keV (100%), PET
Gallium-68 68 min 511 keV (89%), PET [33, 34]
Copper-64 12.7 h 511 keV (18%)*, PET [35]
Zirconium-89 3.3 d 511 keV (23%), PET [35, 36]

*Also include radioactive daughters