A reference source for the nuclides is "TABLE OF NUCLEAR MAGNETIC DIPOLE AND ELECTRIC QUADRUPOLE MOMENTS" by N.J. STONE (April 2011)
http://www-nds.iaea.org/publications/indc/indc-nds-0594.pdf
The spin-1/2 isotope of iron is 57Fe, not 52Fe
113Cd: this isotope is very long-lived but apparently not stable (T1/2 = 8...9e15 y)
The following nuclides are unstable (with the indicated halflives) but are not indicated as radioactive in Plate B:
nuclide spin T1/2 40K 4 1.3e9 y 50V 6 1.5e17 y 138La 5 1.1e11 y 176Lu 7 3.6e10 y There are only 4 (light) stable integer-spin isotopes: 2H, 6Li, 10B, 14N
A special case (missing in Plate B) is 180mTa, which is either
stable or very long-lived (apparently no conclusive data yet)
with a spin of 9; it's special because the long-lived state
is a meta-stable state and 180mTa is the only naturally occurring
nuclear isomer.
This isotope is missing: 43Ca: Spin 7/2, stable isotope, isotopic abundance: 0.14 %
The following nuclides are unstable (with the indicated halflives) but are not indicated as radioactive in Plate C:
nuclide spin T1/2 87Rb 3/2 5e10 y 115In 9/2 4e14 y 147Sm 7/2 1e11 y 149Sm 7/2 > 2e15 y
(or stable)187Re 5/2 4e10 y 209Bi 9/2 2e19 y 229Th 5/2 7340 y 231Pa 3/2 33000 y 235U 7/2 7e8 y These errata were submitted by Olaf Dietrich.