The accuracy of absorbed dose calculations in personalized internal radionuclide therapy is
directly related to the accuracy of the activity (or activity concentration) estimates obtained at …

The reliability of radiation dose estimates in internal radionuclide therapy is directly related
to the accuracy of activity estimates obtained at each imaging time point. The recently …

Purpose Patient-specific dosimetry is required to ensure the safety of molecular radiotherapy
and to predict response. Dosimetry involves several steps, the first of which is the …

Purpose: The combination of single photon emission computed tomography (SPECT) and
computer tomography (CT) that incorporates iterative reconstruction algorithms with …

Because of challenges in performing routine personalized dosimetry in radiopharmaceutical
therapies, interest in single-time-point (STP) dosimetry, particularly using only a single …

This paper reviews issues concerning 86 Y positron emission tomography (PET), 90 Y PET
and 90 Y bremsstrahlung imaging. Specific methods and corrections developed for …

The OLINDA/EXM version 1.0 personal computer code was created as a replacement for the
widely used MIRDOSE3. 1 code. This paper documents the basic function of the code and …

Theabsorbedradiationdosefrominternallyde… nuclides is a major factor in assessing risk
and therapeutic utility when evaluating new radiopharmaceuticals for use in nuclear …

This paper presents a systematic analysis of the inherent uncertainty in internal dose
calculations for radiopharmaceuticals. A generic equation for internal dose is presented, and …

In 2005, the term theragnostics (theranostics) was introduced for describing the use of
imaging for therapy planning in radiation oncology. In nuclear medicine, this expression …