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Measurement of Whole-Body I-131 Retention y I-131 Ret tered activit ant‟s thyroi nally, I-131 allow brea th a history ination in th considered 1 sodium io ody I-131 R y ent of Wh whole-body d tissue Th ith I-131 ca ulations go ents who ar asurement i oactive iodi be cleared f d dose will on of I-131 dministered ne therapy; d TSH will is test, but m ole-Body I e fetal thyr must be
Patient-Specific Dosimetry for I Thyroid Cancer Therapy Using . . . over time in a particular voxel, the physical decay rate of 131I was fitted decay rate was used The algorithm is described by the following set of equations: xyz 0 0 A131 x,y,z,t) St i tf A 131 x,y,z,t A131 x,y,z,tf p xyz 0 0 A131 x,y,z,t St i tf A 131 x,y,z,t A131 x,y,z,tf xyz p, Eq 2 with xyz the fitted biologic clearance or uptake rate
Application of a medium-energy collimator for I-131 imaging . . . 131) is administered orally for ablation treatment of dif-ferentiated thyroid cancer (DTC) [1–3] Ablation treatment with I-131[1 11 GBq (30 mCi) is often performed on an inpatient basis, whereas treatment with I-131 B1 11 GBq is often done on an outpatient basis [4, 5] I-131 imaging with whole-body and SPECT scanning is
HAR Chapter 131 Hawaii Cable Communications Systems §16-131-21 Protection of service Subchapter 6 Bills and Payment for Service §16-131-22 Billing period §16-131-23 Prorating of charges §16-131-24 Dispute between cable operator and subscriber Subchapter 7 Tariffs §16-131-25 Tariff filings §16-131-26 Availability of tariffs to subscribers and the public §16-131-27 Tariff format
Subjects and methods - nuclmed. gr he efficacy of radioactive iodine-131 (131I) in the management of differentiated thy-roid cancer (DTC) has been known for a long time [1, 2] After successful treatment, patients with DTC are at lifelong risk of recurrence local, regional or less commonly distant metastases [3] In clinical practice thyroglobulin (Tg) elevated normal 131I whole
IODINE AND TECHNETIUM SCINTIGRAPHY OF THE THYROID - Springer for imaging the thyroid gland, whereas iodine-I31 (1311) is almost exclusively used for whole body scintigraphy after thyroidectomy for differentiated thyroid cancer Iodine-123 causes a relatively low radiation exposure of the thyroid and whole body due to its short physical half-life (13 hours) and its emission of only gamma radiation