Sentence examples for bone dose from inspiring English sources

This impacts the estimation of intake and radiation dose, especially the bone dose, when aiming for personalized occupational monitoring data.

At depths of less than 5 cm the dose rate in bone was similar to that in water, whereas at depths greater than 5 cm the bone dose would be overestimated by 47%.

The decrease of retention in bone using the HMGU model consequently reduces the radiation dose estimate in bone in comparison to the ICRP bone dose which is currently used in monitoring.

Cancer incidence has also been studied in mice exposed to Sr as an internal emitter, and no tumors were observed below a cumulative average bone dose of 18 Gy [ 18], suggesting that structural and cellular effects on bone and hematopoietic functions may be the highest risks from internal contamination by Sr in mice [ 19– 22].

However, we also included two occupationally exposed groups with some degree of nonuniformity in exposure (e.g., in relation to liver, lung, and bone dose), although with uniform dose to the circulatory system (Azizova et al. 2010a, 2010b; Kreuzer et al. 2006).

Despite the uncertainties in the presented method, it showed a dose-response relationship between absorbed bone marrow dose and haematological toxicity according to Hb, WBC and PLT counts for both mean and total absorbed dose.

In the study by Bodei et al. [ 23], in 12 of 51 patients the calculated bone marrow dose was 0.03 mGy/MBq with a cumulative dose in the range 0.5 1.3 Gy.

We summarize the studies that evaluate the PRRT efficacy in NETs in Table 3. Dose-limiting factors for PRRT are kidney and/or bone marrow dose [ 61].

Fig. 5 Red bone marrow dose estimates based on manual positioning of ROIs and automatic delineation for self (closed circles) and total dose (open circles) Table 1 RM absorbed dose   Self RM dose (mGy MBq−1) Total RM dose (mGy MBq−1) Manual positioning 0.17 ± 0.04 0.51 ± 0.04 Active contour 0.16 ± 0.03 0.49 ± 0.03 Plasma method 0.11 ± 0.03 0.45 ± 0.04.

Previously, calculations of bone marrow dose from the large solar particle event (SPE) of July 2000 were carried out using the BRYNTRN space radiation transport code and the computerized anatomical man (CAM) model.

Bone marrow dose calculations were based on clearance and activity measures from the blood samples.