Sentence examples for marrow exposure from inspiring English sources

As can be seen from this example, reducing the limit for marrow exposure to 200 cGy from 300 cGy has a notable effect on the magnitude of the benefit of adding 131MIBG to PRRT.

Haematological toxicity, used as an indirect measure of bone marrow exposure, more often occurs during treatment, and serious cytopenia (grade 3 or 4 according to the National Cancer Institute's Common Terminology Criteria for Adverse Events, version 3.0) has been described in 10%% of patients in larger reports [2, 8].

The estimation of the bone marrow exposure needs to be as accurate as possible, but the haematological response will only be fully understood when also other clinical data for the patient is considered, as renal function, tumour burden, baseline blood values and age [18, 21] as well as the individual radiosensitivity.

Further, inhibition of AKT signaling molecule, which has been shown to be crucial in regulating physiologic platelet formation, significantly reduced the number of collected platelets, suggesting the applicability of this tissue model for evaluation of the effects of bone marrow exposure to compounds that may affect platelet formation.

This may translate in reduced bone marrow exposure to irradiation.

Strontium-90 deposits in bone and bone marrow, and exposure from contaminated food and water is linked to bone cancer and leukemia.

Further, the authors examined the levels of endogenous and exogenous N-HOMe-dG adducts in bone marrow from exposure to 15.2 ppm formaldehyde and found that exogenous adducts were not detectable.

It is important to recognize that this patient had a recent history of bone marrow transplant with exposure to chemotherapy, which may also be a causative factor in the development of PRES, or may have independently contributed to the tissue injury.

Pilot studies established that tolerization only had a demonstrable effect on the bone marrow when oral exposure was followed by conventional sensitization and challenge.

These methods have allowed measurement of catechol, phenol, and hydroquinone in samples of rodent bone marrow following inhalation exposure to benzene.

Moreover, when the resorbed bone under the piston was replaced by a seemingly dense new tissue layer of soft tissue and primitive bone, this may have protected the marrow cavity from exposure to high pressure.