Sentence examples for monitored the dose from inspiring English sources

Blood samples from 3 volunteers were irradiated and we monitored the dose response after 6, 24 and 48 hours exposure of 5 genes DDB2-3, BAX-2, TMEM30A-1, PCNA-3 and BBC3-1 known as being biodosimetry markers [14, 15, 17].

We exposed worms to sub-lethal levels of copper in a semi-field situation using buried mesocosms, and monitored the dose response using transcriptomics (using a cDNA microarray fabricated with 8,129 EST reporters representative of all consensus gene objects generated from 17,225 high-quality ESTs) and metabolomics (using proton NMR spectroscopy).

We monitored the dose-dependent VDR induced transcriptional activity in human breast cancer cells (MCF-7) cells transfected with human CYP24 promoter (−414 to −64) containing VDRE fused to reporter luciferase gene (Figure 2B).

For this, we monitored the dose-dependent inhibition of the downstream signalling molecules PLCγ and ERK1/2.

In vivo dosimetry is the most direct method for monitoring the dose delivered to the patient receiving radiation therapy.

"We are also looking at using our technology in hospitals to monitor the dose of ionizing radiation that a person receives during medical imaging, such as a CT scan or an x-ray, as a safeguard against human error.

A critical issue is the accuracy that is achievable when monitoring the dose released by the beam to the tumor and to the surrounding tissues.

The responses to the questionnaire showed that half (50%) of the radiographers were aware of the existence of a dose indicator on the equipment and used its displayed value to monitor the dose to the patient following the mammography procedure.

The ORBITALS will also provide the raw radiation measurements at MEO altitudes necessary for the development of the next-generation of radiation belt specification models, and on-board experiments will also monitor the dose, single-event upset, and deep-dielectric charging responses of electronic components on-orbit.

Given existing alternatives for accurate brachytherapy dosimeters, future requirements will likely be made on in vivo dosimetry systems that can monitor the dose in real time, are sensitive to displacements of all applicators involved in the treatment, can identify organ motion, and that can provide immediate alerts of any potential gross error during ongoing treatments which alerts the clinician.

Given existing alternatives for accurate brachytherapy dosimeters, future advancements will likely be made on in vivo dosimetry systems that can monitor the dose in real time, are sensitive to displacements of all applicators involved in the treatment, can identify organ motion, and that can provide immediate alerts of any potential gross error during ongoing treatments.