Sentence examples for distribution of organs from inspiring English sources

"The protocol for the distribution of organs begins".

There is no national registry of such cases, and the United Network for Organ Sharing, which controls the distribution of organs from cadavers, does not record mismatches in its computer system.

Exploitation concerns of this kind, or at least most of them, can be taken care of by utilizing some version of the Erin-Harris proposal (discussed above) since this is designed to ensure that organ sellers receive just rewards and adequate care, whilst also going a long way towards ensuring that the distribution of organs to transplant recipients is fair.

This policy where a third party makes payments and sets prices acts as a strong safeguard against extreme exploitation and the inequitable distribution of organs that could result from simply having a free market where organs go to the highest bidder.

Moreover, the large variation of shape and intensity distribution of organs bring a great difficulties in using traditional commonness to guide the segmentation.

The emerging picture suggests that some functionally significant variants in CHEK2 are able to predispose cells from a wide distribution of organs to an elevated risk of cancer.

Under normal conditions, distribution of organ blood flow is determined by local metabolic demands.

ALL was differentiated from chronic lymphoid leukemia (CLL) and the leukemic phase of lymphoma on the basis of cell morphology, CD34 expression, and the distribution of organ involvement.

Detailed data on underlying diseases and distribution of organ transplantations for IA cases are shown in table 3 and 4. 39 patients (48%) had transplantations (35 organ transplantations and 4 stem cell transplantations).

Furthermore, in this study we excluded those of known preterm delivery, and of the remaining cases there was no significant difference in distribution of organ weights between those with or without known gestations, validating their inclusion.

Figures 1 and 2 show the predicted distribution of organ weights based on the herein proposed LBW-scaling approach in comparison with existing methods (BH-scaling and the regression equation approach) and experimental data from a large autopsy study by de la Grandmaison et al. For heart, kidneys, liver, and lung, the LBW-scaling approach showed closest agreement with the experimental data.