Sentence examples for compatible perfusion from inspiring English sources

Consequently, MINUSHEET® tissue carriers including an optimal biomaterial and compatible perfusion culture containers were applied to offer an improved environment.

After transfer of a tissue carrier in a compatible perfusion culture container, the fluid environment can be individually machted to the contained tissue.

Finally, spatial extension of tubules derived from renal stem/progenitor cells is obtained within a perfusion culture container filled with an artificial interstitium consisting of a polyester fleece[30, 31]. Figure 2 Application of a Minusheet® tissue carrier in compatible perfusion culture containers.

Such a tissue-specific quality cannot be obtained by the use of a conventional dish, but is reached by offering an optimal surface for cell adhesion, compatible perfusion culture containers, permanent transport of nutrition including respiratory gas and constant elimination of metabolic products.

In this project, a novel 3D MR-compatible perfusion bioreactor using 3D poly ethylene terephthalate) scaffolds was developed to provide such monitoring.

The pathophysiology of the fetal complications in preeclampsia is still unclear, but it has been associated with placental alterations compatible with under perfusion [ 2, 3] and reduced placental blood flow [ 4], which in turn may limit the delivery of nutrients to the fetus.

Early use of imaging techniques is supported by the recognition that there appears to be no increase in mortality associated with a short-term withholding of fluids during a diagnostic phase in trauma patients whose blood pressure is low but compatible with tissue perfusion [ 15].

The segmented brain parenchyma with normal perfusion was compatible with the clinical and angiographic condition, in these patients.

Apparently normal areas of liver in patients with hepatic metastases exhibit alterations in enhancement and perfusion that are compatible with the existence of microscopic tumour[ 34 ].

Thus, depolarization-coupled CBFIND responses in rat dMCAO are compatible with a gradient of perfusion developing in border zones of ischaemic foci after arterial occlusion, as described originally, to our knowledge, by Symon et al. (1974).

Conversely, the resuscitation strategy of targeting appropriate MAP might be compatible with maintaining haemodynamic stability, tissue perfusion, and organ function.