Sentence examples for microscopy of heart from inspiring English sources

Confocal microscopy of heart tissue from mice injected with CTP-6CF showed rapid (15 minutes) transduction of heart tissue (Fig. 4).

Electron microscopy of heart tissue revealed increased autophagosome number as indicated by the accumulation of double-membrane vesicle structures with AL-LC exposure (Fig  3C).

Confocal microscopy of hearts isolated from tinC-GFP; tinC>Ras85D V12S35 flies showed abnormal cardiac morphology compared with hearts isolated from flies expressing Ras85D V12G37 or Ras85D V12C40, or from controls that contained driver alone (Fig. 2F).

Microscopy of the heart showed thrombosis in small vessels and focal massive infiltrates of granulocytes and macrophages.

Electron microscopy of human heart tissue revealed dramatic differences in mitochondrial ultrastructure in amyloid cardiomyopathy, with loss of normal spatial distribution between mitochondria and cardiac myofilaments, as well as vacuolization, loss of cristae, swelling and enlargement (Supplementary Fig S4).

Electron microscopy of exemplary hearts from the control and the 6% HES group showed a tight glycocalyx at the endothelial surface at the end of perfusion protocols.

Immunostaining and confocal microscopy of whole-mount heart preparations were performed to investigate eMYH knockdown effects at a subcellular level.

Using multiphoton microscopy of the intact heart, we have recently shown that slow [Ca2+]c waves occur in cardiomyocytes during reperfusion, and that these precede mPTP opening.

Using multiple approaches, including OCT, confocal microscopy and histological analyses of heart wall thicknesses, we identify that the activation of EGFR and the downstream molecules Ras and Raf causes a reduction in cardiac lumen sizes at end-diastole and an increase in heart wall thicknesses in adult Drosophila.

All cases presented in this study underwent a standardized forensic autopsy with examination of all major organs, including microscopy of representative tissue samples (heart, lung, liver, kidney and brain with one myocardial sample per case regularly being taken from the left ventricular myocardium and one pulmonary sample per case from the right inferior lobe).

TUNEL (terminal deoxynucleotidyl transferase-mediated dUTP nick-end labelling) and EM (electron microscopy) were used to examine apoptosis of heart tissues.