Whole body perinatal postmortem CT angiography

Postmortem CT and Autopsy in Perinatal Intracranial Hemorrhage

To improve interpretation of intracranial computed tomographic findings in vivo, postmortem computed tomography was correlated directly with autopsy findings in 105 specimens of human stillborn and live-birth infants, ranging in age from gestational week 13 to postnatal month 18. This study identifies the typical computed tomographic appearance of intradural and other hemorrhages, attempts to c...

Whole body TOF mouse magnetic resonance angiography

Introduction : Cardiovascular diseases, such as atherosclerosis, can induce the development of stenosis. These can become critical in pathologies such as coronary heart diseases and necessitate a surgical intervention. A whole body angiography is therefore required to localize stenosis at risk and to target interventions. First-pass magnetic resonance angiography (MRA) on humans provides a non-...

Non-contrast-enhanced Whole-body MR angiography

INTRODUCTION Vascular diseases typically affect the entire arterial systems, from the intracranial down to the pedal vessels. However, it is not easy to evaluate the whole-body vascular systems noninvasively within a reasonable time. Up until now, many non-contrast-enhanced MR angiography (MRA) methods have been developed based on variable principles or MR phenomena; then select the appropriate...

Carotid body detection on CT angiography.

BACKGROUND AND PURPOSE Advances in multidetector CT provide exquisite detail with improved delineation of the normal anatomic structures in the head and neck. The carotid body is 1 structure that is now routinely depicted with this new imaging technique. An understanding of the size range of the normal carotid body will allow the radiologist to distinguish patients with prominent normal carotid...

Revitalising postmortem coronary angiography.