Czech Radiology, 2022 (vol. 76), issue 3
Lumbar spine disorder as a new occupational disease and the role of imaging methods in its acknowledgementReview article
Miroslav Heřman, Pavel Urban, Edvard Ehler, Marie Nakládalová
Ces radiol. 2022, 76(3):151-157 | DOI: 10.55095/CesRadiol2022/019 
Magnetic resonance imaging of the lumbar spine (CT in case ofcontraindications) is an important part of the process of recognizing lumbarspine disorder as an occupational disease.
Photon-counting CTReview article
Lucie Súkupová
Ces radiol. 2022, 76(3):158-166 | DOI: 10.55095/CesRadiol2022/020
This article summarises differences between a conventional CT withenergy-integrating detectors and a CT with photon-counting detectors.Furthermore, it describes principles of data acquisition for ultra highresolution and for spectral imaging.
Polytrauma on CT - comparison of Czech and Austrian hospitalOriginal article
David Máchal, Petr Špiroch, Tomáš Fürst, Miroslav Heřman, Kateřina Máchalová Schovánková, Zuzana Sedláčková
Ces radiol. 2022, 76(3):167-171 | DOI: 10.55095/CesRadiol2022/021
In both countries, the most common causes of polytrauma are car accidents, andthe severity of injuries increased significantly with age. The average age ofpatients in the Austrian hospital was higher, and patients with a higheraverage ISS value were discharged home without hospitalization.
Morphometry of the main abdominal splanchnic arteries of domestic pig - a pilot study
Lada Eberlová, Hynek Mírka, Václav Liška, Lucie Kepková, Lucie Wiesnerová, Jiří Ferda
Ces radiol. 2022, 76(3):172-178 | DOI: 10.55095/CesRadiol2022/022
The celiac artery (AC), the cranial mesenteric artery (AMC), and both renalarteries (AR) departed in both sexes of the domestic pig (N = 13, weight 28-33kg), Přeštice black-pied breed, from the abdominal aorta most often in acaudally sharp angle. Aorta narrowed caudally, in the segment between the ACand AR from 1.1 cm to 0.9 cm (by 19%). The largest branch was the cranialmesenteric artery (0.7 cm). The average values of the lumen root diameter (P)of the measured arteries were: P (AC) = 0.6 cm, P (AMC) = 0.7 cm, P (ARD, ARS)= 0.5 cm. In females, the right renal artery was wider (p = 0.007). Thegreatest variability was proved at the exit angles of the AC and ARS(coefficient of variation > 30, standard deviation > 20).