This year, Acta Radiologica marks its 100th anniversary. In this article, the authors present some of the highlights from the close collaboration between Swedish neuroradiology and Acta Radiologica over the last 100 years.
HenschenF. Die Akustikustumoren, eine neue Gruppe radiographisch darstellbarer Hirntumoren. Fortschr Röntgenstr1912;18:207–216.
2.
ForssellG. Teaching and training in medical radiology. Papers delivered at the Second International Congress of Radiology. Acta Radiol1930;11(Suppl. 4):1–247.
3.
DandyWE. Ventriculography following the injection of air into the cerebral ventricles. Ann Surg1918;68:5–11.
4.
DandyWE. Roentgenography of the brain after the injection of air into the spinal canal. Ann Surg1919;70:397–403.
5.
JacobaeusHC. On insufflation of air into the spinal canal for diagnostic purposes in cases of tumors in the spinal canal. Acta Med Scand1921;55:555–564.
6.
SicardJAForestierJ. The radiographic method of examining the epidural space by means of Lipiodol. Rev Neurol Paris1921;37:1264–1266.
7.
LysholmE. Apparatus for the production of a narrow beam of rays in treatment by radium at a distance. Acta Radiol1923;2:516–519.
8.
LysholmE. Eine Verbesserung des Forssell’schen Durchleuchtungsstativs. Acta Radiol1925:608–610.
9.
LysholmE. Apparatus for precise radiography. Acta Radiol1925;4:507–511.
10.
LysholmE. Combined urology and Bucky table. Acta Radiol1927:263–269.
11.
LysholmE. A magnifying stereoscope. Acta Radiol1926;5:109–111.
12.
LysholmE. Röntgenoskopischer Modellierungsapparat Auch für Quersektion und Lokalisation. Acta Radiol1926;7:190–192.
13.
LysholmE. Apparatus and technique for Roentgen examination of the skull. Acta Radiol1931;12(Suppl. 12):1–120.
14.
FishgoldHBullJA. A short history of neuroradiology. In: Klinische Forschung 1. Berlin: Schering AG:40–46.
15.
LysholmEEbeniusBSahlstedtH. Das Ventrikulogramm. I. TeiI. Röntgentechnik. Acta Radiol1935;16(Suppl. 24):1–74.
16.
LysholmEEbeniusBSahlstedtH. Das Ventrikulogramm. II. TeiI. Die Seitenventrikeln. Acta Radiol1935;16(Suppl. 25):1–198.
17.
LysholmEEbeniusBLindblomK. Das Ventrikulogramm. III. TeiI. Dritter und vierter Ventrikel. Acta Radiol1935;16(Suppl. 26):1–123.
18.
LindgrenEGreitzT. The Stockholm School of Neuroradiology. AJNR Am J Neuroradiol1995;16:351–360.
19.
TwiningEW. Radiology of the third and fourth ventricles. Br J Radiol1939;12:385–418. 569–598.
20.
DavidoffLMDykeCG. The normal encephalogram. Philadelphia, PA.: Lea & Febiger, 1937.
21.
LindgrenE. On the diagnosis of tumors of the spinal cord by the aid of gas myelography. Acta Chir Scand1939;82:303–318.
22.
LindgrenE. Some aspects on the technique of encephalography. Acta Radiol1949;31:161–177.
23.
LindgrenE. A pneumographic study of the temporal horn with special reference to tumours in the temporal region. Acta Radiol1948;29(Suppl. 69):1–151.
24.
LindgrenE. The technique of direct (percutaneous) cerebral angiography. Br J Radiol1947;20:326–331.
25.
LindgrenE. Percutaneous angiography of the vertebral artery. Acta Radiol1950;33:389–404.
26.
LindgrenE. Technique of abdominal aortography. Acta Radiol1953;39:205–218.
27.
LindgrenE. Another method of vertebral angiography. Acta Radiol1956;46:257–261.
28.
ArnellSLidstromF. Myelography with skiodan (Abrodil). Acta Radiol1931;12:287–288.
29.
ArnellS. Weitere Erfahrungen über Myelographie mit Abrodil. Acta Radiol1944;25:408–413.
30.
LindblomK. Eine anatomische Studie über lumbale Zwischenwirbelscheibenprotrusionen und Zwischen-wirbelscheibenbruche in die Foramina Intervertebralia hinein. Acta Radiol1941;22:711–721.
RadnerS. Intracranial angiography via the vertebral artery; preliminary report of a new technique. Acta Radiol1947;28:838–842.
33.
RadnerS. Vertebral angiography by catheterization; a new method employed in 221 cases. Acta Radiol1951;36(Suppl. 87):1–134.
34.
BromanTOlssonO. The tolerance of cerebral blood-vessels to a contrast medium of the diodrast group: An experimental study of the effect on the blood-brain-barrier. Acta Radiol1948:326–342.
35.
BromanTOlssonO. Experimental study of contrast media for cerebral angiography with reference to possible injurious effects on the cerebral blood vessels. Acta Radiol1949;31:321–334.
36.
WickbomI. Angiography of the carotid artery: a study of its value in the tumour diagnosis, especially in comparison with pneumography. Acta Radiol1948;29(Suppl. 72 Part 1):1–90.
37.
WickbomI. Angiography of the carotid artery: a study of its value in the tumour diagnosis, especially in comparison with pneumography. Acta Radiol1948;29(Suppl. 72 Part 2):1–141.
38.
SjögrenSEFredzellG. Apparatus for serial angiography. Acta Radiol1953;40:361–368.
39.
LittletonJT. For the record: the origin of the rapid serial sheet-film changer. AJR Am J Roentgenol1994;163(282).
40.
SeldingerSI. Catheter replacement of the needle in percutaneous arteriography; a new technique. Acta Radiol1953;39:368–376.
41.
JohansonC. The central veins and deep dural sinuses of the brain; an anatomical and angiographic study. Acta Radiol1954;42(Suppl. 107):1–184.
42.
GreitzT. A radiologic study of the brain circulation by rapid serial angiography of the carotid artery. Acta Radiol1956;140:1–123.
43.
LiliequistB. The subarachnoid cisterns. An anatomic and roentgenologic study. Acta Radiol1959;52(Suppl. 185):1–108.
FredzellGGreitzTGrepeA, et al.Mimer 3 and rotating chair. Acta Radiol Diagn (Stockh)1968;7:543–552.
46.
GreitzTGrepeA. Mimer II and rotating chair. Application in neuroradiology. Solna, Sweden: Elema-Schönander, 1967.
47.
GreitzTEllertssonAB. Isotope scanning of spinal cord cysts. Acta Radiol1969;8:310–320.
48.
GreitzTGrepeA. Encephalography in the diagnosis of convexity block hydrocephalus. Acta Radiol1971;11:232–242.
49.
WestbergG. Gas myelography and percutaneous puncture in the diagnosis of spinal cord cysts. Acta Radiol1966;4(Suppl. 252):1–67.
50.
GreitzTTörnellG. Bradycardial reactions during cerebral angiography: a comparison of Isopaque Sodium, Isopaque B. Hypaque and Urografin. Acta Radiol1967;6(Suppl. 270):75–86.
51.
GreitzTTeleniusRTörnellG. Influence of methylglucamine and calcium ions in Metrizoate (Isopaque) on the bradycardial effect in carotid angiography. Acta Radiol1967;6(Suppl. 270):208–215.
52.
GreitzTSjögrenSE. The posterior inferior cerebellar artery. Acta Radiol1963;1:284–297.
53.
GreitzTLaurénT. Anterior meningeal branch of the vertebral artery. Acta Radiol1968;7:219–224.
54.
WestbergG. The recurrent artery of Heubner and the arteries of the central ganglia. Acta Radiol1944;1:949–954.
55.
WestbergG. Arteries of the basal ganglia. Acta Radiol1966;5:581–596.
56.
KuruY. Meningeal branches of the ophthalmic artery. Acta Radiol1967;6:241–251.
57.
GabrielsenTOGreitzT. Normal size of the internal carotid, middle cerebral and anterior cerebral arteries. Acta Radiol1970;10:1–10.
58.
GreitzTSykB. Densitometric and visual evaluation of the circulation time in carotid antiography. A methodologic study. Acta Radiol1968;7:219–224.
59.
CronqvistSGreitzT. Cerebral circulation time and cerebral blood flow. Acta Radiol1969;8:296–304.
60.
WhiteEGreitzT. Subependymal venous filling sequence at cerebral angiography. Influence of grey and white matter distribution. Acta Radiol Diagn (Stockh)1972;13:272–285.
61.
LindgrenE. Computer tomography of brain lesions. Acta Radiol1975;16(Suppl. 346):1–160.
HatamABergvallULewanderR, et al.Contrast medium enhancement with time in computer tomography. Differential diagnosis of intracranial lesions. Acta Radiol1975;16(Suppl. 346):63–81.
64.
GreitzT. One year’s experience with computer tomography. Acta Radiol1975;16(Suppl. 346):7–13.
65.
AlménT. Contrast agent design. Some aspects on the synthesis of water soluble contrast agents of low osmolality. J Theor Biol1969;24:216–226.
66.
NymanUEkbergOAspelinP. Torsten Almén (1931–2016): the father of non-ionic iodine contrast media. Acta Radiol2016;57:1072–1078.
GrepeAGreitzTNorénG. Computer cisternography of extracerebral tumors using lumbar injection of water-soluble contrast medium. Acta Radiol1975;16(Suppl. 346):51–56.
69.
HindmarshTGreitzT. Computer cisternography in the diagnosis of communicating hydrocephalus. Acta Radiol1975;16(Suppl. 346):91–97.
70.
ErikssonLBohmCBergstromM, et al.One year experience with a high resolution ring detector positron camera system: present status and future plans. IEEE Trans Nucl Sci1980;27:435–444.
71.
LarssonSA. Gamma camera emission tomography. Development and properties of a multi-sectional emission computed tomography system. Acta Radiol1980;21(Suppl. 363):1–75.
