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Literature DB >> 740160

Evaluation of cerebral infarction by computed tomography with special emphasis on microinfarction.

K F Lee, R A Chambers, C Diamond, C H Park, N L Thompson, D Schnapf, S Pripstein.

Abstract

Computed tomography has proved to be the most effective mode of evaluating cerebral infarction in 143 documented cases. This was especially true when multiple focal infarcts were present. The incidence of contrast enhancement in acute infarcts was 88%. Concomitant acute and old infarcts were observed in 20% of cases. In the acute stage of stroke, radionuclide studies are preferable to contrast angiography since the latter may aggravate the pre-existing focal ischemia. Follow-up CT and radionuclide scans were extremely useful in confirming the diagnosis and demonstrating various postinfarction sequelae.

Entities: Chemical Disease

Mesh：

Year: 1978 PMID： 740160 DOI： 10.1007/bf00395235

Source DB: PubMed Journal: Neuroradiology ISSN： 0028-3940 Impact factor: 2.804

11 in total

1. Cerebral infarction diagnosis by computerized tomography. Analysis and evaluation of findings.

Authors: K R Davis; J M Taveras; P F New; J A Schnur; G H Roberson
Journal: Am J Roentgenol Radium Ther Nucl Med Date: 1975-08

2. The "luxury-perfusion syndrome" following a cerebrovascular accident demonstrated by radionucleide angiography.

Authors: R M Snow; J W Keyes
Journal: J Nucl Med Date: 1974-10 Impact factor: 10.057

3. Nuclear cerebral angiography. Usefulness in the differential diagnosis of cerebrovascular disease and tumor.

Authors: H W Strauss; A E James; P J Hurley; F H DeLand; D C Moses; H N Wagner
Journal: Arch Intern Med Date: 1973-02

4. Angiography in cerebral infarction.

Authors: J M Taveras; J M Gilson; D O Davis; B Kilgore; C L Rumbaugh
Journal: Radiology Date: 1969-09 Impact factor: 11.105

5. Atheromatous ulceration in major neck vessels as a cause of cerebral embolism.

Authors: E H Wood; J W Correll
Journal: Acta Radiol Diagn (Stockh) Date: 1969

6. Cerebral angiography in ischemic cerebrovascular disease.

Authors: J Acheson; W N Boyd; A E Hugh; E C Hutchinson
Journal: Arch Neurol Date: 1969-05

7. Regional cerebral blood-flow in transient ischaemic attacks.

Authors: J E Rees; G H Du Boulay; J W Bull; J Marshall; R W Russell; L Symon
Journal: Lancet Date: 1970-12-12 Impact factor: 79.321

8. Radionuclide scanning and microangiography of evolving and completed brain infarction. A correlative study in monkeys.

Authors: G Di Chiro; E L Timins; A E Jones; G S Johnston; M K Hammock; S J Swann
Journal: Neurology Date: 1974-05 Impact factor: 9.910

6. Microinfarcts in an older population-representative brain donor cohort (MRC CFAS): Prevalence, relation to dementia and mobility, and implications for the evaluation of cerebral Small Vessel Disease.

Authors: P G Ince; T Minett; G Forster; C Brayne; S B Wharton
Journal: Neuropathol Appl Neurobiol Date: 2016-10-28 Impact factor: 8.090

6 in total

Evaluation of cerebral infarction by computed tomography with special emphasis on microinfarction.

1. Cerebral infarction diagnosis by computerized tomography. Analysis and evaluation of findings.

2. The "luxury-perfusion syndrome" following a cerebrovascular accident demonstrated by radionucleide angiography.

3. Nuclear cerebral angiography. Usefulness in the differential diagnosis of cerebrovascular disease and tumor.

4. Angiography in cerebral infarction.

5. Atheromatous ulceration in major neck vessels as a cause of cerebral embolism.

6. Cerebral angiography in ischemic cerebrovascular disease.

7. Regional cerebral blood-flow in transient ischaemic attacks.

8. Radionuclide scanning and microangiography of evolving and completed brain infarction. A correlative study in monkeys.

9. Contrast enhancement of cerebral infarcts in computed tomography.

10. "Vascular" cerebral infarctions demonstrated by serial gamma-camera scinti photography.

1. CT in hemispheric ischaemic attacks.

2. Reversible contrast-enhanced lesions of basal ganglia and brain stem on computed tomography.

3. Intravascular contrast injection in ischaemic lesions. II. Effect on prognosis.

4. Contrast enhancement in ischaemic lesions. I. Relationship to prognosis.

5. Contrast enhancement of cerebral infarcts. Incidence and clinical value in different states of cerebral infarction.

6. Microinfarcts in an older population-representative brain donor cohort (MRC CFAS): Prevalence, relation to dementia and mobility, and implications for the evaluation of cerebral Small Vessel Disease.