1914
DOI: 10.1007/bf02869175
|View full text |Cite
|
Sign up to set email alerts
|

Die anatomische projektion der macula im corpus geniculatum ext

Abstract: W~hrend die Frage, welche die l~berschrift der vorliegenden Abhandlung bildet, ob die Macula im Corpus geniculatum ext. eine begrenzte Vertretung habe, und welche, in verschiedenen Abhandlungen auf Grund theoretischer Betrachtungen und klinischer Untersuchungen einer Debatte unterworfen war, ist die Zahl der anatomischen Untersuehungen bisher iiul3erst gering gewesen. Es liegt nattirlieh vor allem daran, da[3 das klinische Krankheitsbild, (las begrenzte maculare hemiauopische Skotom (Wilbrand), dessert anatomi… Show more

Help me understand this report

Search citation statements

Order By: Relevance

Paper Sections

Select...
1
1

Citation Types

0
2
0

Year Published

1933
1933
2004
2004

Publication Types

Select...
6
1

Relationship

0
7

Authors

Journals

citations
Cited by 18 publications
(2 citation statements)
references
References 7 publications
0
2
0
Order By: Relevance
“…Our measurements confirm and extend what is known about the human LGN by providing detail of its topographic organization and quantitative measures of magnification factors for polar angle and eccentricity. Until recently, the topography of the human LGN could only be studied through comparisons of clinical visual defects and cortical or retinal lesions to LGN degeneration observed postmortem (Rönne, 1910(Rönne, , 1913(Rönne, , 1914Mackenzie, 1934; Juba and The responses for three subsets of voxels within the left and right LGN are shown for the 100 and 10% contrast stimulus. The time series were averaged over the selected voxels within the LGN for each subject and over six to eight scanning runs, and then averaged over five subjects (S1-S4, S6) and temporally smoothed.…”
Section: Topographic Organization Of the Lgn In Macaque And Humanmentioning
confidence: 99%
“…Our measurements confirm and extend what is known about the human LGN by providing detail of its topographic organization and quantitative measures of magnification factors for polar angle and eccentricity. Until recently, the topography of the human LGN could only be studied through comparisons of clinical visual defects and cortical or retinal lesions to LGN degeneration observed postmortem (Rönne, 1910(Rönne, , 1913(Rönne, , 1914Mackenzie, 1934; Juba and The responses for three subsets of voxels within the left and right LGN are shown for the 100 and 10% contrast stimulus. The time series were averaged over the selected voxels within the LGN for each subject and over six to eight scanning runs, and then averaged over five subjects (S1-S4, S6) and temporally smoothed.…”
Section: Topographic Organization Of the Lgn In Macaque And Humanmentioning
confidence: 99%
“…Crossing of parts of the optic nerve fibers in the chiasm was first suggested by Newton in 1704, but was not generally accepted until early in the nineteenth centrury. Around 1900 it was realized that the position of the nerve fibers in the visual pathways was closely related to the topography of the retina (Henschen 1893, Wilbrand-Saenger 1906), and Ronne (1914), based on postmortem examination of patients, gave further details of the fiber course in the chiasm and found that the crossing of the papillomacular bundle took place mainljr in the posterior part of the chiasm.…”
Section: Discussionmentioning
confidence: 99%