Journal of the Australian Mathematical Society, 1973
Let n be a positive integer and let T be any nonempty set of positive integers. By (n, T) = 1 we ... more Let n be a positive integer and let T be any nonempty set of positive integers. By (n, T) = 1 we men n is relatively prime to each element of T. Hence n can be written as n = n1n2 where n1 is the largest divisor of n such that (n1, T)= 1. Let P be a property associated with positive integers. We shall say that a positive integer n is a P-number if it satisfies the property P. If in the above representation of n, the integer n1 is a P-number. then we shall say that n is a quasi P-number relative to T, or, simply, a quasi P-number. In particular, for k a positive integer >1, n is quasi k-free for given set T) if n1 is k-free.
L'invention concerne un systeme histologique qui comprend une base de donnees, notamment des ... more L'invention concerne un systeme histologique qui comprend une base de donnees, notamment des images histologiques et des informations quantitatives concernant des caracteristiques utiles du point de vue du diagnostic des echantillons histologiques, une procedure d'inspection permettant d'examiner un objet suspect, et des outils d'analyse permettant de comparer les donnees obtenues localement avec celles stockees dans la base de donnees et d'appliquer des algorithmes de classification sur la base de diagnostics histologiques derives heuristiquement.
The purpose of this study was to describe the distribution of Muller cell within the peripapillar... more The purpose of this study was to describe the distribution of Muller cell within the peripapillary retinal nerve fiber layer (RNFL) in human eyes. Eleven unpaired normal postmortem eyes were recruited into this study. Each eye was sectioned using the "umbrella technique" to obtain a concentric peripapillary ring centered on the optic disc, with a diameter of 3.0 mm. Immunohistochemistry with anti- CRALBP stained Muller cell within each ring. The RNFL thickness measurements around the peripapillary ring were: 262.5, 339.4, 285.4 and 347.5 μm for the temporal, superior, nasal and inferior quadrants, respectively. Muller cell were found to be unevenly distributed in the peripapillary RNFL of normal eyes. The relative Muller cell staining to the thickness of each measured segment (16.6%, 15.2%, 21.3%, and 17.9% for the temporal, superior, nasal and inferior quadrants, respectively) showed a significant increase in the nasal quadrant. The RNFL thickness measurements obtained us...
Journal of the Australian Mathematical Society, 1973
Let n be a positive integer and let T be any nonempty set of positive integers. By (n, T) = 1 we ... more Let n be a positive integer and let T be any nonempty set of positive integers. By (n, T) = 1 we men n is relatively prime to each element of T. Hence n can be written as n = n1n2 where n1 is the largest divisor of n such that (n1, T)= 1. Let P be a property associated with positive integers. We shall say that a positive integer n is a P-number if it satisfies the property P. If in the above representation of n, the integer n1 is a P-number. then we shall say that n is a quasi P-number relative to T, or, simply, a quasi P-number. In particular, for k a positive integer >1, n is quasi k-free for given set T) if n1 is k-free.
L'invention concerne un systeme histologique qui comprend une base de donnees, notamment des ... more L'invention concerne un systeme histologique qui comprend une base de donnees, notamment des images histologiques et des informations quantitatives concernant des caracteristiques utiles du point de vue du diagnostic des echantillons histologiques, une procedure d'inspection permettant d'examiner un objet suspect, et des outils d'analyse permettant de comparer les donnees obtenues localement avec celles stockees dans la base de donnees et d'appliquer des algorithmes de classification sur la base de diagnostics histologiques derives heuristiquement.
The purpose of this study was to describe the distribution of Muller cell within the peripapillar... more The purpose of this study was to describe the distribution of Muller cell within the peripapillary retinal nerve fiber layer (RNFL) in human eyes. Eleven unpaired normal postmortem eyes were recruited into this study. Each eye was sectioned using the "umbrella technique" to obtain a concentric peripapillary ring centered on the optic disc, with a diameter of 3.0 mm. Immunohistochemistry with anti- CRALBP stained Muller cell within each ring. The RNFL thickness measurements around the peripapillary ring were: 262.5, 339.4, 285.4 and 347.5 μm for the temporal, superior, nasal and inferior quadrants, respectively. Muller cell were found to be unevenly distributed in the peripapillary RNFL of normal eyes. The relative Muller cell staining to the thickness of each measured segment (16.6%, 15.2%, 21.3%, and 17.9% for the temporal, superior, nasal and inferior quadrants, respectively) showed a significant increase in the nasal quadrant. The RNFL thickness measurements obtained us...
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