Predictive models were fitted to explore the association between retinal vascular geometry and development of renal dysfunction (AER >7.5 μg/min) for those with normal renal function at baseline (n = 511).
To examine the relationship between retinal vascular geometry parameters and development of incident renal dysfunction in young people with type 1 diabetes.
The recent progress in the fabrication of nanowires using well-controlled techniques (both epitaxial and etching) could allow for geometry optimization and development of efficient thermoelectric applications based on modulated nanowires.
Introduction by Mohsen Mostafavi The late Robin Evans (1944-1993) was a highly original historian of architecture whose writings covered a wide range of concerns: society's role in the evolution and development of building types, aspects of geometry, modes of projection, military architecture, representation of all kinds.
Sometimes the geometry guided the development of concepts in analysis, and sometimes it was the reverse.
Due to the limited amount of material available and the unique geometry of the disks, test specimen design and development of fixturing for machining operations were critical aspects of this work; multiple designs were considered and refined during mock-up testing on unirradiated disks.
To examine the association between retinal vascular geometry and subsequent development of incident retinopathy in young patients with type 1 diabetes.
This investigation focuses on the experimental developments of the geometry and test set-up necessary in order to determine the compression failure mechanism of small wood block specimens reinforced with CFRP loaded in compression parallel to the grain.
For the contour method, the cylindrical geometry necessitated the development of a two-step process, and discontinuities across the unwelded portion of the joint required special treatment.
