HYDROGEL QUALITIES OF THE VITREOUS
L. Sallmann
Abstract
L. Sallmann
Abstract
It is known that a large part of the vitreous fluid is water bound by capillary attraction and ready to escape when the vitreous is injured. Only a small amount of the fluid is colloidally bound to the substrate of the fibrils as hydration water. These conditions explain the primary difference in the results of volumetric investigations with varying technics. For reasons mentioned in a previous paper1the vitreous should be examined in toto. Important as observations on the expansion of isolated fibrillar substance may be, it is of course not feasible to draw conclusions about volume changes of the vitreous from them. In the more frequently used method of recent investigators, pieces were cut from different parts of cattle vitreous and were found to decrease steadily in a physiologic milieu. This decrease, probably caused by the uncontrolled escape of capillary fluid, was prevented in our experiments by avoiding
OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
It is known that a large part of the vitreous fluid is water bound by capillary attraction and ready to escape when the vitreous is injured. Only a small amount of the fluid is colloidally bound to the substrate of the fibrils as hydration water. These conditions explain the primary difference in the results of volumetric investigations with varying technics. For reasons mentioned in a previous paper1the vitreous should be examined in toto. Important as observations on the expansion of isolated fibrillar substance may be, it is of course not feasible to draw conclusions about volume changes of the vitreous from them. In the more frequently used method of recent investigators, pieces were cut from different parts of cattle vitreous and were found to decrease steadily in a physiologic milieu. This decrease, probably caused by the uncontrolled escape of capillary fluid, was prevented in our experiments by avoiding
Key concepts: Capillary action, Chemistry, Materials science, Ophthalmology, Composite material, Medicine