Experimental modeling of eye contusion of various severity in different animals
Journal: Oftalmologicheskii zhurnal (Vol.2014, No. 1)Publication Date: 2014-02-20
Authors : T. A. Krasnovid; S. K. Aslanov; N. P. Grubnyk;
Page : 114-118
Keywords : modeling of eye contusion; device;
Abstract
Introduction. The severety of outcomes of eye contusion are of current interest, so it is very important to study structural changes and possibilities of their correction in experiments. Purpose. To create the device for experimental modeling of eye contusion of various severity in different animals. Material and methods. There is the device with kits of springs, missile projectiles with different mass and form. Eye contusion in animals is modeled by this device with springs, missile projectiles orpeen. Results. The device with missile and impact mechanisms is found. It allows to model eye contusion of various severity through open eyelids in rabbits and rats. Conclusion. This device allows to model standart eye contusion of various severity in animals with different eye sizes (rabbits, rats), to perform dynamic analysis of impact action, to calculate area-normalized kinetic energy.
Other Latest Articles
- Dynamics of immune response to exogenous Staphylococcus aureus endophthalmitis with using antibacterial photodynamic therapy with methelene blue and intravitreal antibiotic in a rabbit model
- Content of amine nitrogen and hydroxy-proline in the cornea when using an intravenous infusion of cytoflavin in the treatment of alkaline burn
- Influence of retrobulbar tissue acetaldehyde on changes in morphofunctional state of retina, choroid and optic nerve in experimental chronic alcohol intoxication
- Electronic ? microscopic study of the ultrastructure of the chorioretinal complex of rats in dynamics after introduction of the increased dose of methanol
- Experimental study of the influence of short-term tamponade with perfluorine organic compounds on the bioelectric functional activity of the retina of the rabbit eye
Last modified: 2015-01-21 19:33:20