Full Description
The 11 th Congress of SIDUO took place in the beautiful setting of Capri in springtime and was held in the impressive and stimulating atmosphere of the 'Certosa di S. Giacomo'. The organisation was sponsored by the SIEO, the 'Societa Italiana di Eco- Oftalmologia'. The Honorary President was Professor Antonio Rossi, Head of the University Department of Ophthalmology in Ferrara and one of the pioneers of Italy in this field. The organizing committee further consisted of: President: Prof. P. E. Gallenga, University Department of Ophthalmology, Chieti Vice President: Dr. G. Cennamo, University Department of Ophthalmology, Napels Scientific Secretary: Dr. J. M. Thijssen, University Department of Ophthal- mology, Nijmegen Treasurer: Dr. A. Reibaldi, University Department of Ophthalmology, Bari The organizing Committee was supported by an International Scientific Pro- gramme Committee: Regional Representatives: SIDUO Officers: G. Bellone (Torino) P. E. Gallenga (President) A. Bertenyi (Budapest) J. S. Hillman (Treasurer) D. J. Coleman (New York) B. L. Hodes (Vice-President) K. C. Ossoinig (Iowa City) J. M. Thijssen (Secretary) R. Sampaolesi (Buenos Aires) H. G. Trier (Past-President) A.
W. Sawada (Miyazaki) P. Till (Wien) As A Regional Advisory Committee served: Honorary Chairmen: A. Oksala (Turka), A. Alajmo (Venezia), A. Bonovolonta (Napoli) ix Chairmen: H. G. Trier (Bonn) M. Zingiran (Genova) Members: F. Bigar (Zurich) V. Mazzao (Ferrara) w. Buschmann (Wurzburg) 1. Poujol (paris) Z. Filipezynski (Warszawa) K. Psilas (Joannina) H. C. Fledelius (Rungsted Kyst) J. Preis ova (Brno) F. F. Fridman (Moscow) A. Rivara (Genova) H. Gernet (Munster) 1.
Contents
Section I. Instrumentation and Technology.- 1. Clinical performance measurements on ultrasonic transducers.- 2. Three-dimensional ultrasonography of ocular region.- 3. A mechanical sector scanner for ophthalmic ultrasonic diagnosis.- 4. The Ophthascan B: a new A-and B-scan unit.- 5. A system for computer controlled Doppler waveform analysis.- 6. Standards in ophthalmic ultrasonography.- 7. A new instrument for axial length measurement.- Section II. Tissue Characterization.- 8. Improvements on computer assisted echography.- 9. Ultrasonographic observations of ocular walls.- 10. Spectral analysis for ultrasonic tissue characterization.- 11. Texture of echographic B-mode images.- 12. Numerical expression in kinetic echography.- 13. In vivo measurement of the thickness of the retino-choroidal layers by RF-signal analysis.- 14. Retinal biometry by RF-signal analysis.- 15. Re-evaluation of scleral reflectivity in quantitative echography where sclera is examined.- Section III. Vitreoretinal and Choroidal Diseases.- 16. Ultrasonography as an aid in setting up an adequate therapy plan in the treatment of retinal detachment due to macular hole.- 17. Uveal effusion syndrome — idiopathic serous detachment of the choroid, ciliary body and retina.- 18. Echographic follow-up of Coats' disease.- 19. Intraocular foreign body localization by A- and B-scan echography.- 20. Echographic evaluation of bulbar phthisis.- 21. B-scan echography in 40 eyes treated by trabeculectomy.- 22. Recurrent spontaneous choroidal detachment: echographic follow-up.- Section IV. Intraocular Tumours and Leukokoria.- 23. Ophthalmic ultrasonography of pathologically proven ocular melanomas with a high resolution real-time small parts scanner.- 24. Analysis of a recent series (254 cases) of choroidaltumours.- 25. Echographic follow-up of choroidal melanoma after irradiation with Iodine 125.- 26. Ultrasonically diagnosed cystic ciliary body melanomas.- 27. A mushroom shaped pigmented pseudomelanoma (case report).- 28. Errors in the diagnosis of retinoblastoma.- 29. Ultrasonographic correlation in retinoblastoma.- 30. Highly reflective intraocular lesions.- 31. A case report of pigment epithelium hamartoma: echographic and clinical findings.- 32. Choroidal haemangioma, king size or normal size by ultrasound? A case report.- Section V. Orbital and Periorbital Tumours.- 33. The orbital involvement in some paraorbital lesions.- 34. The possibilities of application of ophthalmic ultrasound equipment in some head and neck diseases.- 35. Diagnosis of orbital metastases with standardized echography.- 36. Echographic differential diagnosis of congenital cystic lesions of the orbit.- 37. Echographic patterns of an orbital myxoma and schwannoma.- 38. Lacrimal gland region disorders.- Section VI. Extraocular Muscles and Optic Nerve.- 39. The echobiometric measurement of the extraocular muscles in normal subjects.- 40. Echographically determined changes of the optic nerve in hypertensive retinopathy (Stage IV).- 41. Echographic results in painful exophthalmos with ophthalmoplegia.- Section VII. Biometry.- 42. Proposal of a formula for evaluating the dioptric power of the posterior surface of the cornea.- 43. Contact techniques in ocular biometry, influences of intraocular pressure and probe contact pressure.- 44. A clinical comparison of the Cilco A-scan and Kretztechnik 7200 MA for preoperative biometry.- 45. Is ultrasonic biometry associated with keratometry reliable for evaluation of refractive errors in eyes with transparent media?.- 46. Ultrasonographic measurement of theposterior coats of the eye and their relation to axial length.- 47. Post surgery depth of anterior chamber after extracapsular cataract extraction with IOL: influence on definitive correction.- 48. The role of echography in adult glaucoma.- 49. Oculometric features of high myopia around the age of 35. A 10-year follow-up.- 50. Foetal ocular echobiometry: possibilities and limits.- 51. The reduction of error in intraocular lens power calculation.- Authors index.
