COURSE DETAILS

     

     Dear Colleagues:

            We are pleased to invite you to participate in the
     5th Annual Course and Workshop on software-aided Standardized Ophthalmic Echography.
     This year the course is offered at the
Augen-Beleg-Klinik Prof. Hasenfratz - Krankenhaus der Barmherzigen Brueder in Regensburg, Germany.

            The purpose of this course and workshop is to inform participants both at the beginning and the advanced levels about the method
     of Standardized Echography, the most advanced and useful ultrasonographic method in ophthalmology. This will be achieved through lectures,
     patient demonstrations and examinations, DVD movies and discussions. Special emphasis will be placed on revolutionary new software
     which transforms Standardized Echography into a much easier, faster and still more reliable and precise diagnostic and biometric method
     and allows for automated diagnoses and measurements.

            We will be pleased if you decide to participate in the Regensburg Course and also the Workshop.

     With kind regards,                                                                                                                                                    Course Faculty

PROGRAM  DIRECTORS

Prof.Dr.Gerhard Hasenfratz (Regensburg, Germany)

Prof.Dr.Karl Ossoinig (Iowa City, USA)


    

    COURSE   FACULTY

Dr. Elisabeth Frieling ( Munich , BRD )
Prof. Dr
. Gerhard Hasenfratz ( Regensburg , BRD )
P.D. Dr. Christian Mardin  ( Erlangen , BRD )
Prof. Dr. Karl C. Ossoinig ( Iowa City , USA )                 
Prof. Dr. Peter Till ( Vienna , A ) 


                                                          COURSE LOCATION

Augen-Beleg-Klinik Prof. Hasenfratz im Krankenhaus Barmherzige Brueder, Pruefeningerstrasse 86,  Regensburg, Germany  

 

  

COURSE TOPICS

            BASICS:

                              Physics, Instrumentation, Standardization, State of the Art in Software, Automation

 
           Examination Techniques:

      Standardized A-scan < posterior & anterior eye segments, orbit & periorbital region >

      B-scan (10 MHz, 20 MHz) < posterior & anterior eye segments, anterior orbit >   
                                 (50 MHz) < anterior eye segment >

          
   
        BIOMETRY for Intra-ocular Lens Calculations including 
                               new software for automated high-precision axial eye length measurements comparable to the precision of the IOL Master
           

     

 

  
DIFFERENTIAL DIAGNOSIS, Measurements and  MANAGEMENT  

      

                                                     INTRAOCULAR LESIONS

            Vitreous Conditions:
                              PVD (posterior, anterior), vitreo-schisis, adhesions, (sub) vitreal hemorrhages, posterior hyphemas, fibro-vascular membranes, 
                              asteroid hyalosis, foreign body tracts, inflammatory infiltrations, abscesses, luxated lens

            Retinal Diseases:
                              RD's (rhegmatogenous, exudative, hemorrhagic, tractional), breaks, opercula, disinsertions, folds,  cysts, retinoschisis, 
                              disciform lesions (dry, exudative, hemorrhagic),
cystoid macular degeneration, edema, macular holes, Berlin's edema,
                              tumors, (automated - A1) differentiation of retinal detachments from dense fibro-vascular membranes

            Choroidal Diseases:
                              Detachments (exudative, hemorrhagic, kissing), folds, thickening (hyperemia, infiltration), , calcifications, tumors

            Trauma and Foreign Bodies

              Inflammation / Endophthalmitis (early diagnosis)

            Malignant Melanomas and Pseudo-melanomas:
                              
(elevated choroidal nevi, melanocytomas, metastatic carcinomas, choroidal hemangiomas, lymphomas, osteomas, etc.)

            Retinoblastomas and Pseudo-gliomas (Leukokoria):
                              
PHPV, Coats' disease, endophthalmitis, ROP, toxocariasis, tuberous sclerosis, retinal dysplasia, etc.
                              

            Diseases of Ocular Wall :
                               staphylomas, colobomas, scleritis (anterior, posterior), panophthalmitis, phthisis

            Lesions of Anterior Eye Segment:
                              
synechiae, subluxated lenses, iris tumors, flat chamber, hyphaemas, glaucomatous changes, etc. 

 

  
ORBITAL and PERIORBITAL LESIONS

            Inflammation:
                           
orbital cellulitis, sinusitis, orbital abscesses

            Trauma and Foreign Bodies:
                           
emphysema, sub-periosteal hematomas

            Tumors:
                         
    lymphomas, pseudolymphomas, metastatic carcinomas, adenoid-cystic carcinomas, cavernous hemangiomas (adult), 
                                    infantile hemangiomas, rhabdomyosarcomas, benign mixed tumors of the lacrimal glands, cysts (dermoid cysts, serous cysts), 
                                    muco (pyo)celes,sarcomas of orbital bones, meningiomas, carcinoid metastases,congenital dacryoceles, hematomas, etc. 

            Diseases of Extraocular Muscles, e.g.:
                                     
Graves' Orbitopathy (diagnosis, measurement of muscle index, detection of optic nerve compression, management)
                                     
myositis, tumors, pareses

            Diseases of the Optic Nerve, e.g.:
                                      Optic Neuritis, Optic Atrophy, Tumors (gliomas, meningiomas, lymphomas, carcinosis, leucemic infiltrates), 
                                      papilledema vs. papillitis, optic disc drusen, colobomas, optic nerve compression, Increased intra-cranial pressure (IIH, Tumors)

            Diseases of Periorbital Sinuses:
                                     sinusitis, tumors (carcinomas, sarcomas, muco(pyo)celes,)

         

 
PROGRAM:
 

Lectures 1- 19: systematic presentation of the  Course Topics
                   Q
uestions & answers as well as discussions during and after the lectures     

            Demonstrations: Functions of instrument and examination techniques with patients  

 
Thursday, June 5, 2008

                8:00  AM         Registration
   
             8:40                Welcome and Introduction
   
             8:45                Lecture 1
   
             9:45                Coffee Break
   
           10:05                Lecture 2
   
           11:05                Break
   
           11:20                Lecture 3
   
           12:20  PM         Lunch Break
   
             1:20                Lecture 4 
   
             2:20                Break&Refreshments 
   
            2:40                Lecture 5
   
             3:40                Break
   
             3:50                Lecture 6
   
             5:00 - 6:00      Demonstration I

 

Friday, June 6

                8:30    AM       Lecture 7
   
             9:30                Coffee Break
   
             9.50                Lecture 8
   
           10:50                Break
   
           11:00                Lecture 9
   
           12:00    PM       Lunch
   
             1:00                Demonstration II
   
             2:00                Lecture 10
   
             3:00                Break&Refreshments
   
             3:20                Lecture 11
   
             4:20                Break
   
             4:35                Lecture 12
   
             5:35                Break
   
             5:45  -  6:30     Lecture 13

Saturday, June 7

                8:30    AM       Lecture 14
   
             9:30                Coffee Break
   
             9.50                Lecture 15
   
           10:50                Break
   
           11:00                Lecture 16
   
           12:00    PM       Lunch Break
   
             1:00                Demonstration III
   
             2:00                Lecture 17
   
             3:00                Break&Refreshments
   
             3:20                Lecture 18
   
             4:20                Break
   
             4:30 - 5:30      Lecture 19
   
             7:00                Course Dinner


COURSE INSTRUMENTS:

                          Cine-Scan S (Quantel Medical, France), newest fully standardized, digital A & B scan instrument with analog screen display and  
                                            digital processing,
complete with cine-loops, sensitivity (gain) adjustments of frozen images, and newest software 
                                            allowing for various automated settings (e.g., measurements, quantitative results, angle kappa) and  
                                            automated diagnoses
(e.g., retinal detachments, membranes).

          Standardized A-scans for diagnosis and biometry of anterior and posterior eye segments and entire orbit 
                      B-scans: low- frequency (10 MHz) & high-frequency (20 MHz) for diagnosis of anterior and posterior eye segments
                                       
and anterior orbit
Ultrasound Biomicrocopy: UBM (Humphrey-Zeiss, USA): 50 MHz, 
                                       AVISO (Quantel, France): 50 MHz, 
VuMAX (Sonomed, USA):  35 and 50MHz,  for evaluation of anterior eye segment.
.   

 


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