
White Book "A Vision for Horizon 2020"

A Vision for Horizon 2020 – A European Strategic Roadmap for Vision Research and Ophthalmology
This White Book aims at convincing the major stakeholders in Europe that Vision Research and Ophthalmology is a discipline not only at the forefront of research but also at the forefront of translation of its scientific results into clinical practice. It should increase the awareness of public and private funding organizations, political decision makers and companies about the further development of health research in Europe concerning especially eye health.
At present, the impact on the notable accomplishments of Vision Research and Ophthalmology in clinical and basic research and patient care in Europe are obviously underestimated in comparison to other areas of the life sciences and medicine. This lack of visibility to political decision makers, the general public, private patrons and public funding bodies is detrimental to the European vision community. An active communication process to clarify the importance of our research- and clinical activities in all their rich facets and more actively publicizing the success stories will foster and increase the intellectual and financial support from the public and private sector and, additionally, attract the most talented young scientists and medical doctors to join the field of Vision Research and Ophthalmology.
Availability
The White Book is available under:
A Vision for Horizon 2020 - A European Strategic Roadmap for Vision Research and Ophthalmology
Thomas H. Wheeler-Schilling, Jan Kremers, Eberhart Zrenner (Eds.)
172 pages, Shaker-Verlag Aachen, May 2012,
ISBN: :978-3-8440-0883-8
Table of Content
The table of content of the EuroVisionNet white book "A Vision for Horizon 2020 – A European Strategic Roadmap for Vision Research and Ophthalmology"
Introduction | 9 |
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Introduction | Eberhart Zrenner | 10 |
The Future of Vision Research and Ophthalmology from the Patient’s Perspective | Christina Fasser | 11 |
Challenges in Vision Research and Ophthalmology | Thomas Wheeler-Schilling | 13 |
Invited Statements | 17 |
Development of the Eye | Veronica van Heyningen | 18 |
Optics of the Eye | Susanna Marcos | 19 |
Optogenetic Vision Restoration | Botond Roska | 21 |
Circadian Rhythms in the Eye | David Hicks | 22 |
Zebrafish as Disease Models for Human Ocular Diseases | Stephan Neuhauss | 24 |
Drosophila as Disease Models for Human Ocular Diseases | Elisabeth Knust | 25 |
Mechanisms of Cell Death in the Retina | Christian Grimm | 26 |
Retinal Network | Thomas Euler | 28 |
Retinal Synapses | Johann Helmut Brandstätter | 29 |
The Network of Retinal Bipolar Cells | Leon Lagnado | 31 |
Retinal Ganglion Cell Function | Tim Gollisch | 32 |
The Network of Retinal Amacrine Cells | Karin Dedek | 34 |
Neuron-Glia Interaction in the Retina | Andreas Reichenbach | 35 |
Retinal Ciliopathies | Ronald Roepman | 37 |
Retinal Blood Flow | Leopold Schmetterer | 38 |
The Retinal Pigment Epithelium | Olaf Strauß | 39 |
Personalised Medicine in Ophthalmology | Peng Tee Khaw, Tony Moore, Phil Luthert, Munir Pirmohamed, Steve Brocchini | 41 |
Public Health and Epidemiology in Eye Diseases | Robert Finger | 45 |
Rare Diseases | José-Alain Sahel | 46 |
The Ageing Eye | Frank Holz | 48 |
Clinical Research Network in the European Union in Ophthalmology | José Cunha-Vaz | 49 |
Ophthalmogenetics: The vital Issue of sharing Resources, Tools, and Information | Frans Cremers | 51 |
Protein Networks in Ocular Diseases | Marius Ueffing | 53 |
Biomarkers in Eye Disease | Axel Petzold | 54 |
Ocular Oncology | Martine Jager | 56 |
Paediatric Ophthalmology: Addressing Life-Long Visual Dysfunction | D.L. McCulloch and G.N. Dutton | 58 |
Ocular Immunology | Uwe Pleyer | 59 |
Translational Approaches in Retinal Degenerative Diseases | Mathias W. Seeliger | 61 |
Electroretiniography | Jan Kremers | 62 |
Visual Mechanisms and their Neural Basis - Fundamental Visual Processes interacting with Cognition and various Ways of their Monitoring - Visual Comfort and Harmony: Its Role in [Big] Society | Ian Murray and Janus Kulikowski | 64 |
Refined Diagnostic Tools: (Conventional white-on-white) Perimetry | Ulrich Schiefer and Tunde Peto | 66 |
Refined Diagnostic Tools: VEP | Neil Parry | 67 |
Syndromic Retinitis Pigmentosa | Hélène Dollfus | 69 |
AMD: Looking into the Future of Evidence-Based Ophthalmology | Francesco Bandello | 70 |
Glaucoma | Norbert Pfeiffer | 71 |
Myopia | Frank Schaeffel | 72 |
Diabetic Retinopathy | Pascale Massin and Julien Perol | 74 |
The Neurobiological Basis of Ocular Surface Sensation in Normal and Pathological Conditions | Carlos Belmonte | 76 |
Cornea/Sclera | Farhad Hafezi | 78 |
Lens and Cataract | Jochen Graw | 79 |
Vitreo-Retinal Surgery | Sebastian Wolf | 81 |
Cataract | Jorge Alio | 82 |
Restitution of Vision in blind Patients by means of Electronic Retinal Implants | Eberhart Zrenner | 84 |
Gene Therapy Approaches | Yvan Arsenijevic | 85 |
Stem Cells as Therapeutic Tool for the Blind | Robert MacLaren | 87 |
Low Vision, Neuro-Ophthalmology and Vision Rehabilitation | Gary Rubin and Susanne Trauzettel-Klosinski | 89 |
Computational Vision | Mathias Bethge | 91 |
Colour Vision | Rigmor Baraas | 92 |
Evolution and Ecology of Vision | Dan-Eric Nilsson | 94 |
Visual Cortical Function in Patients with Macular Degeneration | Antony B. Morland and Heidi A. Baseler | 95 |
Imaging Techniques of the Human Visual Cortex | Serge O. Dumoulin | 97 |
Neural Plasticity in Human Visual System Pathologies | Michael Hoffmann | 98 |
Technology Transfer in Ophthalmology | 101 |
The Future of Private Public Partnerships in Ophthalmology and Visual Sciences | Jan Kremers | 102 |
Technology Transfer in Ophthalmology | Gearóid Tuohy | 105 |
Open Consultation | 109 |
Ophthalmic Molecular Imaging | FD Verbraak | 110 |
The European Glaucoma Diagnosis and Management Trial | Esther M. Hoffmann | 112 |
Retinal Differentiation of Bone Marrow-derived Stem Cells and its Translation to the Human System | Volker Enzmann | 113 |
Ophthalmic Epidemiology in Europe: The Complete Picture | Elena Prokofyeva, Jose Cunha-Vaz,Robert Finger, Frank Holz, Norbert Pfeiffer, José-Alain Sahel,Christian Wolfram, Eberhart Zrenner | 116 |
In Vivo Visual Processing in the Healthy and Diseased Retina of Humans and Animals | Jan Kremers | 121 |
Interviews | 123 |
The Researcher’s Perspective | 124 |
Women in Vision Research and Ophthalmology -Still a long way to go? | 132 |
Priorities in Vision Research and Ophthalmology | 138 |
Vital Lessons | 147 |
Vital Lessons of Researchers in Vision and Ophthalmology | 148 |
European Societies | 153 |
European Ophthalmological Societies | 154 |
Statement of the European Association for Vision and Eye Research (EVER) | 158 |
List of Contributors | 159 |