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2nd International Conference and Expo on Cataract and Advanced Eye Care, will be organized around the theme “Colosseum of Cataract Cure”
Cataract and Advanced Eye Care 2018 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Cataract and Advanced Eye Care 2018
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Cataract is a thick, overcast region that structures in the eye's common lens. It creates at gradually and in the end begins meddling with the vision. Individuals may wind up with Cataracts in both eyes, yet they for the most part don't shape in the meantime. Cataract is an exceptionally normal subject to be talked about in the Ophthalmology Conferences. Cataract is one of the regular ailments in more seasoned people.50% of the populace in the United States and Europe have cataracts and have turned into the most widely recognized reason of vision misfortune on the planet.
- Track 1-1Age-Related Cataracts
- Track 1-2Vitrectomy and other vitreous surgeries
- Track 1-3Cataracts in post-keratoplasty patients
- Track 1-4Polar Cataract
- Track 1-5Management
- Track 1-6Epigenetic Factors of Cataract
- Track 1-7Posterior Sub capsular Cataracts
- Track 1-8Cortical Cataracts
- Track 1-9Nuclear Cataracts
- Track 1-10Traumatic Cataracts
- Track 1-11Secondary Cataracts
- Track 1-12Congenital Cataracts
- Track 1-13Sub Capsular cataract
With increasing age, everyone is at danger of cataract as it is an almost inevitable accompanyment with the process of ageing. By the age of 80, around 70 percent of individuals start suffering from cataracts. With developing age, ournatural lens of the eye turns out to be less adaptable, and thicker in curvature causing blurred vision without proper clarity or resolution. This majorly happens due to the accumulation of proteins on the lens with time. Maturing Age, ultraviolet radiation of sun and different disease as well as lifestyle conditions viz; diabetes, hypertension, obesity, smoking and hormone replacement therapy comprises of a huge portion of the regular cataract hazard factors. Cataract Risk Factors must be examined in all the ophthalmology congresses that will be organized in the coming years across the globe.
- Track 2-1Advancing Age
- Track 2-2Previous eye surgery
- Track 2-3UV Radiation
- Track 2-4Obesity and Hypertension
- Track 2-5Hormone replacement therapy
- Track 2-6Prolonged and Intense Myopia
- Track 2-7Smoking and Alcohol
- Track 2-8Diabetes
- Track 2-9Genetic
Due to aging as also other variable factors, when the natural lens of the eye loses its transparent nature and the opacity starts increasing, the most effective decision is to get rid of the cataract through surgery, like Cryoextraction is performed. In cataract surgery, the lens inside the eye that has started turning shady is removed and substituted with a mimicked lens (called an intraocular lens, or IOL) to restore clear vision. The system routinely is performed on an outpatient start and does not require an overnight stay in a center or other medical centers. Most present Cataract surgery incorporates the usage of a high-repeat ultrasound device that isolates the cloudy lens into little pieces, which are then delicately removed from the eye by suction. The upcoming American Ophthalmology Conference may likewise concentrate on Cataract surgery as this is the most widely recognized eye sickness everywhere across the world.
- Track 3-1Phacoemulsification
- Track 3-2Manual small incision cataract surgery (MSICS)
- Track 3-3Extra capsular cataract extraction (ECCE)
- Track 3-4Intracapsular cataract extraction (ICCE)
- Track 3-5Cryoextraction
- Track 3-6Intraocular Lens Implantation
- Track 3-7Use of Intra ocular antibiotics to prevent infection in cataract surgeries
A cataract is the development of a turbid or opaque layer over the lens of the eye, at the rear of iris inside the eye. The blurry and dull image will develop due to dense lens of the eye through which the light rays pass and gets scattered through the cloudy lens. Children can have congenital (birth) cataract or acquired cataract during later part of their development. As per the records and estimation, it is noted that one in every 250 children may get a cataract either in utero or during their growth after birth. A cataract can effect either single or both the eyes.
- Track 4-1Etiology
- Track 4-2Operative Techniques and Evaluation of the critical age for Pediatrics cataract
- Track 4-3Role of vision screening in diagnosis
- Track 4-4Morphology of Pediatric Cataracts
- Track 4-5Acquired or Juvenile Cataract
- Track 4-6Congenital or Infantile Cataract
- Track 4-7Epidemiology
- Track 4-8Management
- Track 4-9Diagnosis
- Track 4-10Post operative follow up, risks and medication
In many cases, the diagnosis of a cataract is fairly simple. However, in the prenatal population, although diagnosis is possible it is a bit more difficult. Ultrasounds have proven an effective method to detect cataracts in unborn children. It is imperative that they be detected early if present as cataracts in babies can result in blindness for life if not treated properly and quickly soon after birth.
During an eye exam, performed by an ophthalmologist or optometrist, there are several tests which may be administered to check for the presence of a cataracts.
- A visual acuity test will measure how well the individual can see while standing at various lengths from the cue card.
- A slip lamp exam uses a specialized microscope to increase the magnification of the eye. The specialist can then examine the eye in detail and up close.
- A tonometry test is a standard test which measures the fluid pressure inside the eye. The major finding in this test, if an increased pressure is detected, is the possibility of glaucoma.
- A dilated eye exam dilates the pupil. In this manner, the specialist is better able to view the lens to check for the present of a cataracts.
- Track 5-1Refraction Test
- Track 5-2Visual Acuity Test
- Track 5-3Slit-Lamp Examination
- Track 5-4Retinal Examination
- Track 5-5Tonometry
- Track 5-6Follow up till surgery and restrictions to avoid accidents
An intraocular lens (IOL) is a lens implanted in the eye used to treat Cataracts or astigmatism. These are installed in the midst of Cataract surgery, after the cloudy crystalline lens (likewise called a Cataract) has been removed. IOL replaces the primary crystalline lens, and gives the light focusing work at first grasped by the crystalline lens. It has been the major topics discussed in all the ophthalmology associations meeting. There are a couple of lens named as Monovision with Intraocular Lens that are put over the present trademark lens, and is used as a piece of refractive surgery to change the eye's optical power as a treatment for astigmatism or nearsightedness.IOLs were usually made of an unbendable material (PMMA), despite the way this has, all things considered, been superseded by the usage of versatile materials.
- Track 6-1Premium IOLs
- Track 6-2Toric IOLs
- Track 6-3Monovision with Intraocular Lenses
- Track 6-4Aspheric IOLs
- Track 6-5Blue Light-Filtering IOLs
- Track 6-6Light-Adjustable Lenses (LALs)
- Track 6-7"Piggyback" IOLs
The most widely recognized vision issues are refractive conditions or refractive errors, all the more normally known as partial blindness, farsightedness, astigmatism and presbyopia. Refractive blunders happen when the state of the eye keeps light from concentrating straightforwardly on the retina. The length of the eyeball (either more or shorter), changes fit as a fiddle of the cornea, or maturing of the lens can bring about refractive blunders. A great many people have one or a greater amount of these conditions. This ophthalmology meeting like AAO 2017 will examine about Infection in the prebyopia,astigmatism.
- Track 7-1Myopia
- Track 7-2 Hyperopia
- Track 7-3 Presbyopia
- Track 7-4Astigmatism
In case a man has a refractive bungle, for instance, incomplete visual impairment (partial blindness), farsightedness (hyperopia), astigmatism or presbyopia, refractive surgery is a methodology for changing or upgrading your vision. It has been the major topics discussed in the entire ophthalmology meeting. There are diverse surgical frameworks for reshaping in order to redress or adjusting your eye's focusing limit the cornea, or clear, round curve at the front of the eye. The most essential sort of refractive surgery is LASIK Refractive Surgery. Some Surgical procedure
- Track 8-1Phaco cataract surgery
- Track 8-2 LASIK (laser-assisted in situ keratomileusis)
- Track 8-3Wavefront LASIK
- Track 8-4 LASEK (laser epithelial keratomileusis)
- Track 8-5 PRK (photorefractive keratectomy), AK or RLI (astigmatic keratotomy) and RK (radial keratotomy)
- Track 8-6CK (conductive keratoplasty)
- Track 8-7Intacs corneal rings
- Track 8-8 RLE (refractive lens exchange) and PRELEX (presbyopic lens exchange)
- Track 8-9EpiLasik
Ophthalmic instruments help in different ophthalmic techniques to treat the illnesses and thus need to discuss in all Ophthalmology conferences and optometry conferences. As indicated by Ophthalmic Medical Devices, Diagnostics, and Surgical Equipment: Global Markets (HLC083B) from BCC Research, the worldwide business sector was esteemed at about $16.9 billion in 2012, up from just about $15.3 billion in 2010. The business sector is required to reach $20.2 billion in 2017, an expansion of almost $3.4 billion amid the estimate period and a compound yearly development rate (CAGR) of 3.7% from 2012 to 2017. Key markets in Europe incorporate Germany and the United Kingdom, where contact lens markets are entrenched. Open doors for development stay in numerous Western European districts and the lion's share of Eastern Europe. By 2017, the European contact lens business sector is anticipated to reach $2.8 billion, developing at a rate of 3% every year.
- Track 9-1Contact Lenses
- Track 9-2Spectacles
- Track 9-3Lacrimal Canula
- Track 9-4Phacoemulsification
Visual Neuroscience is a branch of neuroscience that focuses on the visual system of the human body, mainly located in the brain's visual cortex. The main goal of visual neuroscience is to understand how neural activity results in visual perception, as well as behaviors dependent on vision. In the past, visual neuroscience has focused primarily on how the brain (and in particular the Visual Cortex) responds to light rays projected from static images and onto the retina.While this provides a reasonable explanation for the visual perception of a static image, it does not provide an accurate explanation for how we perceive the world as it really is, an ever-changing, and ever-moving 3-D environment. The topics summarized below are representative of this area, but far from exhaustive.
- Track 10-1Face Processing
- Track 10-2 Perceptions of Light and Shadows
- Track 10-3Visual Saliency
- Track 10-4Eye Tracking methodology
- Track 10-5visuo-motor learning
- Track 10-6EEG
- Track 10-7Neuropsychology
Ophthalmologists are doctors who spend significant time in treating and diagnosing disorders of the eye. Such issues can incorporate maladies like cataracts or glaucoma; wounds; and defects in vision, like farsightedness, nearsightedness etc. On account of the detailed and intensive training under the degree of ophthalmology, the eye doctors regularly get referrals of patients with genuine eye issues from optometrists and family doctors. Coursework in a therapeutic school program incorporates general well being for example, life structures and physiology. To motivate the forthcoming ophthalmologists, Cataract 2018 has an exceptional session on ophthalmologists' vocation and training.
Optometry is a healthcare profession which involves examining the eyes and application of visual systems in order to detect defects or abnormalities as well as the medical diagnosis and management of eye disease. Traditionally, the field of optometry began with the primary focus of correcting refractive error through the use of spectacles. Modern day optometry, however, has evolved through time so that the educational curriculum additionally includes medical training in the diagnosis and management of ocular disease in countries where the profession is established and regulated. Optometrists (also known as Doctors of Optometry for those holding the O.D. degree or ophthalmic opticians in the U.K) are healthcare professionals who provide primary eyecare through comprehensive eye examinations to detect and treat various visual abnormalities and eye diseases. Being a regulated profession, an optometrist's scope of practice may differ depending on location. Thus, disorders or diseases detected outside the treatment scope of optometry are referred out to relevant medical professionals for proper care, more commonly to ophthalmologists who are medical doctors that specialize in advanced medical and surgical care of the eye. Optometrists typically work closely together with other eye care professionals such as ophthalmologists and opticians to deliver quality and efficient eyecare to the general public.
- Track 12-1Opthalmologic Opticians in the U.K.
- Track 12-2Licensing
- Track 12-3Representation
- Track 12-4Scope of Practice
- Track 12-5Training
The Ocular immune system protects the eye from infection and regulates healing processes following injuries. The interior of the eye lacks lymph vessels but is highly vascularized, and many immune cells reside in the uvea, mostly macrophages, dendritic cells, and mast cells. These cells fight off intraocular infections, and intraocular inflammation can manifest as uveitis (including iritis) or retinitis. The cornea of the eye is immunologically a very special tissue. Its constant exposure to the exterior world means that it is vulnerable to a wide range of microorganisms while its moist mucosal surface makes the cornea particularly susceptible to attack. At the same time, its lack of vasculature and relative immune separation from the rest of the body makes immune defense difficult. Lastly, the cornea is a multifunctional tissue. It provides a large part of the eye’s refractive power, meaning it has to maintain remarkable transparency, but must also serve as a barrier to keep pathogens from reaching the rest of the eye, similar to function of the dermis and epidermis in keeping underlying tissues protected in the skin. Immune reactions within the cornea come from surrounding vascularized tissues as well as innate immune responsive cells that reside within the cornea.
- Track 13-1Herpetic Corneal Infections
- Track 13-2Immune Responses of the Cornea
- Track 13-3Mucosa-Associated Lymphoid Tissue
- Track 13-4 Conjunctival Immune Response
- Track 13-5Lacrimal Immune Response
- Track 13-6Ocular autoimmune disorders
Besides other landmark and breakthrough miracles of human inventions, medical science has also come a very long way. Development of modern instruments, upgradation of the entire treatment procedures and life supporting aids towards the patients, it has indeed helped man to increase his average life span on earth. One of the most vital organs as well as one of the sense organs of human being eyes, are an indispensable part of our lives. Any visual problem with age or congenitally makes life difficult. But with time, cure for blindness, improved vision during old age, fast relief and cure from various critical eye infections have become easier and much more easily available to the global citizens.
- Track 14-1Nano-electronics focusing on artificial vision
- Track 14-2Stem Cell Therapy in ophthalmology
- Track 14-3Pterigiyum Surgeries
- Track 14-4Conjunctival autografting
- Track 14-5Amblyopia treatment
Recent studies show that the incidence of cataracts is much higher compared to that of diabetic retinopathy and Glaucoma. It has become the most common disease in aging adults and turns out to be an inevitable accompaniment during old age. "Prevention is better than cure"- this has been a motto for maintaenance of good health in humans for a very long period of time. Under circumstances where cataract has become such a wide occurence disease, and it has exposure to modern day environment behind its occurence as a major factor, prevention becomes an intelligent step that might avoid the occurence of this disease.
- Track 15-1Eye Nutrition
- Track 15-2Regular Follow up