5^th International Conference on Eye and Vision August 11-12, 2022 Berlin, Germany

Track 1: Retinal Structure and Function

The retina is a visible part of the focused sensory system, it has been extensively researched. There are two sections of the human retina that are reliant on physiology and morphology. Neuron perikarya or neural cycles are the distinct retinal layers that make up neuron perikarya. The other distinction is between the retina's focal (macula, fovea) and fringe sections. Color epithelium, photoreceptor, flat, bipolar, amacrine, ganglion, and glial cells are important cell types in the retina, and understanding their roles in both healthy and unhealthy retina remains a difficulty.

• Anatomy of Retina
• Light Sensitivity
• Light Sensitivity
• Retinal Damage
• Retinal Transplant

Track 2: Corneal and Ocular Immunology

The interdigitated components by which an organism form shields itself from the microbiological diseases called the immune system. The eye is "immunologically special" because the cornea acknowledges allografts. Despite the basic accomplishment of corneal unions, nonetheless, the visual surface should ceaselessly battle contamination with a variety of immunological hardware. This incorporates mechanical security just as components of humoral, cell, versatile, and natural insusceptibility in the tears, conjunctiva, and cornea.

Track 3: Eye Movements and Vision

The voluntary or involuntary movement of the eyes is included in this process, which aids in acquiring, concentrating, and tracking visual enhancements. These signals proceed through the optic nerve fibres to the brain, where they are translated into vision by the visual cortex. Any variation in the location of the eye in its circle is considered an eye movement. There are several types of eye movements, each of which is classified into one of several categories. The primary purpose of eye movements is to improve visual acuity by keeping images fixed on the retina and reducing blur.

• Saccades
• Vergence Movements
• Neuroanatomy
• Multiple Sclerosis

Track 4: Visual and Cognitive Neuroscience

The study of neural cycles in the mind's core visual and psychological capacities is known as visual and cognitive neuroscience. The morphological architecture of various portions of the cerebral cortex supporting a wide variety of capacities is almost same, suggesting that a typical neural circuit can modify the contribution to the amazing capacity that the area intercedes. As we continued our search for the standard microcircuit, the critical visual cortex is allegedly the place that has been more thoroughly investigated than any other mind area.

• Optic Neuropathy
• Nerve Disorders
• Hyperphantasia
• Blindness

Track 5: Clinical and Surgical Ophthalmology

The clinical and surgical therapy of retinal and vitreoretinal infection is covered in this paper. Signs of local, fundamental, and inherited infections that affect the retina and glassy are among the illnesses addressed. Clinical ophthalmology is concerned with the examination and diagnosis of various eye problems, much as systems are concerned with the treatment of ophthalmic patients. It also includes research related to ophthalmic meticulous inspections, translational research, and visual therapies.

• Optical soundness tomography
• Ischemia
• Trabeculectomy
• Phacoemulsification
• Birdshot Chorioretinopathy
• Corneal Astigmatism

Track 6: Clinical Trials and Research

Clinical trials are studies that examine how effective a clinical, surgical, or social intervention will be in individuals. Clinical trials for eye infections and illnesses can take a long time to complete and cost a lot of money, but they are the safest known method of developing new drugs and treatments for illness. Clinical studies entail specific clinical exploration. The majority of clinical research begins with concentrates in test tubes and animals. Individuals may be tested on medicines that have shown promise in these early studies. Giving a new therapy a try in a clinical study is the only definite way to see if it's safe, effective, and better than existing treatments.

• Herpes of the Eye
• Investigator in Clinical trial
• The sight of Premature Infants

Track 7: Diabetes-Retinopathy

Diabetic retinopathy is an eye condition that affects people who have diabetes. When excessive glucose levels injure the retina's veins and neurons, this is known as diabetic retinopathy. These veins have the potential to expand and leak. The most noticeable changes in diabetic retinopathy include narrowing of the retinal conduits due to decreased retinal bloodstream brokenness of the inward retina's neurons, which is followed in later stages by changes in the external retina's capacity, which is linked to unobtrusive changes in visual capacity.

• Proliferative Diabetic Retinopathy
• Cataract Surgery
• Pathogenesis
• Laser Photocoagulation

Track 8: Ocular Physiology

The eye's genuine potential is based on its ability to receive and process energy from light in the environment, generate activity possibilities in specific nerve cells, and transmit those possibilities to the mind via the optic nerve. The cornea, iris, ciliary body, and focal point all play a role in directing and focusing light onto the visible portion of the eye. The choroid, fluid, and vitreous humour, as well as the lacrimal framework, are important for physiological balance, correct pressing factor maintenance, and the survival of visual tissues. The physiology of the tears, cornea, focal point, glassy, and retina is studied in ocular physiology. Because the structure-work interaction is inseparable, understanding the physiology of the eye is a prerequisite for considering its design.

• Eye Ball Anatomy
• Mucopolysaccharidoses
• Eye Structure and Function

Track 9: Paediatric-Ophthalmology

If the child wants to grasp the reality of complete worth, he or she must have excellent eyesight. According to clinical specialists, the number of children with vision framework disease has increased significantly during the previous 10–15 years. The major issue is that newborns' eyesight develops properly. The development of the visual organ begins shortly after a child is introduced to the world and continues until the age of 12–14. The majority of vision impairments may be addressed without the need for attentive intervention throughout the early years of a child's life.

• Hyperopia
• Strabismus
• Astigmatism
• Amblyopia
• Ophthalmosurgery

Track 10: Intraocular Cancer

Eye cancer is a blanket phrase that refers to a variety of cancers that can develop in various areas of the eye. It occurs when healthy cells in or around the eye mutate and grow uncontrollably, becoming a tumour. It is possible for a tumour to be benign or malignant. The development of a malignant tumour in the eye is unusual. It can affect the eyelid, which is made up of muscles, skin, and nerves, as well as the outward portions of the eye. The illness can also extend from other regions of the body to the eye.

• Retinoblastoma
• Melanoma
• Lymphoma
• Hemangioma
• Conjunctival melanoma
• Eyelid carcinoma
• Sclerouvectomy
• Radiation therapy

Track 11: Aging and Vision Impairment

Vision loss in the elderly is a serious medical concern. By the age of 65, one out of every three people has some form of vision-decreasing eye disease. The loss of focused vision is a symptom of age-related macular degeneration. Optic nerve damage and vision loss are caused by essential open-point glaucoma. For elderly individuals, routine screening evaluations are recommended because this illness may be asymptomatic at first. A cataract is a common cause of vision loss in the elderly; nonetheless, the medical technique is usually effective in restoring eyesight. Diabetic retinopathy can be detected in the elderly at the time of diagnosis or during the first few months of diabetes.

• Presbyopia
• Keratoconjunctivitis Sicca
• Glaucoma
• Age-related Macular Degeneration
• Temporal Arteritis

Track 12: Refractive and Cataract Surgery

The key difference between the two is The technique for refractive cataract surgery begins in the same manner as a conventional cataract treatment does. The natural focus point of the eye is removed. However, it is replaced by a high-level multi-central focus point, which alters the eyesight as well. Astigmatism, as well as near and farsightedness, can be treated by refractive cataract surgery. Treatment options in eye care are expanding as technology progresses. Standard cataract surgery was formerly the only treatment option for avoiding cataract surgery and restoring perfect eyesight. With today's best-in-class advancements, cataract surgery removal has become increasingly enticing in terms of vision correction. Refractive surgery is becoming increasingly popular as people choose long-term vision correction to short-term vision correction such as spectacles and contact lenses.

• Refractive Errors
• Presbyopia
• Myopia
• Hyperopia

Track 13: Visual Rehabilitation

The word "vision rehabilitation" refers to the clinical recovery of eyesight or reduced vision. As a result, it is the best technique to re-establish utilitarian ability while also boosting personal happiness and autonomy in someone who has lost their vision due to illness or accident. The majority of vision restoration services are focused on poor vision, which is a visual impairment that cannot be entirely corrected with standard eyeglasses, contact lenses, medicines, or surgical procedures. Low eyesight impairs one's ability to conduct everyday tasks. Factors such as mental illness, eyesight misfortune, and others might cause visual weakness. These services include a combination of acquiring everyday and business-related skills, as well as the use of appropriate low vision devices and changed direction.

Track 14 : Eye Care Equipment

• Tonometer
• Phoropter
• Phoropter
• Retinoscope
• Autorefractor
• Snellen Chart
• Retinal Camera
• Ophthalmoscope
• Vt 1 Vision Screener

Track 15: Research and Advancements in Eye Health

• Artificial Intelligence Diagnosis
• Robotic Eye Surgery
• Laser Treatment
• Gene Therapy
• Bionic Eye