No Line Bifocal in 33016

Searching for No Line Bifocal in 33016? Miami Lakes Family Eye Care Center would like to offer you an invitation to visit at our state of the art practice. Nowadays, it has become difficult to compare apples to apples when it comes to No Line Bifocal in 33016. That truth is that not all vision centers in 33016 are the same, there for you should do the same research if looking for no line bifocal as if you was looking to contract a dentist, in fact even more so, since our vision is at stake! Don’t matter if you’re looking for No Line Bifocal in Biscayne Bay View Coral Gables or in West Little River give Lakes Family Eye Care Center a try…

Be part of our family, come see why Miami Lakes Eye Care Center is the prefer option for No Line Bifocal in 33016…

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How Frequently Do You Need To Get Eye Exams?

There are a lot of responses with regards to knowing how frequently you must get eye examinations. If you want to know what you ought to anticipate getting in the way of eye exams, we’re here to help you. This is some information on how regularly you ought to get the eyes looked at from a professional.

Lots of eye doctor will explain that you need an eye exam at least once annually. Some say that once or twice annually is much better, especially if you have any conditions that require your eyes to be considered for things like damage done to them by the disease. Take your eye wellbeing seriously if you do not, they could get in worse shape. The more you wait for an eye exam, the greater your chances are to face troubles you will not even imagine.

You have an idea of how often you need to get eye tests. You need to be sure you are going in one or more times each year or more if you have health conditions that need more regular visits. Locate an eye doctor near you and go see them straight away in the event you haven’t had a checkup for a while. And don’t forget that Lakes Eye Care is the top option if you are looking for No Line Bifocal in 33016!

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Eye Color, How and Why?

Eyes are the colored sensory organs that play an important role in the vision. The eye color is determined by the variation of genes in an individual. The color of the eyes is due to the presence of melanin in the iris. The amount of the melanin in the iris along with the presence of white collagen fibers produces green, blue or hazel color. Melanin is produced by the specialized cells called melanocytes and is stored within the compartments called melanosomes. The number of melanocytes is generally the same in all the individuals however the number of melanosomes and the quantity of melanin stored within melanosomes varies. The total quantity of melanin present determines the color of the eye. Many individuals have a lighter eye color that is due to the scattering of light rays while passing through the stroma of the iris.

The production, storage, and transport of melanin are under the control of certain genes. The color of the eyes is directly associated with the quantity of melanin present in the layers of iris. Brown color eyes are associated with large quantities of melanin in iris while blue color is due to a lesser amount of melanin in the iris. There are a total of eight genes that influence eye color. These include:

OCA2 gene: It is also known as melanosome transmembrane protein or as P gene. This gene is located on chromosome 15 and controls the blue/brown color spectrum. OCA2 gene produces a protein (P protein) that controls the formation and processing of melanin. Mutations in the OCA2 gene that lead to decreased production of P protein results in eye albinism. The individuals suffering from such condition will have lighter eye color and their capability of producing and storing melanin is lost. Sometimes non-disease causing alleles are also present that control the production of P proteins levels. The alleles that are responsible for increased P protein production results in brown color of eyes while the allele associated with the blue color of eyes decreases the P protein production.

HERC2 gene: This gene is present near the region of ORA2 gene and is also known as intron 86. This gene mainly controls the functioning of the ORA2 gene turning it on or off as needed.

Several other genes that control the melanin production and transport are ASIP, IRF4, TYR, TYRP1 genes. The functioning of OCA2 and HERC2 gene along with the other genes may increase the melanin content resulting in brown color or may reduce the melanin content resulting in the blue color of the eyes.

Some individuals have one eye color that partially or completely differs from another and this condition is often referred to as heterochromia. This condition results from the unequal distribution of melanin due to the mutation of a few cells in the iris. In this condition the color of eyes changes from blue to brown or blue to green.

Research is still being carried out to find out the genes responsible for gray and hazel color of eyes.