Your Infant's Vision Development
One of the greatest moments when having a child is the first time your newborn daughter or son opens their eyes and makes eye contact with you. But don't be concerned if that doesn't happen right away.
The visual system of a newborn infant takes some time to develop. In the first week of life, babies don't see much detail. Their first view of the world is indistinct and only in shades of gray.
It takes several months for your child's vision to develop fully. Knowing the milestones of your baby's vision development (and what you can do to help it along) can insure your child is seeing properly and enjoying his world to the fullest.
Infant Vision Development Starts During Pregnancy
Your child's vision development begins before birth. How you care for your own body during your pregnancy is extremely important for the development of your baby's body and mind, including the eyes and the vision centers in the brain.
Be sure to follow the instructions your OB/GYN doctor gives you regarding proper nutrition, including supplements, and the proper amount of rest you need during your pregnancy. Avoid smoking and consuming alcohol or drugs during pregnancy, as these toxins can cause multiple problems for your baby, including serious vision problems.
Smoking is particularly hazardous during pregnancy, as cigarette smoke contains an estimated 3,000 different chemicals that can potentially harm humans including carbon monoxide, a known fetal toxin.
Even taking common medications like aspirin can be dangerous to your baby when you are pregnant, increasing the risk of low birth weight and problems during delivery. Low birth weight has been associated with an increased risk of vision problems in infants.
Always talk to your OB/GYN doctor before taking any medications during your pregnancy, including over-the-counter medicines, herbal supplements and other non-prescription remedies.
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Vision Development at Birth
Soon after birth, your doctor will briefly examine your infant's eyes to rule out signs of congenital cataracts or other serious neonatal eye problems. Though such eye problems are rare, they must be detected and treated early to minimize their impact on your child's vision development.
Also, an antibiotic ointment is usually applied to your newborn's eyes to help prevent an eye infection from bacteria present in the birth canal.
At birth, your baby sees only in black and white and shades of gray. Nerve cells in their retina and brain that control vision are not fully developed. Also, a newborn infant's eyes don't have the ability to accommodate (focus on near objects). So don't be concerned if your baby doesn't seem to be "focusing" on objects, including your face. It just takes time.
Despite these visual limitations, studies show that within a few days after birth, infants prefer looking at an image of their mother's face to that of a stranger.
Researchers believe this preference depends on large, high-contrast stimuli, like the boundary of the mother's hairline to her face. (In studies, if these boundaries were masked with a scarf or bathing cap, the infants' preference of looking at their mother's face went away.)
So to encourage visual interaction with your newborn child, keep your hair style the same, and avoid altering your appearance.
One thing you may notice about your newborn son or daughter is how large their eyes are. This is because normal infant development proceeds from the head down. At birth, your baby's eyes are already 65 percent of their adult size!
Your Baby's Eyes in the First Month
Your baby's eyes are not very sensitive to light in the first month of life. In fact, the amount of light required for a 1-month-old infant to be aware that light is present (called the light detection threshold) is 50 times higher than that of an adult.
Keeping your appearance consistent helps your baby recognize and interact with you after birth.
So it's OK to leave some lights on in the nursery it won't affect their ability to sleep and it may help keep you from stubbing your toes on furniture when you go in to check on them!
Infants start to develop the ability to see in colors very quickly. At one week after birth, they can see red, orange, yellow and green. But it takes a little longer for them to be able to see blue and violet. This is because blue light has shorter wavelengths, and fewer color receptors exist in the human retina for blue light.
Don't be too concerned if your baby's eyes sometimes don't appear to be working together as a team early on. One eye may occasionally drift inward or outward from proper alignment. This is normal. But if you see a large and constant misalignment of their eyes, notify your eye care practitioner right away.
Tips: To help stimulate your infant's vision, decorate their room with bright, cheerful colors. Include artwork and furnishings with contrasting colors and shapes. Also hang a brightly colored mobile above or near their crib. Make sure it has a variety of colors and shapes.
Vision Development: Months 2 and 3
Many advances in vision development take place in months two and three. Infants develop sharper visual acuity during this period, and their eyes are beginning to move better as a team. Your child should be following moving objects at this stage and starting to reach for things he sees.
A bright, cheerful room with many colors and shapes helps stimulate your infant's vision development.
Also, infants at this stage of development are learning how to shift their gaze from one object to another without having to move their head. And their eyes are becoming more sensitive to light: at 3 months old, an infant's light detection threshold is only 10 times that of an adult. So you may want to dim the lights a bit more for naps and bedtime.
Tips: To help stimulate your 2- to 3-month-old child's vision development, the American Optometric Association (AOA) has these recommendations:
- Add new items to their room or frequently change the location of their crib or existing items in the room.
- Talk to your baby as you walk around the room.
- Keep a night light on to provide visual stimulation when they are awake in their crib.
- While infants should be placed on their backs for sleep to decrease the risk of sudden infant death syndrome (SIDS), put them on their stomachs when they are awake and you can supervise them. This provides important visual and motor experiences.
Vision Development: Months 4 to 6
How quickly they grow!
By age 6 months, significant advances have taken place in the vision centers of the brain, allowing your infant to see more distinctly and move his eyes quicker and more accurately to follow moving objects.
Visual acuity improves from about 20/400 at birth to approximately 20/25 at 6 months of age. Color vision should be similar to that of an adult as well, enabling your child to see all the colors of the rainbow.
Babies also have better eye-hand coordination at 4 to 6 months of age, allowing them to quickly locate and pick up objects and accurately direct a bottle (and many other things!) to their mouth.
Six months of age also is an important milestone because this is when your child should have his first children's eye exam.
Even though your baby doesn't know the letters on a wall chart, your eye doctor can perform non-verbal testing to assess his visual acuity, detect nearsightedness, farsightedness and astigmatism, and evaluate his eye teaming and alignment.
At this exam, your eye care practitioner will also check the health of your baby's eyes and look for anything that might interfere with normal and continuing vision development. For the most thorough eye exam for your 6-month-old, you may want to seek the services of an eye doctor who specializes in children's vision and vision development.
Vision Development: Months 7 to 12
Your child is now mobile, crawling about and covering more distance than you could ever have imagined. He is better at judging distances and more accurate at grasping and throwing objects. (Look out!)
This is an important developmental period for your child. At this stage, infants are developing a better awareness of their overall body and are learning how to coordinate their vision with their body movements.
It's also a time that requires greater diligence on your part to keep your baby from harm. Bumps, bruises, eye injuries and other serious injuries can occur as he begins to physically explore his environment. In particular, keep cabinets that contain cleaning supplies locked, and put barriers in front of stairwells.
Don't be concerned if your infant's eyes are beginning to change color. Most babies are born with blue eyes because darker pigments in the iris aren't completely developed at birth. Over time, more dark pigment is produced in the iris, which will often change your child's eye color from blue to brown, green, gray or a mixture of colors, as in hazel eyes.
Tips: To stimulate the development of your child's eye-hand-body coordination, get down on the floor with him and encourage him to crawl to objects. Place a favorite toy on the floor just out of his reach and encourage him to get it. Also provide plenty of objects and toys that he can take apart and put together.
Eye Alignment Problems
Be sure to pay close attention to how well your baby's eyes work together as a team. Strabismus is the term for a misalignment of the eyes, and it is important that it is detected and treated early so the vision in both eyes develops properly. Left untreated, strabismus can lead to amblyopia or "lazy eye."
Though it takes a few months for an infant's eyes to develop eye teaming skills, if you feel one of your baby's eyes is misaligned constantly or does not move in synch with the other eye, contact your pediatrician or eye doctor as soon as possible.
Vision Problems of Premature Babies
The average length of a normal pregnancy is approximately 40 weeks (280 days). According to the World Health Organization, babies born before 37 weeks of gestation are considered premature.
Smoking while pregnant significantly increases the risk of giving birth prematurely.
Premature babies are at greater risk of eye problems than full-term babies, and the odds increase the earlier the child is born.
Retinopathy of prematurity (ROP). This is the abnormal replacement of normal tissue in the retina with fibrous tissue and blood vessels. ROP can cause scarring of the retina, poor vision and retinal detachment. In severe cases, retinopathy of prematurity can cause blindness.
All premature babies are at risk of ROP. Very low birth weight is an additional risk factor, especially if it is necessary to place the infant in a high-oxygen environment immediately after birth.
If your baby is born prematurely, ask your obstetrician to refer you to a pediatric ophthalmologist so he or she can perform an internal eye exam to rule out ROP.
Nystagmus. This is an involuntary, back-and-forth movement of both eyes. In most cases, nystagmus causes the eyes to drift slowly in one direction and then "jump" back in the other direction. The eye movements are usually horizontal, but they can be diagonal or rotational as well.
Nystagmus can be present at birth, or it may develop weeks to months later. Risk factors include incomplete development of the optic nerve, albinism and congenital cataracts. The magnitude of the eye movements will usually determine how much the baby's vision and visual development will be affected.
If your baby shows signs of nystagmus, consult a pediatric ophthalmologist or other eye doctor immediately.
No-Cost Eye Exams for Infants
Recognizing the importance of infant vision development to a child's overall development and enjoyment of life, the American Optometric Association established the InfantSEE program in 2005.
Developed in partnership with The Vision Care Institute of Johnson & Johnson Vision Care, InfantSEE is a public health program designed to ensure that eye and vision care become part of routine infant wellness care in the United States.
Under this program, AOA member optometrists offer a no-cost first eye assessment for infants within the child's first year of life.
To learn more about InfantSEE and to find a participating optometrist, visit the InfantSEE website.
[Page updated September 2015]