Yes. The first visit should happen by age one or within six months of the first eruption. Even with just two teeth, the clinician evaluates gum tissue health, frenulum attachments, eruption patterns, and early caries risk. The appointment also establishes a dental home so that if trauma or infection occurs, you have an existing relationship with a provider who knows your child's history.

Radiographs are not standard at a first infant visit. The initial appointment relies on visual and tactile examination. Bitewing radiographs are typically introduced around age three to four when posterior teeth contact each other and interproximal surfaces can no longer be visually inspected. Earlier imaging may be warranted if trauma has occurred or an abnormality is detected on examination.

The visit follows a "knee-to-knee" format. The parent holds the child in their lap, and the clinician gently examines the mouth using a mirror and gloved fingers. The exam assesses erupted teeth for early decay, evaluates soft tissues, checks for tongue-tie or lip-tie, and observes jaw development. Fluoride varnish is applied if teeth are present. The entire process takes about 15 to 20 minutes.

Early childhood caries often presents as white chalky spots near the gum line of upper front teeth — these are areas of enamel demineralization that precede visible cavitation. If untreated, these spots turn yellow, then brown, and eventually break down. Other signs include sensitivity to sweet or cold foods, visible holes in teeth, and swelling around a tooth. Many early lesions are only detectable by a trained clinician.

Breastfeeding itself is not a primary cause of early childhood caries, and the nutritional and immunological benefits are significant. However, prolonged ad-libitum nighttime breastfeeding after teeth have erupted — particularly when combined with other fermentable carbohydrate exposure — can increase caries risk. The key is oral hygiene: wiping or brushing teeth after nighttime feedings reduces bacterial acid exposure during sleep when saliva flow is reduced.

The parent and clinician sit facing each other, knees nearly touching. The child sits in the parent's lap facing the parent, then reclines backward so their head rests on the clinician's lap. This position gives the clinician excellent visibility and access while the child maintains physical contact with the parent. It is significantly less intimidating than placing a small child alone in a dental chair.

Fluoride varnish is specifically formulated for pediatric use and has been extensively studied in children as young as six months. The varnish sets on contact with saliva, minimizing ingestion. The amount applied (0.25 mL) contains approximately 11 mg of fluoride — well below any threshold of concern. Systematic reviews consistently demonstrate its safety and efficacy in reducing caries incidence by 30 to 40 percent.

Resistance to brushing is normal in toddlers asserting autonomy. Effective strategies include letting the child hold their own brush first (for the sense of control), then having the parent follow with the actual cleaning. Singing a short song provides a consistent time frame. Position the child in a reclined position in your lap for best access. Consistency matters more than perfection — establishing the twice-daily habit is the primary goal.

Pacifier use is generally harmless before age two. Prolonged use beyond age three can cause anterior open bite (front teeth don't touch when biting) and narrowing of the upper arch. If your child uses a pacifier, choose an orthodontic-shaped one and begin weaning around age two. The dental team can assess whether any changes to the bite have already occurred and recommend appropriate timing for discontinuation.

Fluoride toothpaste should be used from the moment the first tooth appears. For children under three, use a rice-grain-sized smear. From ages three to six, increase to a pea-sized amount. Teach children to spit rather than swallow, but do not rinse with water after brushing — the residual fluoride continues to protect enamel. Non-fluoride toothpaste provides mechanical cleaning but no chemical protection against demineralization.

Early childhood caries results from prolonged exposure of teeth to fermentable sugars — most commonly from bottles of milk, formula, or juice given at nap time or bedtime. Bacteria metabolize these sugars into lactic acid, which dissolves enamel. The pattern typically affects upper front teeth first because they receive the most direct liquid contact during bottle feeding while lower teeth are shielded by the tongue.

The standard recommendation is every six months. Children categorized as high caries risk — due to visible white spots, enamel defects, frequent snacking on fermentable carbohydrates, or inadequate home fluoride exposure — may benefit from visits every three to four months. The recall interval is individualized based on the risk assessment performed at each visit.

Yes. ADSC accepts most major dental plans including Delta Dental, Moda, Cigna, MetLife, and Oregon Health Plan (OHP) for eligible pediatric services. Many plans cover preventive visits — including exams, cleanings, fluoride, and sealants — at 100 percent for children. The front desk verifies benefits before each appointment and explains any expected out-of-pocket costs.

The entire first visit is designed to prevent exactly that. There is no drilling, no loud equipment, and no forced compliance. Some babies fuss during the brief oral examination — that is normal and expected. The clinical team is experienced in quickly and gently completing the assessment. Most parents report that the visit was far easier than they anticipated, and the child is calm again within moments.

Yes. A restrictive lingual frenulum (tongue-tie) can impair breastfeeding latch, cause nipple pain for the nursing parent, and later affect speech articulation, palatal development, and swallowing patterns. The first dental visit includes assessment of tongue mobility and frenulum attachment. If restriction is identified, the team discusses management options and appropriate referral pathways based on the severity and functional impact.