Is filling done on milk teeth in Izmir?
Filling on milk teeth in Izmir is certainly done with the aim of carefully cleaning the tissue damaged due to decay and restoring the tooth’s normal chewing function. Although milk teeth are structurally temporary, they must remain in the mouth for years due to their vital roles in speech, nutrition, and guiding the permanent teeth coming in beneath; thus, they should be restored with filling in case of decay.
One of the most confusing issues for parents in society regarding their children’s dental health is whether to treat milk teeth. The misconception that teeth that emerge during infancy will fall out later in life leads to the erroneous belief that these teeth do not require medical care. In medical science, just because an organ is temporary does not mean it can be ignored when it becomes diseased. Tooth decay is a microbial tissue destruction caused by the acids produced by bacteria on the tooth enamel. This destruction progresses much faster in milk teeth compared to adult teeth due to their delicate structure. A decay in a child’s mouth is not just an aesthetic concern but an active infection center that can affect overall body health.
Is it a medical necessity to fill milk teeth?
Filling milk teeth is a definite medical necessity to prevent infection from spreading through the tooth enamel and dentin, reaching the tooth root, and then the jawbone and general circulatory system. Untreated decay can lead to abscesses, severe facial infections, and systemic fevers, directly negatively impacting the child’s overall development.
The pediatric dentistry protocols implemented within the framework of the 2026 health regulations always prioritize the treatment of health protection. However, if caries have occurred despite preventive measures, the likelihood of self-healing (closure) of that caries is biologically zero. While a skin wound in the body can heal over time through cell regeneration, once the hard tissue of a tooth (enamel and dentin) is penetrated, the body cannot regenerate that tissue. The cavity will continuously fill with food remnants and bacteria. If the dentist does not clean that carious tissue and fill the void with a biocompatible filling material, bacteria will eventually reach the nerve chamber (pulp) inside the tooth. After this stage, the child will begin to experience severe nighttime pain, lose appetite, and the infection will continuously wear down the body’s immune system. Therefore, a filling for a primary tooth is not just a temporary fix; it is a health barrier that stops the infection.
Why Should the “It’s Going to Fall Out Anyway” Attitude Not Prevent the Treatment of Primary Teeth?
“It’s going to fall out anyway” is a mindset that should not absolutely hinder treatment, especially considering that the back primary molars need to actively function in the child’s mouth until the age of 10-12. Living with a decayed and infected tooth for all those years disrupts the child’s digestive system and sleep patterns, stunting their development.
Parents’ understanding of the children’s dental change calendar is generally a lack of information frequently encountered in clinics, typically generalized according to the age of shedding of primary teeth (6-7 years). Yes, the lower front incisors are shed when starting primary school; however, the primary and secondary molars (back teeth) that a child uses for grinding and chewing cover at least 10 years of a child’s life in terms of their time in the mouth. If a 4-5 year old child develops a cavity in the back primary molars and it is not treated, that child will have to carry that diseased tooth in their mouth until finishing primary school. Trying to eat with an inflamed tooth for 6 or 7 years is the greatest injustice that can be done to a child’s metabolism due to pain from swallowing food and experiencing digestive problems. This biological calendar scientifically disproves the misconception that “it will fall out anyway.”
| Primary Tooth Group | Average Shedding Age | Medical Necessity in Case of Early Cavity |
|---|---|---|
| Front Incisors | Between 6 – 8 Years | Filling/crowning is performed for function and aesthetics. |
| Primary Canine Teeth | Between 9 – 11 Years | Filling is necessary to preserve the path of the permanent canine tooth. |
| Primary Molars | Between 10 – 12 Years | These are the longest lasting teeth. They must definitely be restored (filled) for chewing. |
How Do Cavities in Primary Teeth Affect Permanent Teeth?
Cavities in primary teeth lead to infection spreading from the tooth root to the jawbone, causing it to come into contact with the developing enamel of the underlying permanent tooth. This acidic environment causes yellow-brown structural stains (Turner tooth) on the permanent tooth, directly affecting adult teeth. A filling blocks this dangerous seepage while it is still in the tooth.
Looking at the anatomy of the jawbone, it is observed that the roots of primary teeth pass through the formation sacs (follicles) of the permanent teeth. If the cavity in the center of the primary tooth is not cleaned and filled, bacteria progress toward the tip of the root and form an abscess (pus sac) inside the bone. This acidic inflammation leaves the permanent tooth germ, which is working on mineralization (hardening), in an acidic bath. The acid destroys the cells that form the enamel. Years later, when the permanent tooth erupts, parents see congenital pits and color distortions on the tooth that they think are genetic; however, this is a legacy of an untreated primary tooth. Additionally, if the primary tooth is extracted very early due to the cavity, neighboring teeth drift into the gap, and the eruption path of the emerging tooth is blocked (risk of impaction). The filling process ensures the safety of the permanent tooth by keeping both the bone sterile and mechanically stabilizing the tooth in the mouth.
How Are Primary Tooth Fillings for Children Different from Adult Fillings?
The fillings applied to primary teeth in children use special biocompatible materials (glass ionomer cements) that are more tolerant to moisture compared to adult fillings, bond chemically with the dental enamel, and gradually release the fluoride they contain to help remineralize the surrounding enamel.
When performing a filling on an adult patient, the physician’s aim is to achieve the maximum mechanical hardness that will last a lifetime. In children, however, the treatment environment and biological targets are very different. Maintaining long-term control (isolation) in a child’s mouth may not always be possible. The composite resins used in adults are extremely sensitive to moisture; even the slightest leakage prevents proper bonding to the tooth. Therefore, hybrid materials often referred to as ‘glass ionomer’ based or ‘compomer’ are frequently used in pediatric dentistry. These smart materials provide excellent compatibility with teeth even in slightly moist environments. Even more importantly, these fillings function like a fluoride reservoir. After the filling is completed, they release fluoride ions into the tooth for months, helping the remaining parts of the tooth to harden (strengthen) against the high acidity in the child’s oral environment.
Which Filling Materials Are Preferred for Primary Teeth?
The preferred filling materials for primary teeth include glass ionomer cements that release fluoride, compomers (polylactic acid modified composite resin) that offer color matching and durability, and high-quality composite fillings used in aesthetic anterior restorations. The most suitable material is selected based on the child’s age, the size of the cavity, and clinical appropriateness.
The selection of filling material is based on the clinical analysis that the doctor will perform during that session. In İzmir Avrupadent processes, the duration for which the child can remain still in the chair and the moisture control of the cavity material determines the decision. For wide cavities in the posterior teeth (molars) where complete isolation is difficult, materials containing glass ionomer are preferable due to their speed and fluoride release properties. These materials are white/opaque in color. For more cooperative children and in visible aesthetic areas like the anterior teeth, composite or compomer fillings that are hardened with special lights and closely mimic the natural color of the tooth are used. None of these modern materials contain controversial elements like mercury found in gray amalgam fillings used in the past that are not aesthetic; they are all medical products that have passed high biocompatibility tests.
| Type of Filling Material | Medical Advantages and Properties | Preferred Clinical Situations |
|---|---|---|
| Glass Ionomer Cement | Fluoride release, chemically adheres to the tooth structure, moisture tolerant. | Small children for whom complete control is difficult, posterior tooth cavities. |
| Compomer | Durable, releases fluoride, offers aesthetic color options. | Medium and large cavities, areas subject to chewing forces. |
| Composite Resin | Excellent aesthetics, matches the natural tooth color perfectly. | Fractures and cavities in anterior teeth, children who demonstrate good cooperation. |
How Does the Filling Process Begin for Children at İzmir Avrupadent Clinics?
The filling process for children at İzmir Avrupadent clinics starts with playful techniques applied for the child to get familiar with clinical tools, followed by the determination of the depth of the cavity with digital X-rays. After the tooth surface is cleaned with special brushes, the medical cavity is prepared by removing only the diseased tissue, and then the filling is placed.
In any medical intervention during childhood, the language of communication is as important as the technical equipment. The clinical settings in our İzmir location are designed more as a pedagogical space where children feel safe, rather than a hospital environment. The doctor isolates the tooth from surrounding tissues before filling. The infected tissue (infected dentin) is carefully removed using extremely sensitive handheld tools or water-cooled rotary instruments (drills). During this process, minimal invasive principles are applied to minimize damage to the tissue, meaning that only the softened tissue harboring bacteria is removed, and the healthy tooth walls are not touched at all. Once the cavity is completely cleaned and disinfected, the tooth is made ready for filling material with acid and bonding agents.
How is the Child’s Psychological Preparation for the Filling (Cooperation) Ensured Beforehand?
The psychological preparation of the child (cooperation) before the filling is gradually ensured by the Pediatric Dentistry (Pedodontics) specialist using the “Tell-Show-Do” technique by introducing the tools with harmless metaphors (like a hairdryer, water gun) and providing the child with a sense of control (stop word when they raise their hand) during the procedure.
For a child to be able to stay comfortably in a filling chair, it’s essential to explain what will be done in a straightforward yet non-threatening manner. When communicating with children, dentists completely avoid using terms like “needle, pain, drill, carve, pierce” that can cause mental trauma. Instead, they say that the tooth will be cleaned with a “washing machine” and that a “magic star dust” or “white dough” will be placed in the cavity. It is proven that the only sensations felt when touching the tools with the child’s hand are either a tickling or vibration sensation. The child is informed that simply raising their left hand during the procedure will be enough, and the dentist will stop immediately. This sense of control maximizes the child’s submission and trust in the dentist (cooperation), ensuring that the treatment is completed comfortably.
Is Filling Enough for Deep Cavities in Deciduous Teeth?
In deep cavities, if bacteria have progressed into the nerve chamber (pulp) inside the tooth, simply filling the deciduous tooth is not sufficient. In this case, it may be necessary to apply partial root canal treatment (amputation) where the infected upper nerve tissue is removed, followed by capping instead of filling to preserve the structural integrity of the tooth.
The treatment method in dentistry changes depending on the distance the cavity has reached. A hole that appears small from the outside may have spread to a much larger area inside the tooth. If the dentist sees that they have reached the nerve tissue while cleaning the cavity, they cannot simply place filling material there and close it; otherwise, the nerves left underneath the filling will continue to become inflamed, and a few days later the child will return to the clinic with a swollen cheek. In such a clinical scenario, a procedure called “pulpotomy” or “amputation” comes into play. Diseased upper nerves are cleaned, while healthy nerves inside the roots are preserved and covered with special medical materials. If, after this cleaning, there are not enough healthy walls left for the filling to hold onto, pediatric zirconium or stainless steel crowns (caps) are placed on top to prevent the tooth from breaking.
What is the lifespan of a milk tooth filling, and does it fall out with the tooth?
The lifespan of a milk tooth filling is designed to remain in place until the physiological root resorption period of that milk tooth (the age at which it falls out) is completed, depending on the quality of the material used and the amount of healthy wall remaining on the tooth. When the time comes for a filled milk tooth, it will wobble and fall out just like a regular tooth.
Parents often wonder whether the filling will prevent the underlying permanent tooth from emerging. Biocompatible filling materials chemically bond to the tooth’s enamel and dentin tissues, becoming a single piece. As the child’s jawbone develops during the growth phase, the natural process occurs where the roots of the underlying permanent tooth dissolve the roots of the milk tooth above it. As the permanent tooth roots dissolve, the milk tooth above starts to wobble. Since the filling material is located in the crown part of the tooth, there is no intervention or hindrance to this biological resorption process. When the milk tooth completely wobbles and falls into the child’s hand, it will have come out as a whole along with the filling.
What Rules Should Be Followed For A Child’s Eating After Filling?
After the filling, a child should not be given any food in order to prevent them from biting the numbed areas (average 2 hours) if local anesthesia was applied during the procedure; only water should be allowed. After the numbness passes, the tooth can immediately resume its normal chewing function.
Filling materials (composites or compomers) reach full hardness in seconds when exposed to the special blue polymerization light used by the dentist in the clinic. This means that once the child leaves the clinic, the filling has completely hardened and there is no need to wait extra time for it to dry or set. However, the real danger is the regional anesthesia applied to facilitate the filling process. When children notice that their lips feel numb, they may start to bite or chew their cheeks or lips playfully. Because they don’t feel pain, they can crush and damage the tissue until it bleeds (anesthetic trauma). For this reason, it is strongly advised that parents do not feed their children until the numbness has completely disappeared and they keep a close watch over them. After two hours, once the numbness has passed, the child can eat as they wish with their new filling.
Can a Tooth with a Baby Tooth Filling Get Cavities Again?
A tooth with a baby tooth filling can develop cavities again; because the filling material does not prevent decay, if the child continues to consume a high carbohydrate diet and does not brush well, bacteria can seep through the microscopic boundaries where the filling meets the tooth and continue to erode the tooth right below or beside the filling (secondary decay).
The belief that “once a filling is done, that tooth is safe” in dental clinics is a medical misconception. A filling only repairs existing damage and cannot eliminate acid-producing bacteria in the mouth flora or dietary mistakes made by parents. As clearly explained in preventive dentistry information provided in the İzmir location, the lifespan of a filling is dependent on the surrounding hygiene of the tooth. Food debris that gets stuck between two teeth where dental floss is not used can take hours to clear and even the best filling can be forced beyond its limits by acid, causing the tooth to decay from the other side. This condition, known in medical terms as “secondary decay” (secondary caries), can lead to the filling failing or inflammation of the nerve underneath. Therefore, the success of clinical treatment is an inseparable whole with the child’s home hygiene routine.
| Risk Factor | Parental Attitude / Misconceptions | Impact on Filling and Tooth |
|---|---|---|
| Poor Oral Hygiene | Only using a toothbrush and skipping flossing (dental tape) cleaning. | Secondary (recurrent) decay leaking from the walls of the filling. |
| Dietary Mistakes | Frequent snacking (grazing) and continuing to drink nighttime milk. | Melting of the tooth enamel from a different surface (e.g., dental gum border). |
| Neglect of Regular Check-ups | Cancelling 6-month visits by saying “The filling is done, it’s finished”. | Losing the tooth due to not noticing leaks at the filling edge. |
How Do Pediatric Dentistry Specialists Determine the Need for Early Fillings?
Pediatric Dentistry specialists determine the need for early fillings by thoroughly examining the tooth surface during a clinical visual examination by drying it with air to inspect for matt areas and identifying hidden caries (between two teeth) using low-dose radiation digital bite-wing X-rays.
Catching diseases before they progress is the backbone of modern medical practices. Pediatric specialists conduct a very detailed examination before deciding to fill a tooth. Traditional pointed probe instruments, which have been used to scrape teeth harshly, are now used cautiously as they might break the weakened enamel. Instead, the tooth is examined using light transillumination devices. Carious tissue reflects light differently. However, since most cavities in childhood begin from flat surfaces where teeth touch each other, they are not visible to the naked eye. Doctors place a small sensor in the child’s mouth, measuring the dark shadows formed inside the tooth (in the dentin) in millimeters from the digital X-ray images they obtain. The proximity of the carious boundary to the nerve is calculated, and a filling program is initiated immediately (without extracting the child’s tooth).
How Does Not Filling Milk Teeth Narrow Jaw Development?
Not filling milk teeth and allowing decay to progress to the point of breaking the tooth (or early extraction) leads to a loss of anatomical width in the tooth, causing adjacent teeth to shift into the gap, resulting in the gradual narrowing of the dental arch. This narrowing can lead to the misalignment of the permanent teeth that will erupt later.
Each tooth in your jaw is a key element that helps maintain the stability of the skeletal structure. When the enamel and dentin tissue of a tooth erode due to decay, the side and upper walls of the tooth collapse. The volume (size) of the tooth decreases. The teeth in the jaw are constantly subjected to forward thrust. When a tooth in the middle diminishes or is completely lost, the teeth in the back and front tilt into that gap (migration). These gradual shifts over the years narrow the total length of the jaw. When the time comes, the permanent tooth that works to erupt in the correct direction from the bottom up sees its area closed off by bone. A tooth that cannot find a place may erupt towards the cheek or palate awkwardly (ectopic) or remain completely buried within the bone. A simple filling done on time restores the volume of the tooth, preventing this terrifying orthodontic narrowing on its own.
How Does the Filling Procedure Improve Children’s Speech and Chewing Functions?
The filling procedure reconstructs the anatomical forms (bite cusps) of teeth that have lost their shape and are leaking due to decay using biocompatible materials, allowing the child to chew food painlessly from both sides and restoring the tongue’s contact area in cases of front tooth deficiency (preventing lisping), thus completely correcting speech and chewing functions.
If there is a cavity in a tooth, it creates a leakage indicating that the tooth is not good. To avoid this leakage, the child constantly chews food on one side (with the healthy part of their mouth). Unilateral chewing causes the working muscles to thicken while weakening the other side, leading to facial asymmetry and temporomandibular joint (TMJ) disorders. Once a filling is done, this pain disappears, allowing the child to normalize their feeding by using both sides equally and safely. Similarly, the cavities formed on the upper front teeth do not only ruin the child’s aesthetic appearance; they also eliminate the physical wall that the tongue needs to lean against when pronouncing letters like ‘s, f, v, t’. Aesthetic fillings (or crowns) applied to the front teeth instantly rebuild this wall, ensuring proper airflow and clinically addressing any disturbances in the child’s speech (articulation problems) immediately.
