What Should Be Done Before and After Implant Treatment?

Before implant treatment, it is necessary to evaluate your general and oral health with a comprehensive examination, to carry out precise treatment planning using three-dimensional imaging techniques, and to prepare the jawbone for the implant. After treatment, the most critical steps are to follow the post-operative instructions of your dentist completely, to maintain impeccable daily oral hygiene around the implant using special methods, and to strictly adhere to the scheduled professional care appointments. The meticulous and disciplined approach in these two phases directly determines the success of the treatment and forms the basis for long-lasting and trouble-free use of the implants.

Am I a Good Candidate for Implant Treatment?

The success of an implant treatment begins, first and foremost, with accurately assessing whether you are a suitable candidate for this treatment. This initial consultation is essentially the most important step where we draw the roadmap of the treatment. The goal is not just to say “yes, an implant is possible,” but to identify your specific risks and plan how to manage them in the best way.

First, your general health status is examined closely. Some systemic conditions can affect the osseointegration process of the implant or wound healing. Similarly, certain habits also play a direct role in the success of the treatment. However, in modern dentistry, these situations are no longer considered “obstacles” but rather “conditions to be managed.” In other words, having these conditions does not mean that you cannot have an implant; it simply requires your treatment plan and subsequent care process to be carried out more carefully.

Some important factors that may affect implant success are:

• Uncontrolled diabetes
• Smoking
• Heavy alcohol consumption
• Certain blood disorders
• Immunosuppressive conditions
• Radiotherapy (radiation therapy) applied to the head and neck region
• Use of bisphosphonate class bone medications
• Insufficient oral hygiene habits
• History of severe gum disease (periodontitis)

In addition to this list, your intraoral examination is also of vital importance. There must be a sufficient amount and quality of jawbone in the area where the implant will be placed. Bone is the foundation of the implant. At the same time, the gum tissue that will envelop the implant like a blanket also needs to be healthy, thick, and attached. Thin and poor-quality gum tissue can recede over time, leading to both aesthetic problems and a predisposition to infection around the implant. Therefore, during the first examination, both your bone and gum tissue are evaluated in detail, and if necessary, additional treatments are planned before the implant to strengthen these tissues.

Why Is Planning So Important for a Successful Implant?

The secret of a successful implant treatment is to think “from the end backwards.” We call this “prosthesis-driven planning.” The logic is very simple: First, you design the building itself, then you decide where to lay the foundation that will support that building in the strongest way. The same applies to implant treatment. First, we design the beautiful and functional new tooth (porcelain crown or bridge) that we want to see in your mouth. Then, we calculate millimetrically where in the jawbone, at what angle, and how deep the implant should be placed to support this tooth in the most ideal position.

This approach guarantees that the implant is placed not just in an “easy” spot where there is the most bone, but in the “right” place in terms of aesthetics and function. An implant placed in the wrong position may require a tooth on top that looks unnatural and is very difficult to clean. Areas that cannot be cleaned will, over time, lead to bacterial accumulation and bone loss around the implant, shortening the implant’s lifespan.

Today, we take advantage of all the benefits of digital technology while making this plan. The three-dimensional digital impressions taken with intraoral scanners are combined with the tomography images. Thanks to computer programs, we have the opportunity to virtually perform the surgery multiple times before it even begins and plan for the most perfect result. In fact, thanks to “surgical guides” prepared specifically for the patient according to this digital plan, the implant can be placed flawlessly at the planned point during the surgery. This meticulous planning phase is the key to proceeding without surprises, predictably, and safely.

Why Is a CT Scan Taken Before Implant Surgery?

Implant surgery is a delicate procedure that requires working within what cannot be seen. Traditional panoramic X-rays give us a general idea about the jawbones, but these two-dimensional images are like a map that shows only the broadest avenues; they do not provide details about side streets, important buildings, and hazardous areas. We can see only the height and general shape of the bone, but we cannot clearly see its “thickness,” which is the most critical information for us, nor the vital anatomical structures passing through it.

At this point, Cone Beam Computed Tomography (CBCT), the indispensable tool of modern implant dentistry, comes into play. Tomography provides us with a three-dimensional, detailed map of your jaw with almost GPS-like precision. This allows us to perform the surgery with maximum safety.

Thanks to tomography, we obtain the following critical information.

• Millimetric measurement of bone height, width, and most importantly, thickness
• The course of the nerve canal in the lower jaw that provides sensation to the lip
• The boundaries and volume of the sinus cavities in the upper jaw
• The quality and density of the bone
• The presence of unexpected pathologies such as impacted teeth or cysts

Knowing this information in advance reduces the risk of serious complications such as nerve damage (e.g., permanent lip numbness) or sinus perforation during surgery to almost zero. If your bone is insufficient, we also plan most accurately, thanks to tomography, how much bone graft should be added. In short, tomography is not just a test but the most important precaution taken for both your safety and the success of the treatment.

If I Don’t Have Enough Bone, Can’t I Get an Implant?

It is a very natural process for the jawbone to resorb to some extent in areas where teeth have been extracted or left edentulous for a long time. Sometimes this resorption can result in insufficient bone volume to place the implant securely. However, this does not mean that you should give up on your dream of an implant. Today, there are highly successful and predictable methods to rebuild missing bone.

The first of these is the “socket preservation” procedure performed at the same time as tooth extraction. By placing bone graft (graft) into the socket created after tooth extraction, bone collapse is prevented. This is a preventive approach that makes a future implant surgery much simpler.

If the existing bone loss is greater, advanced techniques called “Guided Bone Regeneration” (GBR) are used. In this method, bone graft is placed in the area of bone deficiency and covered with a special barrier (membrane). This membrane prevents the fast-healing gum cells from entering the area, giving the slower-working bone-forming cells the time and space to create new bone.

There are different types of bone grafts used in these procedures:

• Autogenous grafts (the patient’s own bone)
• Allografts (from a human tissue bank)
• Xenografts (animal-derived)
• Alloplasts (synthetic materials)

Which of these materials will be used is determined by your dentist according to the size and location of the bone loss. Although autogenous grafts are considered the “gold standard” because they contain living cells, they require a second surgical site. The other materials eliminate this need, increasing patient comfort and yielding highly successful results. Bone augmentation procedures may extend the treatment period by a few months, but they ensure that your implant rests on a solid foundation, guaranteeing long-term success.

What Is Sinus Lifting in Implant Treatment for My Upper Back Teeth?

The posterior regions of our upper jaw house anatomical air cavities called the “maxillary sinuses” just above the roots of our molars. When teeth are extracted, these sinus cavities sag downward, and the bone beneath resorbs. When these two situations combine, there is not enough vertical bone height left to place an implant. Placing an implant in such a situation would be like placing it in a void, and it would have no retention.

The special bone augmentation procedure performed to solve this problem is called a “sinus lift” or “sinus floor elevation.” You can liken this procedure to raising the ceiling of a room with a low ceiling to create a more usable space. During the surgery, the membrane lining the inside of the sinus (sinus membrane) is carefully elevated upward. Bone graft is then packed into this newly created space to form a new bone volume where the implant can be placed.

This procedure can be performed using two different techniques. When a large amount of bone is needed, the “open technique,” in which a small window is opened in the lateral wall of the sinus, is preferred. When less bone is required, the “closed technique,” in which access is gained through the implant osteotomy, is used. This technique is less invasive. After a sinus lift operation, a maturation period of typically 6–9 months is allowed for the added bone, after which implants are safely placed.

There are some important points to consider after a sinus lift operation:

• Avoid blowing your nose for the first few weeks after the operation.
• If you need to sneeze, sneeze with your mouth open.
• Do not use a straw.
• Do not inflate balloons or play wind instruments.
• Consult your dentist regarding air travel or activities involving pressure changes.

What Awaits Me on the Day of Implant Surgery?

Implant surgery, following meticulous planning, is a comfortable and painless surgical procedure usually performed under local anesthesia. Most patients report that this procedure is easier than a tooth extraction. The success of the surgery depends on working in a sterile environment while adhering to biological principles.

One of the most critical stages of the surgery is preparing the osteotomy—the site in the bone where the implant will be placed. It is vitally important to prevent excessive heating of the bone during this process. If the bone temperature rises above 47°C, bone cells die, and the implant cannot osseointegrate. To prevent this, the osteotomy is prepared using special drills at low speed and, most importantly, with continuous cooling using plenty of sterile, cold saline. This is akin to carefully preparing the soil before planting a delicate plant.

After the implant is placed, two different methods can be followed: either the implant is completely covered by the gum (two-stage surgery) or a healing abutment that remains outside the gum is attached (one-stage surgery). The two-stage method allows the implant to heal protected beneath the gum and is preferred especially in cases where bone augmentation has been performed. The one-stage method increases patient comfort by eliminating the need for a second surgery and can be safely applied in suitable cases. The duration of the surgery varies depending on the number of implants to be placed, but for a single implant it is generally completed within half an hour to one hour.

When Will I Get My New Tooth After the Implant?

The question patients are most curious about is how long after implant surgery they will receive their new teeth. There is no single answer to this question, because the timing depends entirely on your bone structure and how tightly the implant was anchored to the bone during surgery. We call this initial anchorage “primary stability,” and it is the most important factor shaping all our decisions.

There are different protocols for the timing of your new tooth after the implant.

• Immediate Loading (Same-Day Tooth): A temporary fixed tooth is placed on the implant on the day it is inserted.
• Early Loading: The tooth is placed a few weeks after implant placement.
• Conventional Loading: The tooth is placed after waiting 2–6 months for the implant to fully integrate with the bone.

Although the “Same-Day Tooth” protocol is very appealing, especially because it eliminates the issue of edentulousness in the aesthetic zone, it is not suitable for every patient and requires very strict conditions to be met. It is absolutely essential that the bone quality is very good and that the implant is placed with very high torque (high primary stability). If this initial stability is not sufficient, the safest approach is to be patient and wait for the implant to integrate quietly with the bone. Loading the implant prematurely can prevent osseointegration and lead to treatment failure. Therefore, the decision on when you will receive your tooth is made based on scientific data and measurements taken during the surgery.

How Should Medication Be Used After the Implant?

Medication use after implant surgery is planned to ensure a comfortable healing process and to minimize the risk of infection. Modern approaches on this subject aim to avoid unnecessary medication use.

Antibiotic Use: In the past, antibiotics were routinely prescribed before or after every implant surgery. However, increasing antibiotic resistance and new scientific evidence have changed this approach. Antibiotic use is no longer a standard practice for every patient. For a simple implant surgery performed in a healthy individual, antibiotics are generally not necessary. The decision to use antibiotics is made based on risk. For example, if extensive procedures such as a sinus lift or major bone augmentation have been performed, or if the patient has a condition such as diabetes that predisposes to infection, antibiotics may be prescribed prophylactically.

Pain Management: Post-operative pain after implant surgery is usually mild to moderate and can be controlled within the first 1–2 days. Non-opioid medications are the first choice for controlling this pain. Non-steroidal anti-inflammatory drugs (NSAIDs) such as ibuprofen or naproxen sodium are very effective in both relieving pain and reducing edema (swelling). A single dose of painkiller taken about an hour before surgery can significantly increase post-operative comfort.

It is important to follow your dentist’s recommendations during the healing period.

• Take prescribed medications at the indicated dose and time.
• Apply cold compress externally to the operation area during the first 24 hours.
• Avoid hot, hard, and granular foods for a few days.
• Drink plenty of fluids.
• Avoid smoking and alcohol.

How Do We Know That the Implant Has Integrated with the Bone?

The biological miracle of implant treatment is a process called “osseointegration.” This is when the titanium surface of the implant and living bone cells fuse together to form a single structure. It is the bone “accepting” the implant and embracing it firmly. To be able to place your prosthesis safely, we must be sure that this process has been successfully completed.

Traditionally, this check is performed with some simple clinical tests. Whether there is any movement in the implant is checked; even the slightest movement is a sign of failure. In addition, when the implant is lightly tapped with a small instrument, the sound is listened to; an implant integrated with the bone produces a clear, metallic sound.

Today, however, there are technologies that allow us to make this assessment much more sensitively and objectively. The best known of these is the Resonance Frequency Analysis (RFA) method. In this technique, a special transducer is attached to the implant, and a device measures the stability of the implant in the bone and gives us an “ISQ” (Implant Stability Quotient) value from 1 to 100. A high ISQ value means high stability. We measure a baseline ISQ value on the day the implant is placed. When we repeat this measurement at the end of the healing period, an increased value scientifically confirms that osseointegration has been successful. This allows us to base the decision of when to place the prosthesis on concrete data rather than subjective impressions.

Is Professional Maintenance Necessary to Prolong the Life of Implants?

Absolutely yes. A successful implant treatment does not end on the day your prosthesis is installed; on the contrary, it begins that day. You can think of your implants as a luxury car that comes with a lifetime guarantee but requires periodic maintenance. Just as it is important to regularly check the oil and coolant to keep your car’s engine healthy, it is vital to come for regular professional maintenance to protect the health of your implants. We call these maintenance sessions “Supportive Peri-Implant Therapy” (SPIT).

The frequency of these sessions is determined as every 3, 4, or 6 months according to your risk status. During these check-ups, not only is a dental cleaning performed, but a health record of your implants is created.

The following points are checked at every professional maintenance visit:

• The health of the gums around the implants (bleeding on probing)
• Gingival pocket depths
• Your level of oral hygiene (plaque control)
• Whether the implant or the prosthesis on it is mobile
• The tightness of the prosthetic screw
• Whether your bite (occlusion) is placing excessive load on the implant
• The bone level around the implant with an X-ray taken once a year

After these checks, the implant surfaces and prostheses are cleared of bacterial plaque and tartar with special instruments that will not damage them (instruments with plastic, titanium, or carbon tips, special polishing powders). This regular maintenance allows us to detect a potential problem (such as gum inflammation or bone loss) at the very beginning and stop it before it progresses. Remember that the lifespan of a neglected implant may be shorter than that of a well-maintained natural tooth.

What Are the Diseases Around Implants and How Are They Prevented?

Implants do not decay, but just like natural teeth, the surrounding gum and bone tissue are susceptible to infection. Bacterial plaque accumulating around an implant can lead to two main problems called “peri-implant diseases.” Distinguishing between these two conditions is very important for correct treatment.

The first and more benign one is Peri-implant Mucositis. This is the counterpart of gingivitis (gum inflammation) around natural teeth, but around an implant. It is a reversible inflammation that affects only the gum around the implant.

Symptoms of Peri-implant Mucositis are:

• Bleeding of the gum around the implant (the most important sign)
• Redness of the gum
• Swelling of the gum

At this stage, there is no bone loss yet.

The good news is that this condition completely resolves with professional dental cleaning and improvements in your home care. This is essentially a “yellow card” warning.

If this warning is ignored and mucositis is not treated, the condition can progress to Peri-implantitis, which is much more serious. This is the counterpart of periodontitis, accompanied by bone loss, in natural teeth. In this disease, the inflammation has spread not only to the gum but also to the bone tissue supporting the implant, causing bone loss.

Symptoms of Peri-implantitis are:

• Bleeding and/or purulent discharge from the gum
• Increase in gingival pocket depth
• Progressive bone loss detected on X-ray (the most definitive sign)
• Mobility of the implant in advanced cases

Peri-implantitis is an irreversible disease. The goal of treatment is to stop the progression of the disease and it usually requires surgical intervention. The most effective way to prevent these diseases is simple: never neglect excellent oral hygiene and regular professional maintenance check-ups.

How Can I Best Care for My Implants at Home?

You play the biggest role in ensuring that your implants have a long and healthy life. The success of the treatment depends on a team effort between you and us, and in this game, you are practically in the position of an “assistant therapist.” The fate of an investment worth millions depends on the correct daily use of tools such as a toothbrush and interdental cleaners that cost only a few liras.

Implants have a different anatomy than natural teeth and require special care for cleaning. Especially the neck area where the implant emerges from the gum and the contact surfaces with neighboring teeth are the most at-risk areas for bacterial plaque accumulation.

The basic tools you should use for effective home care are:

• A soft or medium-hard toothbrush (preferably rechargeable/rotating-head brushes)
• Interdental brushes (in various sizes)
• Dental floss specifically designed for implants (thick, spongy type)
• Oral irrigator (water flosser)
• Single-tuft brushes

Brushing should be done as standard twice a day. However, the truly critical part is interdental cleaning. Interdental brushes are the most effective tools for cleaning the lateral surfaces of implants. By selecting a brush of appropriate size for the space around your implant, you should clean gently with back-and-forth motions. For single implant crowns, the “shoe-shine” technique using spongy dental floss is very effective. You can clean the entire neck area by rotating the floss 360 degrees around the implant. Oral irrigators are excellent aids especially for cleaning under bridges or hard-to-reach prostheses. The most accurate care technique and tools specific to you will be shown to you in detail by your dentist or hygienist after your prosthesis is fitted.