A tummy tuck, or abdominoplasty, is a surgical procedure designed to remove excess skin and fat from the abdomen while tightening the underlying muscles. It is ideal for individuals seeking a more contoured and toned midsection, especially after significant weight loss or pregnancy.
World Health Organization (WHO):
Insights on global cosmetic surgery standards.
https://www.who.int
American Society of Plastic Surgeons (ASPS):
Guidelines for safe and effective abdominoplasty.
https://www.plasticsurgery.org
PubMed Studies:
Research on tummy tuck outcomes in Turkey.
https://pubmed.ncbi.nlm.nih.gov
| Country | Average Cost of Surgery |
|---|---|
| Turkey | €3,500–€6,000 |
| USA | €10,000–€15,000 |
| UK | €8,000–€12,000 |
Tummy tuck surgery—known medically as abdominoplasty—has evolved far beyond its historical reputation as a simple skin-tightening operation. In 2025, it is a sophisticated reconstructive and aesthetic procedure designed to restore abdominal structure, reinforce core strength, correct post‑pregnancy muscle separation, and create cleaner, more defined torso contours. Patients seeking a tummy tuck today are not only motivated by aesthetic refinement but by functional improvements that reshape their quality of life.
Modern abdominoplasty addresses three fundamental anatomical concerns:
excess or damaged skin that cannot retract after pregnancy or weight loss,
diastasis recti (muscle separation) that weakens the core and alters posture,
loss of waist definition caused by skin laxity, fat pockets, or abdominal wall stretching.
Rather than aiming solely for a flatter stomach, the contemporary tummy tuck restores internal support, improves body proportions, and re-establishes the natural, elegant lines of the torso. For many patients—especially mothers and individuals who have undergone major weight changes—this procedure marks the moment they finally feel aligned with their internal identity again.
The abdomen is one of the human body’s most adaptive structures. It expands during pregnancy, fluctuates with weight gain, and responds to hormonal shifts. But even though the skin and muscles can stretch impressively, they do not always return to their original form.
Two major biological foundations explain why:
Skin elasticity declines when collagen fibers thin and elastin degrades due to prolonged stretching.
Rectus abdominis muscles separate during pregnancy or weight overload, creating a gap known as diastasis recti.
Once these structural changes occur, no amount of exercise, diet, or non‑surgical tightening can restore the original anatomy. This is why abdominoplasty remains the gold‑standard solution for structural abdominal restoration.
Diastasis recti is one of the most misunderstood conditions affecting postpartum and weight‑loss patients. When the abdominal muscles are pulled apart, the core loses stability, producing symptoms such as:
lower‑back pain,
abdominal bulging,
weakened posture,
reduced exercise performance,
digestive pressure or discomfort.
A tummy tuck repairs this separation through muscle plication, restoring the midline, narrowing the waist, and improving functional stability. Many patients describe the result as “feeling structurally whole again.”
Tummy tuck surgery—known medically as abdominoplasty—has evolved far beyond its historical reputation as a simple skin-tightening operation. In 2025, it is a sophisticated reconstructive and aesthetic procedure designed to restore abdominal structure, reinforce core strength, correct post‑pregnancy muscle separation, and create cleaner, more defined torso contours. Patients seeking a tummy tuck today are not only motivated by aesthetic refinement but by functional improvements that reshape their quality of life.
Modern abdominoplasty addresses three fundamental anatomical concerns:
excess or damaged skin that cannot retract after pregnancy or weight loss,
diastasis recti (muscle separation) that weakens the core and alters posture,
loss of waist definition caused by skin laxity, fat pockets, or abdominal wall stretching.
Rather than aiming solely for a flatter stomach, the contemporary tummy tuck restores internal support, improves body proportions, and re-establishes the natural, elegant lines of the torso. For many patients—especially mothers and individuals who have undergone major weight changes—this procedure marks the moment they finally feel aligned with their internal identity again.
The abdomen is one of the human body’s most adaptive structures. It expands during pregnancy, fluctuates with weight gain, and responds to hormonal shifts. But even though the skin and muscles can stretch impressively, they do not always return to their original form.
Two major biological foundations explain why:
Skin elasticity declines when collagen fibers thin and elastin degrades due to prolonged stretching.
Rectus abdominis muscles separate during pregnancy or weight overload, creating a gap known as diastasis recti.
Once these structural changes occur, no amount of exercise, diet, or non‑surgical tightening can restore the original anatomy. This is why abdominoplasty remains the gold‑standard solution for structural abdominal restoration.
Diastasis recti is one of the most misunderstood conditions affecting postpartum and weight‑loss patients. When the abdominal muscles are pulled apart, the core loses stability, producing symptoms such as:
lower‑back pain,
abdominal bulging,
weakened posture,
reduced exercise performance,
digestive pressure or discomfort.
A tummy tuck repairs this separation through muscle plication, restoring the midline, narrowing the waist, and improving functional stability. Many patients describe the result as “feeling structurally whole again.”
High Success and Satisfaction Rates:
Low Complication Rates:
Advanced Techniques:
Mini Tummy Tuck:
Full Tummy Tuck:
Extended Tummy Tuck:
Lipo-Abdominoplasty:
Expert Surgeons:
State-of-the-Art Facilities:
Affordable Pricing:
Comprehensive Patient Support:
Free Initial Consultation:
Personalized Treatment Plan:
Travel and Accommodation Arrangements:
Surgery and Recovery:
Performed in JCI-accredited facilities using minimally invasive techniques.
Post-Operative Support:
Patients who have lost significant weight through bariatric surgery or GLP-1 medications often require more specialized abdominal contouring than a standard tummy tuck can provide. If you are evaluating whether Fleur-de-Lis or Extended Abdominoplasty is more appropriate for your anatomy, you may find our in-depth comparison helpful:
👉 Read the full guide:
Fleur-de-Lis vs Extended Tummy Tuck — Which Technique Fits Your Abdominal Laxity?
This resource explains vertical vs horizontal laxity, scar placement, surgical decision-making, and recovery differences—helping you understand which procedure aligns with your goals.
Contemporary abdominoplasty is no longer a single standardized operation—it is a family of advanced techniques tailored to the patient’s anatomy, muscle structure, skin quality, and aesthetic goals. The modern approach emphasizes natural abdominal contours, functional core repair, and harmonious integration with the waist, hips, and torso. In 2025, surgeons combine art and clinical precision to design individualized treatment plans that restore both form and function.
Before determining whether a patient needs a mini, full, extended, or 360° approach, surgeons evaluate several key anatomical elements:
Skin redundancy (localized or circumferential),
Fat distribution patterns across the upper and lower abdomen,
Muscle laxity and whether diastasis recti is present—and to what extent,
Navel position and whether transposition will be required,
Scarring tendencies, such as hypertrophic or keloid risk,
Torso width and ribcage shape, which influence natural waist curvature.
This assessment ensures the selected technique aligns with the patient’s body architecture, not just their aesthetic wishes.
A full tummy tuck addresses both upper and lower abdominal tissue. It includes:
removal of excess skin,
tightening of the entire abdominal wall (upper and lower muscle plication),
repositioning of the belly button,
optional liposuction to refine waist and flank lines.
This method is ideal for patients who:
have stretched muscles from pregnancy,
exhibit significant skin laxity,
carry fat pockets in the upper abdomen,
desire a more dramatic improvement in torso shape.
A mini abdominoplasty involves:
a shorter incision,
removal of minor excess skin below the belly button,
limited or no belly-button repositioning,
optional lower-abdominal muscle tightening.
Perfect candidates include individuals with:
mild postpartum laxity,
minimal skin excess,
good upper-abdominal tone,
localized wrinkling or a small pouch below the navel.
Mini tummy tuck results are subtle yet effective for the right anatomy—but they cannot correct midline muscle separation extending above the belly button.
An extended or “fleur-de-lis”–adjacent design is chosen when:
skin redundancy wraps around the flanks,
massive weight loss has altered lateral contour,
the waist and hip transition requires lifting and tightening.
This method extends the incision toward the hips, allowing surgeons to:
reshape the waistline more aggressively,
smooth the flank and lower-back regions,
address lateral skin excess that a standard abdominoplasty cannot fix.
High-definition (HD) abdominoplasty blends liposuction and muscle tightening to create an athletic, naturally sculpted result. Surgeons use liposuction to accentuate:
linea alba,
linea semilunaris,
oblique lines,
waist curvature.
This technique is most suitable for patients with:
good baseline muscle tone,
low to moderate body fat levels,
healthy skin elasticity,
a desire for enhanced abdominal definition.
Liposuction is no longer optional—it is a core component of most tummy tuck procedures. Combining Lipo 360° or targeted abdominal liposuction with muscle tightening creates:
a narrower waist,
more sculpted torso lines,
better transition into the hips and flanks,
enhanced definition in the upper abdomen.
Surgeons may use:
VASER (ultrasound-assisted) for precision and high-definition contouring,
PAL (power-assisted liposuction) for efficiency and control,
traditional suction-assisted liposuction where appropriate.
The results of a tummy tuck are significantly enhanced when excess fat is removed strategically rather than relying on skin tightening alone.
Muscle plication is the key functional component of abdominoplasty. Once the rectus muscles are brought back together:
the waist narrows naturally,
the abdomen flattens without excessive pulling,
core strength improves,
posture stabilizes,
lower-back strain decreases.
For postpartum patients, repairing diastasis recti can dramatically improve quality of life.
In some weight-loss patients, excess skin pulls downward and upward. In these cases, a vertical component may be added to the incision—known as a fleur-de-lis tummy tuck. This approach allows:
removal of horizontal and vertical excess skin,
improved mid-abdominal tightening,
more dramatic reshaping after major weight loss.
Navel appearance plays a major role in the final aesthetic outcome. Surgeons focus on creating:
a natural oval or vertical shape,
an in-set, shadowed appearance,
proportionate alignment with the abdominal midline.
Skilled surgeons ensure the belly button looks natural rather than surgically repositioned.
The ideal tummy tuck technique depends on:
the degree of skin excess,
whether muscle repair is necessary,
the patient’s overall aesthetic goals,
the distribution of stubborn fat pockets,
abdominal wall stability and medical considerations.
A tailored approach ensures long-lasting, natural, and functional results. In the next section, we will explore the full surgical workflow, giving patients a clear, step-by-step understanding of what actually occurs during modern abdominoplasty.
Modern abdominoplasty follows a structured, multi-phase surgical sequence designed to restore abdominal integrity, reshape the torso, and achieve long-lasting aesthetic harmony. Each step is deliberate, informed by anatomy, and optimized for safety and natural results. The following workflow outlines what occurs before, during, and immediately after a contemporary tummy tuck.
Every successful procedure begins with a detailed analysis of the patient’s abdominal structure. Surgeons assess:
the presence and severity of diastasis recti,
quality and thickness of abdominal skin,
distribution of superficial and deep fat,
previous scars and their impact on blood supply,
pelvic width and ribcage orientation,
location of stretch marks and areas of skin damage,
umbilical position and overall torso proportions.
This assessment helps tailor the surgical plan to the patient’s natural anatomy and functional needs.
Marking is performed while the patient is standing to map how gravity affects skin folds and abdominal contours. Surgeons outline:
the exact level of the lower incision,
zones of excess skin and planned resection,
areas where liposuction will refine contours,
the midline for muscle repair,
the ideal final position of the belly button.
Low, curved incision placement ensures the final scar sits beneath underwear or swimwear lines.
Patients are placed under general anesthesia in a sterile, controlled operating environment. Sequential compression devices are applied to reduce thrombosis risk. The abdomen is prepped with antiseptic solution, and the surgical field is carefully draped.
Before any skin is removed or muscles are repaired, surgeons use liposuction to shape the torso. This step:
slims the waist and enhances hourglass proportions,
reduces upper abdominal fullness,
improves lateral contouring along the flanks,
allows for thinner flaps, which improve skin redraping.
Techniques may include:
VASER liposuction for precision and improved skin contraction,
Power-assisted liposuction (PAL) for efficiency and smooth extraction.
Liposuction performed first ensures the final result is not dependent solely on skin pulling but on true structural reshaping.
A lower abdominal incision is made, and the skin–fat layer is carefully elevated from the abdominal wall up to the ribcage. Preserving key blood vessels is essential to maintain flap viability.
Elevation exposes:
the rectus muscles,
the linea alba,
the extent of muscle separation.
If diastasis recti is present, the separated rectus muscles are brought back together using permanent or long-lasting sutures. This step:
narrows the waist naturally,
flattens the abdominal profile,
improves posture and functional stability,
reduces lower-back strain.
Muscle plication is one of the most transformative components of abdominoplasty.
Once muscle repair is complete, the abdominal flap is gently pulled downward to determine how much skin can be safely removed. Surgeons ensure:
adequate tension without over-tightening,
smooth contouring across the upper and lower abdomen,
preservation of blood flow to the skin.
Excess skin is removed in a controlled, customized pattern.
The belly button is carefully released from its original location and reinserted through a newly created opening in the redraped skin. A refined, natural-looking navel is:
vertically oriented,
softly shadowed,
proportionately sized,
aligned along the midline.
Proper umbilical aesthetics significantly elevate the final result.
Closure involves multiple layers of sutures:
deep fascial sutures to reduce tension,
dermal sutures for strength,
fine skin sutures or adhesives to improve scar quality.
A tension-free closure produces a flatter scar and minimizes long-term widening.
Traditional techniques use surgical drains to prevent fluid accumulation. However, many modern surgeons employ progressive tension sutures, which:
reduce dead space,
minimize seroma risk,
eliminate the need for drains in select cases.
Whether drains are used depends on patient anatomy, amount of liposuction performed, and surgeon preference.
Once closure is complete, the patient is placed in a slightly flexed position to protect the repair. Compression garments are applied to donor areas and lower abdomen, and the patient is monitored closely for several hours before being transferred to a recovery room or overnight stay unit.
The next section will explore the recovery period in depth, including mobility guidelines, swelling patterns, scar maturation, garment protocols, and the timeline for returning to daily activities.
Recovery after abdominoplasty is a structured biological process that involves inflammation control, tissue integration, muscle stabilization, and gradual reshaping of the abdominal contour. Understanding this timeline is essential for protecting surgical results and ensuring long-term functional improvement. Modern recovery protocols prioritize mobility, balanced compression, and careful muscle protection rather than rigid immobilization.
The early postoperative window is defined by controlled inflammation—the body’s natural response as it begins repairing tissues.
Patients commonly experience:
tightness due to muscle plication,
swelling around the incision and flanks,
lower abdominal pressure when standing fully upright,
mild to moderate discomfort that improves daily.
Surgeons may encourage a slightly flexed posture while walking or resting to reduce tension on the incision and repaired muscles.
During the first two weeks, the body begins reorganizing tissue layers and re-establishing lymphatic flow.
Key elements of this stage include:
compression garment use to control swelling and support contour retention,
light walking several times a day to prevent blood clots and improve circulation,
drain care if drains were placed, usually removed within 5–10 days,
incision maintenance and monitoring for signs of infection,
avoiding heavy lifting or any movement that strains the core.
Swelling is often most prominent in the lower abdomen, sometimes creating a temporary “swelling shelf,” which gradually settles over several weeks.
By the second week, patients can usually stand straighter, and initial discomfort begins to fade. However, the internal repair is still fragile.
During this phase, the focus is on:
protecting the muscle plication from sudden strain,
maintaining consistent compression garment use,
avoiding abdominal exercises, twisting, or bending that activates the core,
gradually increasing mobility and daily activity.
Most patients return to office-based work around week two but should avoid strenuous activity until cleared.
Between the third and sixth month, the abdomen undergoes significant aesthetic refinement as tissues settle and scars begin to mature.
Patients notice:
smoother contours across the upper and lower abdomen,
improved waist definition,
softening of the incision line,
decreased swelling and fluid retention,
progressive recovery of core strength.
Scar management protocols may include:
silicone sheets or gels,
gentle massage techniques (only when approved),
topical hydration,
strict sun protection to prevent pigment darkening.
By six months, most swelling has resolved, and the abdomen begins to reflect its intended shape. Full results typically appear between 9 and 12 months.
During this stage:
scars continue flattening and lightening,
the waistline becomes more sculpted,
the abdomen feels stronger and more stable,
patients can resume full exercise routines, including core training.
For many, this is the point when functional improvements—better posture, reduced back pain, stronger core engagement—become most apparent.
Scar evolution follows a predictable pattern:
Weeks 0–6: Red or pink, slightly raised.
Months 2–6: Begins flattening and lightening.
Months 6–12: Softens to a thin line, often fading to the natural skin tone.
Scar quality depends on:
genetics,
tension placed on the incision during healing,
sun exposure,
proper wound care.
Modern closure techniques and layered suturing significantly improve scar aesthetics.
Patients should adhere to the following:
avoid heavy lifting for at least 6 weeks,
maintain good hydration and nutrition to support healing,
gradually reintroduce exercise once approved,
protect the incision from UV exposure for at least one year.
Core-specific workouts should only be resumed after full muscle healing, typically around three months.
Normal postoperative sensations:
tightness or pulling,
mild asymmetry,
intermittent swelling,
temporary numbness.
Concerning symptoms requiring medical evaluation:
sudden increase in swelling or fluid,
fever or spreading redness,
difficulty breathing,
sharp abdominal pain unrelated to movement,
unusual discharge from the incision.
Understanding these distinctions helps patients navigate recovery with confidence and reduces risk of complications.
The next section will cover international patient logistics, cost considerations, surgeon selection, and the reasons many individuals choose Turkey for abdominoplasty.
Undergoing a tummy tuck abroad requires more than surgical expertise—it requires a coordinated ecosystem capable of supporting patients logistically, medically, and emotionally throughout the entire process. Turkey has become one of the world’s most reliable destinations for abdominoplasty, not just because of cost advantages, but because of the comprehensive infrastructure and high surgical volume that define its healthcare system. This section outlines the complete patient journey, realistic global cost expectations, and the specific factors that make Turkey a leader in modern tummy tuck surgery.
NexWell offers a structured pathway for international patients that prioritizes safety, transparency, and comfort at every stage.
The journey begins long before the patient arrives in Turkey. Through secure digital communication, patients submit:
medical history,
abdominal photographs in standing and relaxed positions,
information about past surgeries or pregnancies,
lifestyle factors that influence healing.
Surgeons evaluate:
degree of muscle separation,
distribution of abdominal and flank fat,
skin quality and elasticity,
existing scars and their implications,
suitability for mini, full, or extended abdominoplasty.
This ensures the patient receives accurate expectations and a clear surgical plan before traveling.
Upon arrival, patients are greeted by private transfer services and escorted to their hotel. A preoperative hospital visit follows, including:
physical examination,
confirmation of incision placement and technique,
marking session based on standing posture,
anesthesiology consultation,
laboratory review and medical clearance.
The goal is to finalize the surgical plan in person and ensure full patient understanding.
Patients are admitted to a modern, accredited facility equipped with advanced operating rooms and rigorous safety standards.
The surgical day includes:
final markings while standing,
Lipo 360° or selective liposuction to contour the torso,
muscle plication when needed,
precise skin redraping and removal,
umbilical repositioning,
layered closure designed for optimal scar healing.
Most patients stay one night under the supervision of the surgical team.
After discharge, patients transition to their hotel where recovery continues with professional guidance.
NexWell coordinators provide:
medication and drain-care instructions,
garment guidelines and wearing schedules,
mobility recommendations,
wound-care protocols,
in-person or remote follow-up appointments.
This structured support minimizes anxiety and ensures early healing progresses smoothly.
Healing continues for several months, and NexWell remains actively involved. Patients submit photos at:
2 weeks,
6 weeks,
3 months,
6 months,
12 months.
Surgeons analyze scar maturation, swelling resolution, muscle stability, and overall contour development.
Abdominoplasty costs vary across countries due to differences in surgeon experience, operating room fees, anesthesia costs, facility overhead, and the inclusion (or exclusion) of liposuction.
| Country | Average Cost | Includes | Key Notes |
|---|---|---|---|
| Turkey | €3,000–€6,000 | Full abdominoplasty, muscle repair, liposuction, hospital stay, meds, private transfers | High surgical volume and advanced contouring protocols |
| USA | $12,000–$25,000 | Surgeon fee; limited lipo zones included | Higher overhead and insurance-driven cost structure |
| UK | £7,000–£12,000 | Basic tummy tuck, minimal lipo | Conservative approach to contouring |
| Germany | €8,000–€14,000 | Facility fees + surgeon + anesthesia | Very strict regulations and higher operating costs |
| Canada | $10,000–$18,000 | Standard tuck + hospital fees | Lower case volume compared to Turkey |
Turkey’s competitive pricing does not indicate lower quality—it reflects the country’s medical-tourism infrastructure, cost-efficient systems, and high case volume, which collectively reduce overall expenses while enhancing expertise.
Turkey’s global reputation in tummy tuck surgery is built on several foundational strengths.
Surgeons in Turkey perform significantly more abdominoplasty procedures each year than many Western counterparts. High volume leads to:
refined muscle repair techniques,
optimized scar placement,
mastery in liposuction-assisted contouring,
better management of post-pregnancy and weight-loss cases.
Turkey’s private hospitals feature:
JCI accreditation,
advanced imaging and operating suites,
specialized recovery units,
international safety standards.
This infrastructure supports precise and consistent surgical outcomes.
Rather than offering liposuction as an add-on, Turkish surgeons commonly integrate it as a core part of abdominoplasty. This ensures:
improved waist definition,
better upper abdominal contour,
smoother transitions across torso lines.
Contemporary preferences favor:
natural waist curves,
subtle definition rather than over-tightening,
functional improvement through muscle repair,
proportionate and cohesive silhouettes.
Turkish surgeons specialize in these modern, harmony-focused principles.
Turkey’s well-developed system includes:
multilingual coordinators,
dedicated patient support teams,
structured travel planning,
high patient satisfaction and smooth postoperative experiences.
This streamlined process reduces stress and maximizes comfort for international patients.
NexWell collaborates only with clinics that prioritize safety, science-driven technique, and ethical decision-making. Our primary goals are:
restoring abdominal function,
creating natural, long-lasting contours,
minimizing complication risks,
providing transparent, supportive patient care.
Abdominoplasty is one of the most transformative procedures available—when performed correctly, it restores not only physical shape but also strength, confidence, and daily comfort.
Written by NexWell Experts
No. Liposuction removes fat but does not address loose skin or muscle separation. A tummy tuck removes excess skin, tightens the abdominal muscles, and can include liposuction for contouring. Many patients benefit from a combination of both.
Yes. Abdominoplasty is the gold-standard treatment for diastasis recti. During surgery, the separated abdominal muscles are brought back together, restoring core stability and improving posture.
Results are long-lasting as long as the patient maintains a stable weight and healthy lifestyle. Muscle repair typically remains stable unless a future pregnancy or major weight change occurs.
Yes, but it is generally recommended to complete planned pregnancies first. Pregnancy after surgery can stretch the muscles and skin again, potentially reversing some benefits.
Discomfort is expected, especially due to muscle tightening, but pain is manageable with prescribed medication. Most patients report significant improvement after the first week.
Some surgeons use drains to prevent fluid buildup, while others use progressive tension sutures to avoid drains. The decision depends on anatomy, technique, and the amount of liposuction performed.
The scar is placed low on the abdomen, typically below underwear or swimwear lines. It fades significantly over time with proper care, including silicone therapy and sun protection.
Many patients walk slightly bent forward for the first few days to reduce tension on the incision. Most can stand upright by the end of the first week.
Most patients return to non-physical work within 10–14 days. Jobs requiring heavy lifting or intense movement require a longer recovery period.
Light walking begins immediately. More intense exercise, including core workouts, should wait until at least 6–8 weeks, depending on surgeon approval.
The procedure is not a weight-loss method. It improves contour, muscle function, and abdominal tone but should not replace weight management strategies.
Stretch marks located on the lower abdomen may be removed with excess skin. Marks above the navel typically remain but may appear less noticeable after tightening.
Swelling peaks during the first 2–3 weeks and gradually decreases over several months. Final results appear around 6–12 months.
Seroma is a fluid buildup under the skin. Drains or aspiration may be used to treat it. Surgeons minimize risk by using layered closure techniques.
Yes. Many patients combine tummy tuck with breast surgery, liposuction, or arm lift procedures. Your surgeon determines whether combined surgery is safe based on your health and surgical goals.
Individuals with uncontrolled medical conditions, active infections, poor wound-healing history, or unrealistic expectations may not be suitable candidates. Smoking also increases complication risk.
Yes. Pregnancy often causes stretched skin and diastasis recti. A tummy tuck removes excess tissue and repairs muscles, effectively addressing postpartum abdominal changes.
Most surgeons recommend 6–8 weeks of consistent compression for optimal contouring, reduced swelling, and improved comfort.
General anesthesia is standard. Patients remain asleep and pain-free throughout the procedure.
Yes. Assistance with daily tasks is recommended for the first several days, especially for patients with young children or limited mobility.
No. The navel stays attached to underlying tissue but is brought through a new opening in the redraped skin, giving it a refreshed, natural appearance.
Weight gain can affect contours and muscle repair integrity. For best results, patients should maintain a stable weight.
When performed by experienced surgeons in accredited hospitals, abdominoplasty is considered safe. As with any surgery, risks exist but are minimized through preoperative screening and advanced surgical techniques.
