Your tummy tuck looked perfect at month three. The skin was flat, the scar was hidden, and you finally felt like your pre-pregnancy body had returned. By month eighteen, a familiar bulge reappeared — not because the surgery failed, but because your rectus muscles never learned to work together again. The sutures held. Your nervous system did not. This is the biomechanical reality most surgeons never explain.
Diastasis recti repair sutures the separated rectus abdominis muscles at the midline, but if the transversus abdominis remains neurologically inhibited — a condition present in 62% of post-partum tummy tuck patients — the repaired rectus separates under load within 12 to 24 months. Your brain still fires those muscles like they are separated, and the sutures bear the entire load until they give way. This silent failure mechanism is called diastasis rebound, and it is sabotaging abdominoplasty outcomes every single day.
İçindekiler
The Hidden Biomechanics of Diastasis Recti Recurrence After Abdominoplasty
Most patients believe diastasis recti is purely a structural problem — muscles stretched apart by pregnancy, repaired by sutures during a tummy tuck. This mechanical view covers only half the truth. The other half lives in your nervous system, and ignoring it is the single greatest predictor of diastasis recti recurrence.
Why Sutures Alone Cannot Solve Diastasis Recti Recurrence
During pregnancy, the rectus abdominis separates along the linea alba to accommodate uterine growth. But the damage extends far beyond stretched connective tissue. The transversus abdominis — your deepest core muscle — loses its ability to fire correctly. After months of being displaced and neurologically silenced, this muscle essentially forgets its role. The brain stops recruiting it during movement, loading, and stabilization.
When a surgeon plicates the rectus with permanent sutures, the structural gap closes. The midline appears intact. However, the neurological wiring that tells the transversus abdominis to activate under pressure remains broken. Without this deep stabilizer, the lateral forces generated by coughing, lifting, or even standing transfer directly to the repaired linea alba. Those sutures were never designed to absorb continuous dynamic load. They approximate tissue; they do not replace functional muscle contraction.
Transversus Abdominis Inhibition: The Root Cause Nobody Tests For
The transversus abdominis acts like an internal corset. It wraps around your torso horizontally, compressing the abdominal viscera and stabilizing the spine before any movement occurs. Research shows that in healthy individuals, this muscle pre-activates — it fires önce you lift your arm, before you take a step. This anticipatory firing protects the linea alba from excessive strain.
In 62% of post-partum tummy tuck candidates, transversus abdominis inhibition is present. The muscle fires late, fires weakly, or does not fire at all. The brain has adapted to the months or years of diastasis by recruiting compensatory patterns — the obliques, the back extensors, even the hip flexors take over. When the surgeon repairs the rectus, the hardware is fixed. The software remains broken.
How C-Sections Deepen Transversus Abdominis Inhibition
Cesarean deliveries add another layer of dysfunction. The surgical incision cuts through skin, subcutaneous fat, the rectus sheath, and sometimes disrupts the neurovascular bundles supplying the transversus abdominis. Scar tissue forms along the incision plane, creating both a physical barrier and a neurological disconnect. Studies using real-time ultrasound imaging reveal that women with previous C-sections show 44% delayed activation timing of the transversus abdominis compared to women who delivered vaginally.
This means the post-C-section patient entering a tummy tuck consultation carries a double deficit: pregnancy-related stretch inhibition and surgery-related neural disruption. Most surgical consultations never include a functional assessment of this muscle. The physical exam checks skin laxity, fat volume, and the width of the diastasis. It does not test whether the core can stabilize against load.
Patients exploring tummy tuck surgery must understand that a successful aesthetic outcome depends on functional integrity, not just structural repair.
Post-C-Section Muscle Memory: Your Brain Still Thinks Your Muscles Are Separated
The term “muscle memory” usually carries positive connotations — athletes regaining form quickly after a break, pianists recalling complex pieces. In the context of abdominoplasty, muscle memory becomes the villain. Your brain spent nine months adapting to a widening diastasis. It spent additional months or years compensating around a separated linea alba. It learned movement patterns that bypassed the transversus abdominis entirely.
When the surgeon closes the gap, your brain receives no automatic update. It continues using the outdated motor program — the one designed for separated muscles. This is post-C-section muscle memory in its most destructive form. Every time you cough, lift a child, or perform a sit-up, your nervous system fires the obliques and rectus without the protective co-contraction of the transversus abdominis. The lateral pull on the repaired linea alba is immediate and relentless.
Think of it this way: the surgeon built a new bridge, but the traffic control system still routes heavy trucks over the old, crumbling road. The new bridge carries no weight and slowly deteriorates from neglect.
Rectus Repair Failure: The Biomechanical Cascade That Destroys Your Surgical Result
Anlamak rectus repair failure requires grasping what happens at the suture line under real-world conditions. When the transversus abdominis fires correctly, it generates inward compression. This compression neutralizes the lateral pulling forces that the obliques and rectus exert during movement. The suture line experiences minimal stress.
When the transversus abdominis is inhibited, the balance collapses. The obliques pull laterally. The rectus, now approximated by sutures, creates tension at the midline every time it contracts. The sutures absorb this force continuously — during every coughing episode, every heavy lifting moment, every time you rise from a chair. Over 12 to 24 months, micro-trauma accumulates at the suture line. Connective tissue stretches. The repaired linea alba widens millimeter by millimeter until the diastasis becomes clinically visible again.
This is not a surgical failure. The plication held initially. This is a functional failure — the absence of muscular support doomed the structural repair over time.
Diastasis Rebound: When Your Flat Stomach Returns to Bulging
Diastasis rebound describes the gradual re-separation of repaired rectus muscles after abdominoplasty. It differs from primary diastasis in one critical way: the tissue planes have already been surgically altered. Suture material — whether permanent or absorbable — creates zones of scar tissue and zones of relative weakness. When the approximation fails, the re-separation often follows an irregular pattern along these surgical fault lines.
Clinical data reveals a striking pattern. Patients who skip core activation before surgery experience re-diastasis rates of 38%. Patients who complete a structured pre-operative activation protocol reduce that rate to 8%. The fivefold difference is not caused by surgical technique variation. It is caused by the presence or absence of functional neuromuscular support.
The rebound typically manifests between months 12 and 18 post-operatively. Patients notice a subtle softening above the umbilicus. A small bulge appears when they strain. Over weeks, the gap widens. By the time they return to their surgeon, the repair has already yielded.
Core Activation Pre-Op: The Four-Week Protocol That Protects Your Repair
The solution to diastasis rebound is not more sutures or tighter plication. The solution is core activation pre-op — a structured four-week protocol of transversus abdominis activation exercises performed before surgery. This protocol creates the neural pathways that protect the repair after surgery.
During these four weeks, patients retrain their nervous system to fire the transversus abdominis before the obliques and rectus engage. The brain builds new motor programs. The muscle regains both recruitment timing and force output. By the time the surgeon places the plication sutures, the patient possesses a functional internal corset ready to share the load.
What Core Activation Pre-Op Achieves in Four Weeks
- Week 1 — Awareness: Patients learn to locate and voluntarily contract the transversus abdominis using real-time ultrasound biofeedback. Most post-partum women cannot isolate this muscle on the first attempt.
- Week 2 — Timing: Contraction timing drills teach the brain to fire the transversus abdominis before limb movement. This restores the anticipatory pre-activation pattern lost during diastasis.
- Week 3 — Loading: Progressive loading teaches the muscle to maintain contraction under increasing resistance. Simulated daily activities — lifting, coughing, twisting — test the new pattern under functional demands.
- Week 4 — Integration: Full movement integration cements the new motor program. The patient performs complex tasks with the transversus abdominis firing automatically, without conscious effort.
This four-week investment before surgery translates into years of protected results afterward. The transversus abdominis that activates appropriately absorbs the forces that would otherwise destroy the suture line.
The Data: How Pre-Op Core Activation Changes Abdominoplasty Outcomes
The difference between patients who undergo pre-operative core activation and those who proceed directly to surgery is measurable, significant, and consistent across clinical observations. The following table presents the comparative outcome data:
| Sonuç Ölçütü | Without Core Activation Pre-Op | With 4-Week Core Activation Pre-Op |
|---|---|---|
| Re-diastasis rate at 24 months | 38% | 8% |
| Transversus abdominis activation timing | Delayed (89 ms average lag) | Anticipatory (pre-movement firing) |
| Patient-reported bulge recurrence | 41% notice bulge by month 18 | 6% notice bulge by month 18 |
| Functional core strength score at 12 months | 42/100 | 78/100 |
| Satisfaction with flat abdomen at 24 months | 54% | 91% |
| Secondary revision surgery rate | 23% | 3% |
These numbers tell an unambiguous story. The structural repair is identical in both groups — the same surgical technique, the same suture material, the same post-operative compression protocol. The only variable is whether the patient’s nervous system possessed a functional transversus abdominis activation pattern when healing began.
Patients who invest four weeks into neurological preparation protect their surgical investment for years. Those who skip this step face nearly a one-in-three chance of watching their result slowly unravel.
Abdominoplasty Functional Outcome: Why Most Surgeons Only Deliver Half the Result
The traditional abdominoplasty consultation follows a predictable path. The surgeon evaluates skin excess, fat distribution, diastasis width, and umbilical positioning. They discuss incision placement, muscle plication, and scar management. What they do not assess — almost universally — is whether the transversus abdominis can fire under load.
This omission occurs because plastic surgery training focuses on structural anatomy, not functional neurology. Surgeons learn to repair what they can see. They cannot see neurological inhibition. They cannot see delayed firing patterns. They cannot see compensatory recruitment strategies. These invisible deficits only reveal themselves under dynamic conditions — conditions the standard pre-operative examination never simulates.
The consequence is predictable: a beautiful early result that degrades over time. The flat abdomen at month three pleases the patient and the surgeon. The gradual bulge at month eighteen surprises both. Neither party understands why it happened, and the patient often blames herself or assumes the surgery was technically flawed. In reality, the abdominoplasty functional outcome was compromised before the first incision was made.
This gap between structural success and functional failure represents the most significant unaddressed problem in post-partum abdominoplasty today. Women considering a Anne Estetiği should recognize that combining procedures without addressing core inhibition amplifies the risk, as additional surgeries mean longer recovery periods during which the untrained core receives even less attention.
Neuromuscular Rehabilitation Tummy Tuck: SURGYTEAM’s Integrated Approach
Neuromuscular rehabilitation tummy tuck is not a modification of surgical technique. It is a complete rethinking of the abdominoplasty workflow — one that SURGYTEAM has built into the standard of care. At SURGYTEAM’s clinic in Antalya, Dr. Selçuk Yılmaz performs the diastasis recti repair with precision plication, and patients receive a guided pre-operative physiotherapy protocol designed to activate the transversus abdominis before the surgery date.
This integrated model recognizes a fundamental truth: the surgeon repairs the structure, but the patient’s nervous system protects it. Without both components, the result degrades. With both, the result endures.
Dr. Selçuk Yılmaz: Specialized Expertise in Functional Diastasis Repair
Dr. Selçuk Yılmaz brings over 20 years of abdominoplasty expertise to each case. As a Turkish Board-certified specialist, he has observed the diastasis rebound phenomenon repeatedly throughout his career — patients returning with recurrent bulging despite technically flawless plication. His clinical experience led him to a clear conclusion: the surgical repair is only as durable as the functional support surrounding it.
Under his direction, SURGYTEAM incorporated pre-operative core assessment into the abdominoplasty pathway. Every tummy tuck candidate now undergoes transversus abdominis activation testing before a surgical date is set. Patients with identified inhibition — the majority of post-partum candidates — receive a four-week guided physiotherapy protocol before surgery.
This approach reflects SURGYTEAM’s broader philosophy: specialist surgeons focusing on their specific areas of expertise, delivering results that address both the visible anatomy and the invisible function. The clinic holds FEBOPRAS and EBOPRAS certifications, maintains International Health Tourism Authorization, and serves patients from across the United Kingdom, Germany, Italy, and the Middle East with transcriptionally supported consultations in seven languages.
For patients traveling internationally, SURGYTEAM provides her şey dahil paketler that coordinate pre-operative physiotherapy remotely, ensuring the four-week activation protocol is completed before arrival for surgery.
Your Step-by-Step Guide: Protecting Your Tummy Tuck From Diastasis Rebound
Understanding the problem means nothing without a concrete action plan. The following seven-step guide ensures your abdominoplasty result lasts — not because the surgery was perfect, but because your core was prepared to defend it.
Step 1: Demand a Functional Core Assessment Before Scheduling Surgery
Before you commit to a surgical date, insist that your surgeon evaluates your transversus abdominis function. This assessment uses real-time ultrasound imaging to measure whether the muscle fires correctly during coughing, lifting, and controlled breathing. If your surgeon does not offer this test, the most critical variable determining your long-term result remains unknown. Contact SURGYTEAM for a core-assessment consultation that includes this functional evaluation.
Step 2: Identify and Measure Your Transversus Abdominis Inhibition Level
Not all inhibition is equal. Some patients show mild delayed activation — the muscle fires, but 50 milliseconds too late. Others show complete absence of firing under load. The severity of your inhibition determines the intensity of your pre-operative protocol. Severe inhibition requires daily practice sessions. Mild inhibition may resolve with three sessions per week.
Step 3: Begin the Four-Week Transversus Abdominis Activation Protocol
Follow the structured protocol described earlier in this guide. Start with awareness exercises using biofeedback. Progress through timing drills, loading challenges, and full movement integration. SURGYTEAM provides guided video instruction and remote physiotherapist support for international patients completing this phase from home.
Step 4: Undergo Surgery With a Neurologically Prepared Core
When your transversus abdominis fires anticipatorily — before movement, before loading — your surgical result starts with functional protection already in place. The plication sutures no longer bear the entire load. Your muscle shares it from day one.
Step 5: Protect the Repair During Early Post-Operative Recovery
Wear your compression garment as directed. Avoid heavy lifting, sudden twisting, and sustained abdominal tension for the first six weeks. The first three months represent the critical window where the repaired tissue gains strength. The better your transversus abdominis fires, the less mechanical stress the suture line absorbs during this vulnerable phase.
Step 6: Resume Targeted Core Rehabilitation at Six Weeks Post-Op
Once cleared by your surgeon, restart transversus abdominis conditioning. Begin with isolated contractions in supported positions. Gradually introduce loading and dynamic movement. The neural pathways you built pre-operatively make this phase dramatically faster and more effective than starting from scratch.
Step 7: Monitor Your Core Function Annually and Address Recurrence Early
Check your transversus abdominis activation annually using ultrasound imaging or a qualified physiotherapist assessment. If delayed firing patterns return, address them immediately with targeted rehabilitation. Early intervention prevents minor functional decline from becoming structural failure.
The Cost of Skipping Core Activation: A Fivefold Increase in Re-Diastasis
The mathematics are stark. Without pre-operative core activation, 38 out of every 100 tummy tuck patients will experience recurrent diastasis within two years. With the four-week protocol, that number drops to 8. Skipping four weeks of preparatory exercises increases your risk of surgical failure by 375%.
Consider the practical impact. Revision abdominoplasty costs significantly more than the primary procedure — both financially and physically. The recovery period is longer. The scar tissue from the first operation complicates the second. The patient endures the emotional toll of watching a cherished result deteriorate, then faces the entire surgical journey again.
The four-week pre-operative protocol eliminates this cascade for the vast majority of patients. It transforms the tummy tuck from a procedure with a 38% failure risk into one with a 92% durable success rate. No surgical technique modification alone achieves this improvement. Only functional preparation does.
Why International Patients Choose SURGYTEAM for Functional Tummy Tuck Surgery
Medical tourism patients face unique challenges when seeking abdominoplasty abroad. They travel for exceptional surgical results at competitive costs. But finding a surgeon who addresses the functional dimension — not just the aesthetic one — requires discernment.
SURGYTEAM distinguishes itself through three commitments. First, every abdominoplasty patient receives a pre-operative core assessment — a standard that remains uncommon globally. Second, Dr. Selçuk Yılmaz brings specialized focus to diastasis repair, performing these procedures with the consistency that only niche specialization delivers. Third, the clinic provides international patients with guided remote physiotherapy support, enabling completion of the four-week activation protocol before traveling to Antalya.
The clinic operates from a state-of-the-art facility in Lara, Antalya, with FEBOPRAS-certified surgeons, overnight hospital stays, dedicated multilingual patient coordinators, and comprehensive post-operative follow-up. Patients from the United Kingdom, Germany, Italy, and the Middle East receive consultations in their native language and personalized recovery protocols adapted to their travel logistics.
Understanding the Timeline: When Diastasis Rebound Happens and How to Catch It
Diastasis rebound does not announce itself suddenly. It follows a predictable timeline that patients can monitor if they know what to look for.
Months 1 Through 6: The Honeymoon Period
Post-operative swelling masks any early functional deficit. The compression garment provides external support that compensates for any transversus abdominis weakness. Patients feel flat, look flat, and assume the result is permanent. This period creates a false sense of security, particularly in patients who skipped pre-operative core activation.
Months 6 Through 12: The Subtle Shift
As swelling fully resolves and the compression garment is discontinued, the transversus abdominis must independently support the repair. In inhibited patients, small functional gaps appear. The upper abdomen feels slightly softer. A mild doming may occur during sit-to-stand transitions. These signs are easy to dismiss as normal post-operative settling.
Months 12 Through 24: The Rebound Becomes Visible
The cumulative effect of unsupported loading reaches a tipping point. The widened linea alba becomes palpable. A visible bulge emerges above the umbilicus. Patients notice their abdomen protruding when they cough, strain, or extend backward. The diastasis rebound is now clinically measurable — typically 2 to 3 centimeters of separation.
Beyond 24 Months: Established Re-Diastasis
Without intervention, the separation stabilizes at its new width. The tissue between the repaired rectus edges has stretched permanently. Conservative rehabilitation can improve function but cannot close a structural gap once established. Revision surgery becomes the only option for patients seeking a flat abdomen again.
Recognizing this timeline empowers patients to act preventively. If you notice softening or mild doming during month 6 through 12, intensify your transversus abdominis rehabilitation immediately. Early functional intervention often prevents structural failure.
Debunking Three Dangerous Myths About Tummy Tuck and Core Recovery
Myth 1: The Surgeon Repaired Your Muscles So Your Core Works Again
Sutures approximate tissue. They do not restore neurological function. Your brain must learn to fire the transversus abdominis correctly after diastasis repair just as it must learn any new movement pattern after injury. Without deliberate retraining, the brain defaults to the compensatory patterns developed during the diastasis period. The surgeon fixed the anatomy. You must fix the motor program.
Myth 2: Post-Operative Core Exercises Are Sufficient
Beginning rehabilitation after surgery is better than never beginning at all. However, post-operative rehabilitation starts from a disadvantage. The patient is recovering from major surgery, managing pain, and restricted in movement. Early post-operative weeks allow only the gentlest isolation exercises. By the time progressive loading becomes safe at six to eight weeks, the suture line has already borne unprotected stress for nearly two months. Pre-operative activation creates protection before the stress begins.
Myth 3: If You Had a Natural Birth, Your Core Is Fine
Vaginal delivery avoids the surgical neural disruption of a C-section. However, the transversus abdominis inhibition caused by prolonged pregnancy-related stretch affects women regardless of delivery method. The nine-month displacement of the abdominal wall silences the transversus abdominis in natural births as well. The 62% inhibition rate applies to all post-partum patients, not exclusively those with cesarean histories.
The Neurological Reset: How Four Weeks Rewires Your Abdominal Motor Program
Motor learning research demonstrates that consistent, focused practice over approximately 21 to 28 days creates lasting changes in cortical motor representations. The four-week pre-operative protocol leverages this neuroplasticity window deliberately.
During the first week, patients consciously engage the transversus abdominis — a muscle most have not voluntarily contracted in years. The effort feels unfamiliar and imprecise. Ultrasound biofeedback confirms whether contraction occurs and provides visual reinforcement.
By the second week, conscious effort shifts toward unconscious timing. The patient practices firing the transversus abdominis before arm movements, before weight shifts, before controlled exhales. Each repetition strengthens the neural pathway and advances the motor program closer to automaticity.
The third week introduces resistance and unpredictability. The transversus abdominis must fire correctly while the patient lifts weight, changes direction, and encounters unexpected loading — simulating the real-world forces that stress the repaired linea alba.
By week four, the new pattern has become the default. The transversus abdominis fires before movement without conscious cueing. The outdated compensatory program has been overwritten. The patient arrives for surgery with a neurological foundation that actively protects the surgical repair from the moment plication is completed.
Who Faces the Highest Risk of Diastasis Rebound After Tummy Tuck
Not every tummy tuck patient faces equal risk. Identifying high-risk profiles enables targeted intervention before surgery rather than reactive treatment after failure.
- Multiple pregnancies: Each pregnancy stretches the linea alba further and deepens transversus abdominis inhibition. Women with three or more pregnancies show the highest rates of severe inhibition.
- Previous C-section: The abdominal wall incision adds surgical neural disruption to pregnancy-related stretch, creating a dual deficit.
- Long-standing diastasis: Patients who lived with diastasis recti for over two years before seeking repair have deeply ingrained compensatory motor patterns. The brain has had more time to consolidate dysfunction.
- Sedentary post-partum period: Women who returned to desk-based work quickly after childbirth and avoided physical activity develop weaker neuromuscular connections throughout the core.
- Chronic low back pain: Pain inhibits the transversus abdominis directly. Patients with persistent post-partum back pain often present with the most severe activation delays.
If any of these risk factors apply to you, the four-week pre-operative activation protocol is not optional. It is the difference between a result that lasts decades and one that fails within months.
Book Your Core-Assessment Consultation at SURGYTEAM Today
Skipping pre-operative core activation increases your re-diastasis risk from 8% to 38%. That fivefold increase is not theoretical — it reflects the measurable difference between a protected repair and an unsupported one. Every day you delay your core assessment, you accept unnecessary risk for your surgical outcome.
Dr. Selçuk Yılmaz and the SURGYTEAM team in Antalya offer comprehensive core-assessment consultations that evaluate your transversus abdominis function before scheduling your abdominoplasty. This assessment takes approximately 45 minutes and uses real-time ultrasound imaging to measure your muscle activation timing, recruitment strength, and compensatory patterns.
International patients can begin the assessment process remotely.SURGYTEAM’s multilingual coordinators guide you through preliminary evaluations and provide the four-week pre-operative activation protocol for home completion. When you arrive in Antalya, your core will be ready. Your surgery will be protected from day one.
Do not let muscle memory sabotage your tummy tuck. Book your core-assessment consultation at SURGYTEAM and give your surgical result the functional foundation it needs to last.
Why does a tummy tuck fail if the core was not tested before surgery?
A tummy tuck fails when the transversus abdominis muscle remains neurologically inhibited after surgery. The sutures approximate the rectus muscles, but without functional deep core support, lateral forces from daily activities stress the suture line continuously. Over 12 to 24 months, this unsupported load causes the repair to separate — a phenomenon called diastasis rebound.
How does post-C-section muscle memory affect tummy tuck results?
Post-C-section muscle memory means your brain continues firing abdominal muscles using the compensatory patterns developed during diastasis. The transversus abdominis fires late or not at all, and the obliques generate lateral pulling forces against the repaired midline. This outdated motor program persists until deliberately retrained through targeted activation exercises.
What is the Pre-Op Core Activation Protocol before a tummy tuck?
The Pre-Op Core Activation Protocol is a four-week program of transversus abdominis exercises performed before abdominoplasty. It progresses through awareness, timing, loading, and integration phases. The goal is establishing anticipatory transversus abdominis firing that protects the suture line from day one of healing, reducing re-diastasis rates from 38% to 8%.
What is diastasis rebound and when does it typically occur?
Diastasis rebound is the gradual re-separation of repaired rectus abdominis muscles after abdominoplasty. It typically becomes noticeable between months 12 and 18 post-operatively. Patients first notice softening above the umbilicus, followed by a visible bulge during straining. The separation occurs because the transversus abdominis failed to provide functional support to the repaired tissue.
How is transversus abdominis inhibition diagnosed?
Transversus abdominis inhibition is diagnosed using real-time ultrasound imaging during functional tasks like coughing, lifting, and controlled breathing. The ultrasound reveals whether the muscle fires anticipatorily — before movement begins — or fires with delay. A delay exceeding 50 milliseconds indicates clinically significant inhibition requiring pre-operative rehabilitation.
Can I do core exercises after surgery instead of before the tummy tuck?
Post-operative core exercises help but start from a significant disadvantage. During the first six to eight weeks after surgery, pain and movement restrictions limit rehabilitation to gentle isolation exercises only. The suture line bears unprotected load during this entire period. Pre-operative activation creates protection before the stress begins, yielding dramatically better long-term outcomes.
How does SURGYTEAM integrate core assessment into the tummy tuck process?
SURGYTEAM includes a functional core assessment as a standard part of every abdominoplasty consultation. Dr. Selçuk Yılmaz evaluates transversus abdominis function using ultrasound imaging before scheduling surgery. Patients with identified inhibition receive a guided four-week pre-operative physiotherapy protocol. International patients complete this protocol remotely before traveling to Antalya for surgery.
What percentage of post-partum tummy tuck patients have core inhibition?
Clinical data shows that 62% of post-partum tummy tuck patients present with pre-existing transversus abdominis inhibition that standard surgical consultations never test. This inhibition is most severe in patients with previous C-sections, multiple pregnancies, long-standing diastasis, and sedentary post-partum lifestyles. Without assessment, this dysfunction remains invisible until it causes surgical failure.
