Ismar Facerecognizable After Botched Rhinoplasties: Three Failed Surgeries and a Quest for Reconstruction in Colombia

Breaking: dorismar Faces Reconstructive Journey After Botched Rhinoplasty Series

december 17,2025 – Dorismar,the Argentinian television personality born Dora Noemí kerchen in 1975,reappeared publicly with a dramatically altered face following a sequence of cosmetic procedures. The development has sparked widespread concern among fans and entertainment media alike.

Timeline Of procedures And Outcomes

The first procedure occurred in 2023, a rhinoplasty aimed at correcting a mild nasal asymmetry. A close source described the results as troubling, noting the bone structure worsened and the cartilage that was meant to add volume disappeared, leaving the nose visibly sunken.

A second operation followed, reportedly conducted to address the initial mistake. This time, an artificial implant was placed without the patient’s consent. The body rejected the implant, triggering an infection and a collapse of the nasal septum, with the surgeon allegedly minimizing the issue as a normal reaction.

A third intervention took place in 2024, with promises of a “state-of-the-art” implant. the outcome proved more severe: the nose retracted, a conspicuous scar emerged, and breathing difficulties intensified.

Reconstructive Hope In colombia

Facing physical and emotional strain, Dorismar traveled to Bogotá, Colombia, seeking corrective treatment from Dr. Froilán Páez, a renowned otorhinolaryngologist and plastic surgeon. A video shared on social media showed cautious optimism as Dorismar wore a nasal splint and spoke from the rehabilitation phase. She described the move as a response to malpractice and expressed guarded relief at early signs of advancement.

Broader Implications

The case has reignited discussions about the risks associated with cosmetic surgery and the essential need for stringent medical ethics and regulatory oversight. It underscores the vulnerability of patients who seek cosmetic enhancements and entrust their health to practitioners whose practices may warrant closer scrutiny.

Key Facts At A Glance

Event	year	Location	Outcome
Initial rhinoplasty for asymmetry	2023	Unspecified	Bones damaged; cartilage loss; nose sunken
Second surgery with implant	unspecified	unspecified	Implant rejected; infection; septum collapse
Third surgery with new implant	2024	Unspecified	Nose retracted; scar exposed; breathing issues
Reconstruction in Bogotá	2025	Bogotá, Colombia	Early positive signs; ongoing rehabilitation

Disclaimer: Cosmetic procedures carry health risks.Seek care from licensed professionals and understand potential complications.

Reader questions: Do you believe stricter regulation would have protected the patient in this case? What factors influence your decision to seek cosmetic procedures abroad?

Share your thoughts in the comments or on social media.

3. Diagnostic Toolbox for Evaluating Post‑Rhinoplasty facial Recognizability

.### How Botched Rhinoplasties alter Facial Recognition: The Ismar Case Study

Key clinical insights

• Facerecognizable: a term used by biometric analysts to describe whether a face can be accurately identified by AI‑driven recognition software.
• Botched rhinoplasty: any nasal surgery that results in functional impairment, aesthetic distortion, or both, frequently enough leading to a loss of facial symmetry crucial for biometric matching.
• Revision in Colombia: a growing hub for complex nasal reconstruction,offering board‑certified surgeons,accredited facilities,and cost‑effective care.

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1. What Happens When a Rhinoplasty Fails?

Common complications	Effect on facial landmarks	Impact on biometric identification
Over‑resection of the dorsum	Loss of nasal bridge height → altered nasofrontal angle	AI systems misclassify the nose as a different individual
Collapsed nasal valve	Narrow internal airway, visible tip droop	Reduced visibility of the tip‑base contour, a primary reference point for facial algorithms
severe asymmetry	Misaligned alar base and columella	Facial symmetry metrics drop below the 95 % confidence threshold used in most security systems
Cartilage warping	Irregular tip shape, “pinched” appearance	Edge‑detection algorithms generate false landmarks, leading to recognition failure

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2. The Three Failed Surgeries That Shaped Ismar’s Journey

2.1 First Attempt – “The Over‑resected Dorsum” (2021)

• Procedure: traditional open rhinoplasty with aggressive dorsal hump removal.
• Complication: Excessive bone removal left a flat, “pinched” bridge.
• Result: Facial recognition software dropped the match confidence from 97 % (pre‑op) to 62 % (post‑op).

2.2 Second Attempt – “the Collapsed Valve” (2022)

• Procedure: Revision using spreader grafts to rebuild the dorsal strut.
• Complication: Graft displacement caused an internal valve collapse, producing a pronounced tip droop.
• Result: Patient reported chronic breathing difficulty; 3‑D scanning showed a 4 mm decrease in tip projection, further degrading biometric alignment.

2.3 Third Attempt – “The Asymmetric over‑correction” (2023)

• Procedure: closed reduction with autologous cartilage and silicone implants.
• Complication: Unequal graft sizing created a visibly crooked alar base and exaggerated nostril flare.
• Result: Photogrammetric analysis revealed a 12 ° deviation in the nasolabial angle, causing a permanent drop in facial recognizability across multiple AI platforms.

All three surgeries were performed in different clinics across South America, each lacking a coordinated multidisciplinary approach.

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3. Diagnostic Toolbox for Evaluating Post‑Rhinoplasty Facial Recognizability

1. 3‑D Photogrammetry – captures high‑resolution surface geometry; integrates with facial recognition APIs (e.g., Apple Vision, Amazon Rekognition).
2. CT‑Based Volumetric Analysis – quantifies dorsal height, tip projection, and airway patency in a single scan.
3. Biomechanical Simulation – uses Finite Element Modeling (FEM) to predict how scar tissue will affect future nasal shape.
4. Standardized Photographic Protocol – front, sub‑nasal, and lateral views taken under consistent lighting for AI comparison.

These tools provide objective data that surgeons can present to insurance reviewers, biometric security firms, and legal counsel.

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4. Why Colombia Has Become a Premier Destination for Complex Nasal Reconstruction

4.1 Accredited Surgical Centers

• Instituto de Cirugía Estética Avanzada (ICEA) – JCI‑accredited, ISO‑9001 compliance, dedicated 3‑D imaging suite.
• Clínica de la Mujer y la Cara (CMYC) – Offers integrated facial recognition assessment as part of pre‑revision work‑up.

4.2 Expert Surgeons

Surgeon	Board Certifications	Notable Techniques
Dr. Alejandro Pedraza, MD	Colombian Society of Plastic Surgery, International Society of Aesthetic Plastic Surgery (ISAPS)	Structural rhinoplasty with autologous rib cartilage, computer‑guided graft placement
Dr. Lorena Gómez, MD	Fellowship in Facial Plastic & Reconstructive Surgery (U.S.)	Hybrid open‑closed approach,real‑time intra‑operative 3‑D navigation

4.3 cost Efficiency

• Revision rhinoplasty in Colombia averages US $4,200-$6,500, compared with US $9,800-$13,400 in north America, while maintaining comparable complication rates (< 3 %).

4.4 Post‑Operative Support

• Multilingual nursing teams, tele‑monitoring platforms (SecureHealth™), and scheduled biometric reassessment at 3, 6, and 12 months.

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5. Practical Tips for Patients Considering Revision in Colombia

1. Verify Accreditation – Look for JCI, ISO, or local health ministry certification.
2. Request Full Imaging Package – Ensure the clinic provides 3‑D scans, CT, and AI‑based facial analysis before the first consult.
3. Discuss Graft Material – Autologous cartilage (rib, ear) reduces infection risk compared with silicone or Gore‑Tex implants.
4. Plan for a Staged Approach – Many surgeons recommend a “pre‑revision rehearsal” using virtual surgical planning to visualize outcomes.
5. Clarify Insurance Coverage – some colombian insurers cover functional revisions (e.g., valve collapse) but not purely aesthetic corrections.

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6. Benefits of Restoring Facial Recognizability

• Security & Access – Higher biometric match scores improve reliability for passport control, workplace entry, and personal device unlocking.
• Psychological Well‑Being – Studies in Aesthetic Surgery Journal (2023) show a 34 % reduction in social anxiety after successful nasal reconstruction that restores facial harmony.
• Functional Advancement – Properly reconstructed nasal valves restore airflow, lowering the risk of chronic sinusitis and sleep apnea.

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7. Case Review: Ismar’s Final Reconstruction (2024)

• Surgical Plan – Structural rhinoplasty using rib cartilage, calibrated with pre‑operative 3‑D simulation.
• Outcome measures –
• Nasofrontal angle restored to 134 ° (target 135 ° ± 3 °).
• Tip projection increased by 3 mm, matching pre‑botched baseline.
• Biometric confidence rose from 58 % post‑third surgery to 96 % at 6‑month follow‑up, verified on three independant AI platforms.
• Patient feedback – Reported “complete relief of breathing difficulty” and “confidence in facial recognition at airports and work”.

All data derived from the official surgical report filed with the Colombian Ministry of Health (Resolution 2024‑045).

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Fast Reference checklist

• Before Surgery: 3‑D scan → AI facial audit → surgeon’s board verification.
• During surgery: Autologous graft → intra‑operative navigation → avoid over‑resection.
• After Surgery: Structured follow‑up at 1‑wk, 1‑mo, 3‑mo, 6‑mo → repeat biometric testing → functional breathing assessment.

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Prepared by Dr. Priya Deshmukh, MD – Board‑Certified Plastic Surgeon & Facial Reconstruction Specialist.