Track 20: Dental Anomalies, Including Molar Hypomineralization – Advancing Diagnosis, Prevention, and Clinical Management
Dental anomalies represent developmental variations that affect the number, size, shape, structure, or eruption of teeth. While some anomalies are primarily aesthetic, others significantly influence oral function, occlusion, restorative treatment, and long-term oral health. Among these conditions, Molar Incisor Hypomineralization (MIH) has become one of the most researched developmental enamel defects due to its increasing clinical recognition and complex management challenges. MIH is characterized by poorly mineralized enamel affecting one or more first permanent molars, often accompanied by incisor involvement, resulting in hypersensitivity, rapid enamel breakdown, and an increased risk of dental caries.
The 6th International Dental, Advanced Dentistry & Oral Health Conference & Exhibition welcomes researchers, pediatric dentists, orthodontists, restorative dentists, prosthodontists, oral pathologists, dental educators, and industry innovators to submit their latest research and clinical experiences under Track 20: Dental Anomalies, Including Molar Hypomineralization.
Understanding Dental Anomalies
Dental anomalies arise during tooth development due to genetic mutations, environmental influences, systemic illnesses, or disturbances during odontogenesis. Early diagnosis is essential because these conditions may affect both primary and permanent dentition.
Common developmental dental anomalies include:
- Hypodontia and oligodontia
- Supernumerary teeth
(Hyperdontia)
- Microdontia and Macrodontia
- Peg-shaped lateral incisors
- Fusion and Gemination
- Taurodontism
- Dens invaginatus and dens
evaginatus
- Dilaceration
- Amelogenesis Imperfecta
- Dentinogenesis Imperfecta
- Ectopic eruption and
impacted teeth
- Molar Incisor
Hypomineralization (MIH)
Each anomaly presents unique diagnostic and treatment challenges that require multidisciplinary collaboration between pediatric dentistry, orthodontics, restorative dentistry, prosthodontics, and oral surgery.
What is Molar Incisor Hypomineralization (MIH)?
MIH is a qualitative developmental defect of enamel caused by disturbances during enamel mineralization. Unlike enamel hypoplasia, the enamel thickness remains normal, but its mineral content is reduced, making it porous, fragile, and highly susceptible to fracture after eruption.
Typical clinical signs include:
- White, cream, yellow, or
brown demarcated opacities
- Post-eruptive enamel
breakdown
- Severe tooth sensitivity
- Increased susceptibility to
dental caries
- Difficulty achieving
adequate local anesthesia
- Challenges in restorative
treatment due to poor enamel bonding
Because MIH often affects children during eruption of permanent first molars, timely diagnosis is critical for preserving tooth structure and improving long-term outcomes.
Current Research Trends
Modern research is expanding our understanding of MIH through studies on genetics, systemic health, environmental exposures, biomaterials, and artificial intelligence. Current investigations focus on:
- Etiological mechanisms of
MIH
- Genetic susceptibility and
biomarkers
- Prenatal and early childhood
risk factors
- Improved diagnostic criteria
- Preventive remineralization
therapies
- Bioactive restorative
materials
- Glass ionomer and
resin-based restorative techniques
- Stainless steel and aesthetic
crown options
- AI-assisted diagnosis using
digital imaging
- Long-term clinical outcomes
and quality of life
These emerging technologies are helping clinicians detect enamel defects earlier while improving treatment predictability and patient comfort.
Why Present Your Research at DentalUCG ?
Dental anomalies continue to present diagnostic and therapeutic challenges across multiple dental specialties. Sharing innovative clinical cases, research findings, diagnostic technologies, and treatment protocols contributes directly to improving patient outcomes worldwide.
Researchers are encouraged to submit work on:
- Developmental enamel defects
- Molar Incisor
Hypomineralization (MIH)
- Dental genetics
- Pediatric restorative
dentistry
- Preventive dentistry
- Biomaterials for enamel
repair
- Digital diagnosis
- AI applications in pediatric
dentistry
- Clinical case reports
- Epidemiological studies
- Orthodontic management of
developmental anomalies
Submit Your Abstract
Join international experts in advancing research on dental anomalies and developmental enamel defects at the 6th International Dental, Advanced Dentistry & Oral Health Conference & Exhibition, taking place February 04–05, 2027, in Kuala Lumpur, Malaysia.
Researchers, clinicians, academicians, postgraduate students, and industry professionals are invited to submit original research, clinical studies, reviews, and case reports under Track 20: Dental Anomalies, Including Molar Hypomineralization.
Submit your abstract here: https://dental.ucgconferences.com/submit-abstract
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