Periodontal Surgical Case Planning & Pre-Operative Assessment
Plan complex periodontal surgery with AI-assisted pre-operative assessment and risk stratification
What You Can Do
You receive structured pre-operative assessments that synthesize radiographic findings, patient factors, and clinical parameters into actionable surgical plans. Claude helps you stratify case complexity, predict anatomical and patient-related complications, and select optimal graft materials, membrane types, and augmentation techniques—reducing intraoperative surprises and improving surgical predictability.
Features
classifies osseous defects by anatomy (crater, horizontal, vertical) and recommends graft material type, volume, and placement technique
evaluates vertical and horizontal bone augmentation requirements and sequences grafting before implant placement
matches membrane type, suture protocol, and healing timeline to defect classification and patient healing capacity
ranks cases on difficulty spectrum to identify those suitable for minimally invasive approach vs. traditional flap design vs. specialist referral
flags smoking history, diabetes, medications, age, bone density, and anatomical constraints that require modified surgical approach
anticipates nerve proximity, sinus elevation challenges, graft failure risks, and infection potential based on case parameters
systematically evaluates osseous regeneration vs. GTR vs. implant site development for the same defect with outcome probability estimates
generates written step-by-step surgical plans and staff briefing documents for team alignment before complex cases
Example Output
Example 1: Bone Grafting Case
Defect Classification: Vertical 2-wall osseous defect, maxillary anterior (tooth #8)
Recommended Approach:
- Graft Material: Demineralized bone matrix (DBM) + particulate allograft (80/20 ratio)
- Volume: 0.75 mL based on defect dimensions
- Technique: Open flap debridement with primary closure
- GTR: Resorbable collagen membrane, suture technique XYZ
- Healing Timeline: 6-month follow-up CBCT
- Risk Factors: None identified. Low complexity case.
Example 2: Implant Site Development
Ridge Assessment: Horizontal deficiency (4mm), adequate vertical dimension
Augmentation Plan:
- Phase 1: Horizontal ridge augmentation with block graft (allograft) + particulate
- Hold Time: 4-6 months (CBCT assessment at 4 months)
- Phase 2: Implant placement prosthetically positioned
- Risk Flags: Patient is moderate smoker (2 PPD). Recommend smoking cessation consult and consider extended healing timeline to 6 months.
Example 3: Complexity Stratification
Case A (Low): Shallow crater, no anatomical constraints → minimally invasive flap Case B (Moderate): 2-wall with proximity to mental nerve → traditional flap, surgical navigation recommended Case C (High): Multi-wall with sinus floor elevation requirement → refer to specialist or co-treat
What's Included
- SKILL.md: Complete skill instruction and framework
- Pre-Operative Assessment Checklist: Structured data collection template for radiographic findings, patient factors, and clinical parameters
- Defect Classification & Graft Selection Matrix: Decision tree for matching defect morphology to graft material and technique
- Surgical Complexity Scoring Tool: Case grading rubric (low/moderate/high) based on anatomical and patient risk factors
- Complication Risk Stratification Framework: Checklist of anatomical and systemic factors predicting adverse outcomes
- GTR Technique Selection Guide: Membrane type, suture pattern, and healing timeline based on defect class
- Surgical Protocol Template: Step-by-step operative plan format for team briefing and documentation
Who It's For
- Periodontists — planning complex bone grafting and implant site development cases with confidence
- Oral surgeons — systematizing pre-operative assessment for regenerative and augmentation procedures
- Dental practice managers — documenting surgical protocols and standardizing team preparation for high-complexity cases
- Periodontal residents — learning structured surgical case analysis and decision-making frameworks
- General dentists with surgical interests — evaluating patient suitability and treatment options before specialist referral
Best For
- Bone grafting case selection and graft material/volume determination
- Implant site development planning with vertical and horizontal augmentation assessment
- Guided tissue regeneration case matching and protocol selection
- Surgical complexity stratification and difficulty grading
- Pre-operative risk assessment and complication prediction
- Treatment option comparison for multi-defect cases
- Surgical team briefing and protocol documentation
You might also like
You can systematically analyze crown and bridge cases by inputting diagnostic findings, patient factors, and clinical constraints. Claude generates detailed treatment plans that include material selection matrices comparing metal, ceramic, and hybrid options; clinical decision trees accounting for abutment quality and span length; and customizable patient communication frameworks that support informed consent and case acceptance. The skill operationalizes evidence-based protocols for single crowns, fixed partial dentures, and complex multi-unit restorations.
by comeonoliver
Stop bleeding money on forgotten subscriptions and negotiable expenses. This skill systematically dissects your spending, exposes hidden patterns you've overlooked, and generates a prioritized action plan that typically uncovers $2,000-$8,000+ in annual savings. You'll get specific negotiation templates, insider tips for lowering bills, and a complete expense audit that tells you exactly where your money is really going.
by comeonoliver
This skill helps you rapidly develop comprehensive treatment plans that integrate current clinical evidence with patient-specific factors and practice guidelines. You'll articulate clear clinical reasoning for every recommendation—why you're suggesting specific sequencing, materials, and modalities—which strengthens patient communication, improves acceptance rates, and creates documentation that withstands insurance scrutiny and liability review.
by comeonoliver
You can systematically evaluate root canal cases by analyzing patient history, radiographic findings, clinical examination data, and anatomical variations to stratify case complexity and identify risk factors. The system generates evidence-based treatment recommendations, distinguishes between straightforward and complex cases requiring specialized protocols, and produces detailed case documentation that supports clinical decision-making and communication with referring dentists.
by comeonoliver
You can transform patient presentations into evidence-based crown and bridge treatment plans that account for clinical factors (tooth anatomy, bone support, opposing dentition), patient variables (budget, esthetics, longevity), and laboratory requirements. The skill guides systematic case analysis, material and design selection, treatment sequencing decisions, and generates patient-ready documentation to support informed consent and case acceptance.
by comeonoliver
This skill equips you with structured behavioral management protocols tailored to pediatric developmental stages. You'll learn age-specific communication patterns, non-verbal strategies, anxiety-reduction techniques, and guardian communication scripts that transform anxious or uncooperative children into cooperative patients while building positive lifelong dental attitudes. Apply validated techniques like Tell-Show-Do, desensitization, and operant conditioning to de-escalate behavioral problems and plan effective treatment sequences.
by comeonoliver
You can input CBCT descriptions, implant placement reports, and patient anatomy data to receive detailed prosthetic treatment protocols. The skill generates restoration design specifications, material recommendations, occlusal schemes, and contingency plans—identifying high-risk scenarios early so you can modify the prosthetic design before fabrication begins. This reduces chairtime variability and improves clinical predictability across single implants, multiple implant cases, and full-arch rehabilitations.
by comeonoliver
You can systematically develop phase-by-phase orthodontic treatment protocols that synthesize diagnostic data, patient anatomy, and mechanical principles. This skill generates detailed appliance selection recommendations, extraction vs. non-extraction analyses, wire progression sequences, and clinical milestones to guide efficient execution from initial placement through retention for complex malocclusions requiring three-dimensional control.
by comeonoliver