STANTON L. LONGENECKER, MD

JACKSONVILLE, FL

Research Active
Orthopaedic Surgery - Sports Medicine NPI registered 21+ years 3 publications 1988 – 1991 NPI: 1821092271
Analysis of VarianceComposite ResinsMaterials TestingAdhesivesDental BondingIncisorTensile StrengthAcrylatesResin CementsDentin-Bonding AgentsDental Stress AnalysisDental EnamelColorDental CementsResins, Synthetic

Practice Location

2 SHIRCLIFF WAY STE 300
JACKSONVILLE, FL 32204-4753

Phone: (904) 204-5000

What does STANTON LONGENECKER research?

Dr. Longenecker studies how different types of dental materials, particularly adhesives and composites, interact and perform during dental procedures. He examines the strength of the bonds formed between tooth enamel and composite resins, offering insights that help dentists create stronger, longer-lasting dental restorations. His research also evaluates the impact of various dental light settings on the performance of light-activated materials, ensuring that dentists use equipment effectively to enhance patient care and treatment outcomes.

Key findings

  • Color-modifying resins created bonds 5 to 327 times thicker than unfilled bonding resins, leading to more durable dental restorations.
  • A dental light intensity of 960 foot-candles significantly reduced the flow of light-activated composites after 6 minutes.
  • At an intensity of 5120 foot-candles, changes in composite flow were noted after just 1 minute, indicating the need for careful light setting adjustments.

Frequently asked questions

Does Dr. Longenecker study dental materials?
Yes, he focuses on the performance of dental adhesives and composites in restorative dentistry.
What factors affect the quality of dental work according to Dr. Longenecker's research?
His research highlights the importance of using the correct dental light settings and choosing appropriate bonding agents to ensure strong, effective dental restorations.
How can patients benefit from Dr. Longenecker's findings?
Patients benefit from stronger, longer-lasting dental treatments that improve the durability and quality of restorative work.

Publications in plain English

Shear resistance of composite resin to enamel using color-modifying resins and variously applied unfilled bonding resins.

1991

The Journal of prosthetic dentistry

Pagniano RP, Longenecker S

Plain English
Researchers studied how different types of dental adhesives affect the strength of bonds between tooth enamel and composite resins. They found that color-modifying resins created bonds that were 5 to 327 times thicker compared to unfilled resins, and only one type of unfilled resin showed a notable difference in bond strength. This matters because stronger bonds can lead to better dental restorations and longer-lasting results for patients. Who this helps: This helps dentists and their patients by improving the durability of dental work.

PubMed

Effect of unit and operatory lights on the consistency of light-activated composites.

1989

The Journal of prosthetic dentistry

Pagniano RP, Longenecker S, Chandler H

Plain English
This study looked at how different dental lights affect the thickness of light-activated dental materials (composites). It found that the higher the light intensity and the longer the exposure, the less the composite flows, with significant changes noted with lights at 960 foot-candles after 6 minutes, and at 5120 foot-candles after just 1 minute. This is important because it indicates that dentists need to be cautious about light use, as the wrong settings could affect the quality of dental work. Who this helps: This helps dentists and their patients by ensuring better outcomes in dental treatments.

PubMed

Evaluation of two methods of teaching blood pressure measurement.

1988

Journal of dental education

Nordstrom NK, Longenecker S, Whitacre HL, Beck FM

PubMed

Frequent Co-Authors

R P Pagniano H Chandler N K Nordstrom H L Whitacre F M Beck

Physician data sourced from the NPPES NPI Registry . Publication data from PubMed . Plain-English summaries generated by AI. Not medical advice.