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List of Poster Presentations - Journal of Dental Education

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<strong>Poster</strong> Abstracts<br />

Based on the strong correlation between the PAT and preclinical<br />

laboratory technique performance, dental schools may want to<br />

reconsider the weighting <strong>of</strong> admissions criteria.<br />

20. Handheld Device Technology: A Comparative<br />

Device Analysis to Support Oral Health Training<br />

Gray, Kale T., University <strong>of</strong> Louisville School <strong>of</strong> Dentistry, Williams,<br />

John N., University <strong>of</strong> Louisville School <strong>of</strong> Dentistry<br />

The characteristics <strong>of</strong> several commercially available Hand Held<br />

Devices (HHD) were compared to determine the most appropriate<br />

HHD for use as a portable multimedia training device.<br />

The characteristics <strong>of</strong> several commercially available Hand Held<br />

Devices (HHD) were compared to determine the most appropriate<br />

HHD for use as a portable multimedia training device. The<br />

comparative analysis was done as a subcomponent <strong>of</strong> a larger pilot<br />

study (HRSA Grant #6-U76PE-00238-09 Office <strong>of</strong> Technology) to<br />

test the use <strong>of</strong> a HHD as a means to train non-dental health<br />

pr<strong>of</strong>essionals in how to conduct an oral health screening to aid in the<br />

prevention, early detection, and appropriate referral <strong>of</strong> oral health<br />

conditions. The desirable HHD criteria included: 1) ability to present<br />

both text and high quality color images; 2) ability to support a webbased<br />

format, 3) ease <strong>of</strong> use, and 4) ease <strong>of</strong> technological support.<br />

The training was to be delivered in the form <strong>of</strong> a virtual oral health<br />

handbook using a familiar web-based format presented on the HHD.<br />

Five HHD representing the two dominant HHD operating systems<br />

were compared: 1) the Palm OSTM (Palm m505 TM , Handspring Visor<br />

Prism TM , and 2) Windows CE TM (Compaq Ipaq 3670 TM , Casio<br />

Cassiopeia E-125 TM , and HP Jornada 540 TM . Based on expert opinion,<br />

it was determined that three devices were capable <strong>of</strong> initially meeting<br />

all evaluation criteria (the Palm m505 TM , Handspring Visor Prism TM<br />

and Cassiopeia E-125 TM ). Upon further evaluation, the Windows CE<br />

TM TM HHD (Casio Cassiopeia E-125 ) showed superior attributes in<br />

achieving all criteria. In conclusion, current HHD technology exists<br />

to provide portable, interactive, multimedia training. The Casio<br />

Cassiopeia E-125 TM currently provides the best combination <strong>of</strong><br />

s<strong>of</strong>tware, resolution, and color depth for the accurate presentation <strong>of</strong><br />

text and high quality color images for portable multimedia training.<br />

Current HHD technology exists to provide portable, interactive,<br />

multimedia training. The Casio Cassiopeia E-125 TM currently provides<br />

the best combination <strong>of</strong> s<strong>of</strong>tware, resolution, and color depth for the<br />

accurate presentation <strong>of</strong> text and high quality color images for portable<br />

multimedia training.<br />

21. The Teaching <strong>of</strong> Class I and II Restorations in<br />

Primary Molars: A Survey <strong>of</strong> North American <strong>Dental</strong><br />

Schools<br />

Guelmann, Marcio, University <strong>of</strong> Florida College <strong>of</strong> Dentistry, Mjor,<br />

Ivar A., University <strong>of</strong> Florida College <strong>of</strong> Dentistry, Jerrell, Greg R.,<br />

University <strong>of</strong> Florida College <strong>of</strong> Dentistry<br />

The purpose <strong>of</strong> this study was to obtain an overview <strong>of</strong> materials<br />

and restoratives techniques taught for Class I and Class II restorations<br />

in primary molars in North America.<br />

Amalgam has been taught for decades as the material <strong>of</strong> choice<br />

for Class I and II restorations in primary molars. For the last twenty<br />

years, numerous clinical and laboratory studies using tooth-colored<br />

materials for posterior restorations in primary teeth have been<br />

published. New cavity designs have been suggested as well as new<br />

condensation and polymerization techniques. Information about the<br />

teaching <strong>of</strong> resin based composites on permanent teeth is available.<br />

The teaching status for restorations in primary teeth in North America<br />

has not been investigated. Methods: A form with response alternatives<br />

was mailed to all sixty-three dental schools in United States and<br />

Canada. Questions regarding the restorative materials taught,<br />

indications and contraindications for the use <strong>of</strong> tooth colored materials<br />

and the type <strong>of</strong> cavity preparation indicated for those materials were<br />

among the topics assessed. Results: Eighty-six percent <strong>of</strong> the dental<br />

schools responded to the survey. Amalgam continues to be the material<br />

<strong>of</strong> choice for Class I and II restorations in primary molars, although<br />

hybrid composites and compomers are gaining some popularity. When<br />

tooth colored materials were indicated, the slot type <strong>of</strong> cavity<br />

preparation was preferred.<br />

The diversity in teaching may reflect uncertainty related to<br />

requirements for optimal restorations <strong>of</strong> primary teeth. The data<br />

presented should be used to initiate discussions about standardization<br />

<strong>of</strong> the teaching and lead to research to provide an evidence base for<br />

restorations in primary teeth. Data from dental schools <strong>of</strong> other<br />

countries and from pediatric practices will be important to obtain, in<br />

order to establish universally accepted criteria and standards for<br />

optimal restorative techniques <strong>of</strong> primary teeth.<br />

22. A Comparison <strong>of</strong> Evacuation Devices on Aerosol<br />

Reduction for <strong>Dental</strong> Hygiene Practice<br />

Jacks, Mary E., University <strong>of</strong> Texas Health Science Center at San<br />

Antonio<br />

Purpose: To test an ergonomically sound and effective<br />

evacuation method for dental hygiene practice the thereby lending<br />

support to the recommendations from the ADA and the CDCP for<br />

high volume evacuation use during ultrasonic instrumentation.<br />

Aerosols, defined as airborne particles ranging in size from 10<br />

to .5 microns, are produced during ultrasonic instrumentation, and<br />

can be reduced. Irrigant solutions, which produce the healing effects<br />

<strong>of</strong> lavage, also combine with blood, saliva, and bacteria to produce<br />

potentially harmful airborne particulates. The American <strong>Dental</strong><br />

Association (ADA) and the Center for Disease Control and Prevention<br />

(CDCP) recommends utilization <strong>of</strong> high volume evacuation, rubber<br />

dam, and patient positioning for aerosol control; for the non-assisted<br />

dental hygienist these recommendations are difficult to manage. This<br />

study was designed to test an ergonomically sound and effective<br />

evacuation method for dental hygiene education.<br />

Methods: This laboratory study compared the concentration <strong>of</strong><br />

airborne particlates from ultrasonic scaling utilizing three different<br />

evacuation techniques: a standard intra-orally positioned saliva ejector;<br />

and two extra-orally positioned, hands-free high volume evacuation<br />

(HFHVE) techniques, (a) with a standard attachment and, (b) with a<br />

funnel shaped attachment. Particles were generated utilizing a 25,000<br />

cps magnetostrictive ultrasonic scaling instrument, and measured with<br />

a DataRAM Real-Time Aerosol Monitor.<br />

Results: Results <strong>of</strong> this study (N=21) found a significant<br />

reduction in the number <strong>of</strong> airborne particulates with either form <strong>of</strong><br />

HFHVE in place. Standard attachments and funnel shaped<br />

attachments to HFHVE resulted in reduction <strong>of</strong> particulates by 90.8%<br />

and 89.7% respectively. Therefore, utilizing either form <strong>of</strong> HFHVE<br />

during ultrasonic instrumentation significantly reduced the number<br />

<strong>of</strong> airborne particulates that reach the breathing space <strong>of</strong> the client<br />

and clinician.<br />

Utilizing either form <strong>of</strong> HFHVE during ultrasonic<br />

instrumentation significantly reduced the number <strong>of</strong> airborne<br />

particulates that reach the breathing space <strong>of</strong> the client and clinician.<br />

Currently, no preventive measure is 100% effective; therefore,<br />

clinicians are encouraged to use additional methods to minimize the<br />

effects <strong>of</strong> airborne particulates.<br />

23. Technological Advancements in <strong>Dental</strong> <strong>Education</strong><br />

Krajekian, Joseph I., Tufts University School <strong>of</strong> <strong>Dental</strong> Medicine,<br />

Zemnick, Candice, Tufts University School <strong>of</strong> <strong>Dental</strong> Medicine<br />

264 <strong>Journal</strong> <strong>of</strong> <strong>Dental</strong> <strong>Education</strong> ■ Volume 66, No. 2

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