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This page highlights the work of individual researchers and research teams whose work is so important to understanding the problem of crashes during pregnancy and how to prevent and reduce the harm related to these events.

We are in the process of adding many more entries to this page. Researchers who wish to be listed here are welcome to submit their material to the Webmaster.

 


Harold (Hank) B. Weiss, PhD

Dr. Harold (Hank) Weiss, click for personal websiteAs Director of the Center for Injury Research and Control at the University of Pittsburgh, Dr. Weiss' primary research interests have focused on the epidemiology of maternal and fetal injury since 1998. He has focused on various aspects of the issue ranging from better enumerating fetal trauma mortality, understanding the risks of violence during pregnancy, the epidemiology of crashes involving pregnant women and studying the fetal outcomes from pregnancy related injury. Dr. Weiss is a cofounder of Advocates for Auto Safety during Pregnancy.

Current Research:
Dr. Weiss is the principal investigator on a CDC/NCIPC sponsored research grant entitled The Impact of Pregnancy-Associated Crashes on Birth Outcomes and Infant Survival. This is a retrospective study of approximately 14,000 female drivers in Pennsylvania who were pregnant at the time of a police-reported motor vehicle crash. The project will use data linkage to better understand and quantify the impact of pregnant-driver crashes on birth outcomes including fetal and infant survival, low birth weight and prematurity. Crash factors, including severity and geometries, will be derived from police reports. Information regarding maternal injuries will be identified from linked police, EMS and hospital data. Infant birth and fetal death certificates will provide information on adverse reproductive outcomes and those will be correlated with crash and injury factors as predictors. Results are expected to be available in 2007-8.
 

Selected Publications:

  1. Sirin H, Weiss HB, Dunning K., Sauber E. Seat Belt use, Counseling and Motor-Vehicle Injury During Pregnancy: Results from a Multi-State Population-Based Survey. Maternal and Child Health Journal (published online: 6 March 2007).
  2. Weiss HB, Sirin H, Levine J, Sauber E. International survey of seatbelt use exemptions. Injury Prevention. 2006 Aug; 12(4); 258- 261.
  3. Hyde L, Cook L, Olson L, Weiss HB, Dean J., Effect of motor vehicle crashes on adverse fetal outcomes. Obstet Gynecol, 2003; 102(2), 279-286.
  4. Weiss HB, Lawrence BA and Miller TR. "Pregnancy associated assault hospitalizations," Obstet Gynecol, 2002; 100(3): 773-780.
  5. Weiss HB,  Lawrence BA and Miller TR. "Prevalence & risk of pregnancy-associated motor vehicle injury hospitalizations." Proceedings of Association for the Advancement of Automotive Medicine. Tempe, Arizona. September, 2002.
  6. Weiss HB, Strotmeyer S. "Characteristics of pregnant women in motor vehicle crashes." Injury Prevention, 2002 September; 8(3):207-210.
  7. Weiss HB, Songer TJ, Fabio A. "Fetal Deaths Related to Maternal Injury," JAMA, 2001, October 17;286(15):1862-1868.
  8. Weiss HB, "The epidemiology of traumatic injury-related fetal mortality in Pennsylvania: the role of motor vehicle crashes," Accident Analysis and Prevention 2001, July; 33(4) 449-454.

All publications listed in Index Medicus.


Stefan M. Duma, PhD

Dr. Stefan M. Duma, click for personal web pageAs Director of the Center for Injury Biomechanics (CIB) at Virginia Tech, his primary research efforts focus on investigating human tolerance to impact loading. The application of this research includes automobile safety, pregnant crash modeling, military restraints, and sports biomechanics. The CIB combines experimental testing with automobile test dummies and computational modeling in order to develop human impact injury criteria.

 

Current Research:
 

Selected Publications:
Moorcroft DM, Stitzel JD, Duma GG, Duma SM. Computational model of the pregnant occupant: predicting the risk of injury in automobile crashes. Am J Obstet Gynecol. 2003 Aug;189(2):540-4.

Computerized bio-mechanical crash models developed by Virginia Tech's Impact Biomechanics Laboratory: Unbelted 35 KPH (4MB)  Belted 35 KPH w Airbag (4MB)

All publications listed in Index Medicus.



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Last modified: 04/14/08