Headquarters, Washington Feb. 21, 2002
Langley Research Center, Hampton, Va.
Washington State University, Spokane
NASA HELPS FETAL HEARTS BEAT LOUD AND CLEAR
February is American Heart Month, and by keeping track of some very small
American hearts with a new, portable fetal heart monitor, NASA technology
is relieving some of the worry of high-risk pregnancies.
Researchers from NASA's Langley Research Center, Hampton, Va., worked
with Baby Beats Inc., and Washington State University's Small Business
Development Center -- both based in Spokane -- to transfer and develop
aerospace technology originally created to better understand airflow over
airplane wings into a portable, non-invasive, easy-to-use fetal heart
"Because the material we used for wing-surface measurements is flexible,
it's ideally suited to fit over the curved surface of a maternal abdomen
for fetal testing," said Allan Zuckerwar of Langley's Advanced Measurement
and Diagnostics Branch.
Current fetal heart-monitoring devices generally work well but cost many
thousands of dollars and most can only be used in a clinic or doctor's
office. NASA developed the portable technology by responding to a request
for assistance from Dr. Donald Baker, a physician whose practice includes
remote areas where appropriate health care is difficult to obtain. For
several reasons, when expectant mothers do not receive necessary prenatal
care, the result is often increased fetal mortality.
In its present form, an at-home patient would place the saucer-shaped
monitor on her belly and tune a computerized control device to hear the
fetal heartbeat. She would then adjust for the strongest signal, which
can be transmitted directly to the doctor's office over her phone line.
Baby Beats Inc., Dr. Baker's newly formed company, plans to begin manufacturing
and marketing the monitor in the next several months. Patients of Glendale
Adventist Hospital in Los Angeles will use the monitor first.
Baker's concern for tiny hearts began more than 25 years ago when the
need for a portable heart rate monitor first occurred to him during obstetrics
rounds in medical school. He watched as an unborn baby's heart rate, monitored
by a fetal heart monitor strapped to the mother's belly, suddenly becames
dangerously irregular. A nurse hurried over and turned the pregnant woman
on her side. The baby was inadvertently sitting on its own umbilical cord,
choking itself, the nurse explained.
"I was just shocked, absolutely shocked," said Baker. "I
knew we needed to create a way for mothers to take the monitor home with
Today, Baker envisions mothers with high-risk pregnancies and those who
have trouble traveling to a doctor's office as the primary users of the
monitor. His commitment to the need heightened after working as a family
doctor in the Flathead Indian Reservation in Montana early in his career.
Baker, a member of the Minnesota Chippewa, said pregnant mothers living
in remote areas might be hours from a doctor's office and may not have
the financial resources to get there. But inner city mothers who have
difficulty making it to a clinic could use it too, he says. In fact, most
women with high-risk pregnancies could benefit from the monitor.
"Whether they are rich or poor, mothers love their babies,"
the Spokane physician said. "They want to take care of their baby
but, when they are hours away from health care, it's very hard. This helps
dignify health care and puts control in the parents' hands."
Baker secured a license from NASA, which shares space-age technology with
the business world, to develop an affordable, practical way to manufacture
the monitor. And, Baker said, it is as easy to use as tuning a radio.
* * *
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