FDA Approves Seven-day Glucose Monitor
WASHINGTON, Jun 4, 2007 (UPI via COMTEX) — The U.S. Food and Drug
Administration Monday approved a device that measures glucose levels
continuously for up to seven days in people with diabetes.
While a standard fingerstick test records a person’s glucose level as a
snapshot in time, the STS-7 Continuous Glucose Monitoring System measures
glucose levels every five minutes throughout a seven-day period. The FDA
said that additional information can be used to track patterns in glucose
levels throughout the week that wouldn’t be captured by fingerstick
measurements.
However, diabetics must still rely on the fingerstick test to decide whether
additional insulin is needed, the FDA added.
The STS-7 System, manufactured by DexCom Inc. of San Diego uses a disposable
sensor placed just below the skin in the abdomen to measure the level of
glucose in the fluid found in the body’s tissues. Sensor placement causes
minimal discomfort and can easily be done by patients themselves. An alarm
can be programmed to sound if a patient’s glucose level reaches pre-set lows
or pre-set highs.
A three-day version of the device was approved in March 2006.
March 29th, 2007 at 7:54 pm
i wonder what the cost will be?………….baz
WASHINGTON, Jun 4, 2007 (UPI via COMTEX) — The U.S. Food and Drug
Administration Monday approved a device that measures glucose levels
continuously for up to seven days in people with diabetes.
While a standard fingerstick test records a person’s glucose level as a
snapshot in time, the STS-7 Continuous Glucose Monitoring System measures
glucose levels every five minutes throughout a seven-day period. The FDA
said that additional information can be used to track patterns in glucose
levels throughout the week that wouldn’t be captured by fingerstick
measurements.
However, diabetics must still rely on the fingerstick test to decide whether
additional insulin is needed, the FDA added.
The STS-7 System, manufactured by DexCom Inc. of San Diego uses a disposable
sensor placed just below the skin in the abdomen to measure the level of
glucose in the fluid found in the body’s tissues. Sensor placement causes
minimal discomfort and can easily be done by patients themselves. An alarm
can be programmed to sound if a patient’s glucose level reaches pre-set lows
or pre-set highs.
A three-day version of the device was approved in March 2006.
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