Computer program aids blood-sugar control among critically ill

Public release date: 25-Jun-2012
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Contact: Aaron Lohr
alohr@endo-society.org
240-482-1380
The Endocrine Society

A computer-software program more effectively controlled blood-sugar levels among critically ill patients than nurse-directed care did, according to the first large clinical trial of its kind. The results will be presented at The Endocrine Society's 94th Annual Meeting in Houston.

The computer program, known as LOGIC-Insulin, was designed to assist healthcare providers in closely controlling patients' blood sugar, or glucose, with the hormone insulin. While insulin treatment is effective, it can be extremely difficult to determine the correct dosage. Excessive amounts of the hormone can cause blood sugar to drop to dangerously low levels, which can cause a serious condition called hypoglycemia. If left untreated, hypoglycemia can result in loss of consciousness, and even death.

Although high blood sugar typically is associated with diabetes, it is also a common complication among the critically ill. When it occurs among these patients, who usually have normal levels, it is called the "diabetes of injury."

In this study, both groups of patients had similar average blood-sugar levels, but those in the LOGIC-Insulin group scored better on specific measures. For example, patients in this group were less likely to develop the critically low levels that are associated with hypoglycemia. They also spent more time in the study's targeted level of 80-110 mg/dL, and exhibited a smaller difference between minimum and maximum blood-sugar readings on a daily basis, indicating less blood-glucose variability.

"Computer-directed algorithms, such as LOGIC-Insulin, that are approved by experts and clinically validated in large studies, will allow safe and effective blood-glucose control," said study director Dieter Mesotten, M.D., Ph.D., assistant professor at KU Leuven (Catholic University Leuven) in Belgium. "This is essential to improve the outcome of critically ill patients in general practice."

Mesotten and his co-investigators randomly assigned 300 critically ill patients to one of two therapy groups. One group received blood-sugar control determined by a team of expert nurses, while the other received treatment based on the LOGIC-Insulin computer program.

The average length of treatment in the single-center study was three days. The study was single-blinded, which means that patients did not know which intervention they were receiving. The primary outcome measure was blood-sugar control up to 14 days after study enrollment.

Patients' average age was 63, one-fifth had diabetes, and 60 percent were male. All patients had been admitted to the intensive care unit, either after undergoing heart or other surgery, or due to other serious medical complications.

According to Mesotten, the study results demonstrate the value of computer-assisted technology in controlling injury-related diabetes.

"The LOGIC-1 study is the first large, randomized, controlled clinical trial that has shown an improved blood-glucose control in comparison with expert nurses, " Mesotten said. "LOGIC-Insulin software improves the efficacy and safety of blood-glucose control in a wide variety of critically ill patients, which may improve their outcome."

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Belgian public agencies funded the study.

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Public release date: 25-Jun-2012
[ | E-mail | Share ]

Contact: Aaron Lohr
alohr@endo-society.org
240-482-1380
The Endocrine Society

A computer-software program more effectively controlled blood-sugar levels among critically ill patients than nurse-directed care did, according to the first large clinical trial of its kind. The results will be presented at The Endocrine Society's 94th Annual Meeting in Houston.

The computer program, known as LOGIC-Insulin, was designed to assist healthcare providers in closely controlling patients' blood sugar, or glucose, with the hormone insulin. While insulin treatment is effective, it can be extremely difficult to determine the correct dosage. Excessive amounts of the hormone can cause blood sugar to drop to dangerously low levels, which can cause a serious condition called hypoglycemia. If left untreated, hypoglycemia can result in loss of consciousness, and even death.

Although high blood sugar typically is associated with diabetes, it is also a common complication among the critically ill. When it occurs among these patients, who usually have normal levels, it is called the "diabetes of injury."

In this study, both groups of patients had similar average blood-sugar levels, but those in the LOGIC-Insulin group scored better on specific measures. For example, patients in this group were less likely to develop the critically low levels that are associated with hypoglycemia. They also spent more time in the study's targeted level of 80-110 mg/dL, and exhibited a smaller difference between minimum and maximum blood-sugar readings on a daily basis, indicating less blood-glucose variability.

"Computer-directed algorithms, such as LOGIC-Insulin, that are approved by experts and clinically validated in large studies, will allow safe and effective blood-glucose control," said study director Dieter Mesotten, M.D., Ph.D., assistant professor at KU Leuven (Catholic University Leuven) in Belgium. "This is essential to improve the outcome of critically ill patients in general practice."

Mesotten and his co-investigators randomly assigned 300 critically ill patients to one of two therapy groups. One group received blood-sugar control determined by a team of expert nurses, while the other received treatment based on the LOGIC-Insulin computer program.

The average length of treatment in the single-center study was three days. The study was single-blinded, which means that patients did not know which intervention they were receiving. The primary outcome measure was blood-sugar control up to 14 days after study enrollment.

Patients' average age was 63, one-fifth had diabetes, and 60 percent were male. All patients had been admitted to the intensive care unit, either after undergoing heart or other surgery, or due to other serious medical complications.

According to Mesotten, the study results demonstrate the value of computer-assisted technology in controlling injury-related diabetes.

"The LOGIC-1 study is the first large, randomized, controlled clinical trial that has shown an improved blood-glucose control in comparison with expert nurses, " Mesotten said. "LOGIC-Insulin software improves the efficacy and safety of blood-glucose control in a wide variety of critically ill patients, which may improve their outcome."

###

Belgian public agencies funded the study.

---

[ | E-mail | Share ]

?

AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.

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