GNF Technologies has recognized the need to:
Patients in dire need of nutritional support can be monitored to better ensure good clinical outcomes.
The NAT Digital Scale is physically integrated into the IV pole on which the feeding bag and/or bottle is mounted and monitors the weight of the enteral nutritional formula bag or bottle. Based on a parameter which can be set by the clinical staff, the weight of the bag is sent to the NAT software over a wireless network. Based on a change in weight and elapsed time, the amount of nutritional intake can be computed.
If the weight does not change, the patient may have been disconnected from the Enteral Feeding pump. This may occur when the patient has been transported for the purpose of performing a procedure.
In addition, intelligent algorithms track swings in weight of the bag possibly due to movement of the bag during transportation of the patient while the bag is connected. These swings in rate or weight may also occur during the time when the nutritional feeding bad is being changed or if someone has inadvertently disrupted the bag. When the bag stability has been re-established, a new baseline weight is computed and measurement of nutritional intake is resumed.
All events mentioned above are recorded by the NAT software and can be viewed by the clinician to determine historic activity associated with each individual patient.
The end result of the combined NAT digital scale monitoring hardware and software is the ability to mathematically compute nutritional intake over a prescribed time period. Once this has been accomplished, the patient’s clinical team can determine if the rate needs to be changed to compensate for any nutritional deficit.
In addition, when combined with analysis of the patient’s laboratory results, the patient’s clinical team may which to adjust the feeding formula to compensate for a particular deficiency.
NAT provides the clinical team with a library of commercial formula information which can be used to determine the most appropriate nutritional product to meet a particular patient’s nutritional deficit.
In addition to these capabilities, the clinical staff can adjust the mathematical nutritional intake protocol formula to see if such an adjustment will be more beneficial in resolving the patient’s nutritional deficit. This dynamic decision support capability is a dramatic tool not currently available in a critical care setting today.
GNF has developed a solution which addresses the following needs associated with nutrition of critical care patients: