A BD syringe pump is a relatively new development in the way that insulin is delivered to the body as a means of regulating blood sugar. People with diabetes often need to inject insulin into the body through a syringe. This can be painful and sometimes impossible to do, so an insulin pump is a useful alternative. This article will discuss how insulin pumps, brand of Soma Technology-a worldwide supplier of new and refurbished medical equipment work and some pros and cons.
An insulin pump includes:
a pump
a disposable insulin reservoir
an infusion set – tube and needle that connects the insulin reservoir to the body
Isolate the insulin reservoir in the pump. The pump is about the size of a cell phone and can be worn around the waist in a bag or in any other way you see fit. The pump is connected to a cannula via a thin tube. The tube carries insulin to the cannula attached to the skin. In this way, insulin is introduced into the body.
BD syringe pumps transport insulin around the body in two ways. The first is a continuous transfer of insulin into the body. It is used to maintain the glucose level between meals, exercise or at night. This is called the basal dosage.
The second method is called bolus dosing. It is a larger instant dose that is usually given before eating.
The pump is programmed to deliver the correct dosages based on the condition of the individual. If the individual changes their diet or adopts a new exercise regimen, the doses and times they are administered may change.
The insulin used in insulin pumps is fast-acting insulin, therefore it is considered a better alternative to most syringes administered with slow-acting insulin and is generally an approximation of the amount of insulin that the body needs.
Insulin pumps have a better idea of how much insulin the body needs, which is better for the long-term health of diabetes. They give the diabetic more freedom and eat or exercise when they want. They are also more discreet than a syringe.
On the negative side, an insulin pump must be worn all the time, so it may be impossible for some people to play sports or swim. Strategies must be developed to get around these situations. Insulin pumps are more expensive than the normal method of insulin treatment. Switching from slow-acting insulin to fast-acting insulin can cause diabetic ketoacidosis if, for whatever reason, the fast-acting insulin is stopped, just as the supply runs out, for example, or the needle is loose.
Research continues to improve the pumps in terms of functionality and size. It is believed that ultimately an insulin pump will be the best method for administering insulin therapy, as it is more precise and less intrusive. As development continues, the price will inevitably drop, making an insulin pump accessible to most.