Target intelligence / Profile preview

Insulin delivery automation via continuous subcutaneous infusion (CSII)

Target
CSII
Molecular classification
Other (medical device/therapeutic method, not a molecule or receptor)
01

Overview

"Insulin delivery automation via continuous subcutaneous infusion" refers to the use of an external, programmable medical device—commonly called an **insulin pump**—to deliver rapid‐acting insulin continuously through a small catheter placed under the skin. This approach is designed to more closely replicate normal pancreatic function by providing adjustable basal rates and bolus doses at mealtimes. The system can be further automated with integration of continuous glucose monitoring sensors that allow for real-time adjustments in insulin delivery based on sensor data. This method is widely used in intensive management of type 1 diabetes and select cases of type 2 diabetes where conventional injection regimens do not provide adequate control or flexibility. It is not itself a molecular target but rather a therapeutic technology that acts by delivering exogenous insulin—the actual molecular agent acting on the body’s endogenous **insulin receptor**—to achieve glycemic control.

Other names
Continuous subcutaneous insulin infusionCSIIInsulin pump therapyAutomated insulin delivery systems
02

Mechanism of action

Provides continuous subcutaneous administration of insulin via programmable pump to mimic physiological insulin secretion and improve glycemic control

03

Biological functions

Not applicable (method of drug delivery, not a biological molecule)
04

Disease associations

Diabetes mellitus management (Type 1 and some Type 2 diabetes)
05

Safety considerations

Risk of diabetic ketoacidosis if infusion is interrupted or cannula becomes dislodged/blockage occursHypoglycemia from over-delivery or incorrect programmingDevice malfunction or user error
06

Interacting drugs

Insulin (various rapid-acting analogs used in pumps)
07

Biomarkers

Blood glucose levelsGlycated hemoglobin (HbA1c) (both for monitoring efficacy, but these are general diabetes biomarkers rather than specific to the "target")

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