Publication

Reducing intravenous therapy errors

Cnossen, F., Doesburg, F. & Nijsten, M., 25-Jun-2015.

Research output: Contribution to conferencePaperAcademic

APA

Cnossen, F., Doesburg, F., & Nijsten, M. (2015). Reducing intravenous therapy errors. http://www.mendeley.com/research/reducing-intravenous-therapy-errors

Author

Cnossen, Fokie ; Doesburg, Frank ; Nijsten, Maarten. / Reducing intravenous therapy errors.

Harvard

Cnossen, F, Doesburg, F & Nijsten, M 2015, 'Reducing intravenous therapy errors'. <http://www.mendeley.com/research/reducing-intravenous-therapy-errors>

Standard

Reducing intravenous therapy errors. / Cnossen, Fokie; Doesburg, Frank; Nijsten, Maarten.

2015.

Research output: Contribution to conferencePaperAcademic

Vancouver

Cnossen F, Doesburg F, Nijsten M. Reducing intravenous therapy errors. 2015.


BibTeX

@conference{919a4629acc94925952e35b09e78d476,
title = "Reducing intravenous therapy errors",
abstract = "To tackle the problem of ?IV spaghetti? and to optimize operation and scheduling of multiple infusion pumps, we propose a new control system that for intermittent medication determines when which medicine has to be started and ended. The system takes medication schedules and dosages, other fluids, and potential incompatibilities into account. The system will include a display of information from the IV pumps, such as time left until syringe is empty, dosage of fluids, etcetera. The system can also manage a ?relay? mode: gradual emptying of a syringe while a new syringe takes over, ensuring constant blood levels.",
author = "Fokie Cnossen and Frank Doesburg and Maarten Nijsten",
year = "2015",
month = jun,
day = "25",
language = "English",

}

RIS

TY - CONF

T1 - Reducing intravenous therapy errors

AU - Cnossen, Fokie

AU - Doesburg, Frank

AU - Nijsten, Maarten

PY - 2015/6/25

Y1 - 2015/6/25

N2 - To tackle the problem of ?IV spaghetti? and to optimize operation and scheduling of multiple infusion pumps, we propose a new control system that for intermittent medication determines when which medicine has to be started and ended. The system takes medication schedules and dosages, other fluids, and potential incompatibilities into account. The system will include a display of information from the IV pumps, such as time left until syringe is empty, dosage of fluids, etcetera. The system can also manage a ?relay? mode: gradual emptying of a syringe while a new syringe takes over, ensuring constant blood levels.

AB - To tackle the problem of ?IV spaghetti? and to optimize operation and scheduling of multiple infusion pumps, we propose a new control system that for intermittent medication determines when which medicine has to be started and ended. The system takes medication schedules and dosages, other fluids, and potential incompatibilities into account. The system will include a display of information from the IV pumps, such as time left until syringe is empty, dosage of fluids, etcetera. The system can also manage a ?relay? mode: gradual emptying of a syringe while a new syringe takes over, ensuring constant blood levels.

M3 - Paper

ER -

ID: 35675256