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[Performance of a portable continuous infusion pump (SUREFUSER A) in continuous infusion of 5-FU].

Tsukasa Kimata, Eiji Sakamoto, Aya Kawachi, Yayoi Takahashi, Asako Kuroki, Masashi Nakamura, Yoshihiro Kawade, Kenji Tokui, Tatsuya Suzuki, Takashi Oyama, Toshiki Uchida, Tomonori Yamada, Masahiro Kondoh, Michinori Ogura

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Abstract

Therapy with mFOLFOX6/FOLFIRI used in treating colorectal cancer is typical of the regimens performed in outpatient settings. In this therapy, 46-h continuous infusion of 5-fluorouracil (5-FU) with concomitant oxaliplatin and irinotecan hydrochloride is conducted. The portable continuous infusion pump that makes continuous infusion possible has a non-electric structure, so variation in the infusion rate is seen. There are known effects of 5-FU concentration and temperature, and many studies have reported on the precision. In our hospital, we have experienced many cases of incomplete infusion and delays for the above reasons. We changed the specifications of the infusion pump to correspond to the kinematic viscosity of 5-FU and made all drug solution amounts uniform. We measured the time required to administer the drug solution from the time the infusion was started (recorded by a nurse) and the time it was completed (recorded by the patient), and confirmed the precision of the pump after the changes were made. It was found that while there was a decrease in the infusion rate at which the effect of the kinematic viscosity of 5-FU is seen, the mean infusion time was kept to within 46+/-10% hours in more than 90% of patients. There were no effects from concentration differences in 5-FU, and the completion time was reduced. The management and lifestyles of individual patients are potential factors in precision errors, and it is important to explain in advance to patients the necessity of secure fixation and infusion pump problems that might occur.

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What this paper is about

Therapy with mFOLFOX6/FOLFIRI used in treating colorectal cancer is typical of the regimens performed in outpatient settings. In this therapy, 46-h continuous infusion of 5-fluorouracil (5-FU) with concomitant oxaliplatin and irinotecan hydrochloride is conducted. The portable continuous infusion pump that makes continuous infusion possible has a non-electric structure, so variation in the infusion rate is seen. There are known effects of 5-FU concentration and temperature, and many studies have reported on the precision. In our hospital, we have experienced many cases of incomplete infusion and delays for the above reasons. We changed the specifications of the infusion pump to correspond to the kinematic viscosity of 5-FU and made all drug solution amounts uniform. We measured the time required to administer the drug solution from the time the infusion was started (recorded by a nurse) and the time it was completed (recorded by the patient), and confirmed the precision of the pump after the changes were made. It was found that while there was a decrease in the infusion rate at which the effect of the kinematic viscosity of 5-FU is seen, the mean infusion time was kept to within 46+/-10% hours in more than 90% of patients. There were no effects from concentration differences in 5-FU, and the completion time was reduced. The management and lifestyles of individual patients are potential factors in precision errors, and it is important to explain in advance to patients the necessity of secure fixation and infusion pump problems that might occur.

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Available abstract

Therapy with mFOLFOX6/FOLFIRI used in treating colorectal cancer is typical of the regimens performed in outpatient settings. In this therapy, 46-h continuous infusion of 5-fluorouracil (5-FU) with concomitant oxaliplatin and irinotecan hydrochloride is conducted. The portable continuous infusion pump that makes continuous infusion possible has a non-electric structure, so variation in the infusion rate is seen. There are known effects of 5-FU concentration and temperature, and many studies have reported on the precision. In our hospital, we have experienced many cases of incomplete infusion and delays for the above reasons. We changed the specifications of the infusion pump to correspond to the kinematic viscosity of 5-FU and made all drug solution amounts uniform. We measured the time required to administer the drug solution from the time the infusion was started (recorded by a nurse) and the time it was completed (recorded by the patient), and confirmed the precision of the pump after the changes were made. It was found that while there was a decrease in the infusion rate at which the effect of the kinematic viscosity of 5-FU is seen, the mean infusion time was kept to within 46+/-10% hours in more than 90% of patients. There were no effects from concentration differences in 5-FU, and the completion time was reduced. The management and lifestyles of individual patients are potential factors in precision errors, and it is important to explain in advance to patients the necessity of secure fixation and infusion pump problems that might occur.

Key concepts: Infusion pump, Continuous infusion, Medicine, Infusion therapy, Oxaliplatin, Irinotecan, Anesthesia, Fluorouracil

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[Performance of a portable continuous infusion pump (SUREFUSER A) in continuous infusion of 5-FU]. — Research Paper | ScholarLens