The Instech ABS2™ automates the collection of blood samples from laboratory animals including mice, rats and large animals. By eliminating labor-intensive manual withdrawals it can substantially increase the throughput of pharmacokinetics research groups. It can also reduce the stress on animals caused by handling and venipuncture.
The sampler withdraws blood from a tethered freely-moving animal according to your programmed schedule, stores the samples in an integrated refrigerated fraction collector, and replaces the withdrawn volumes with IV fluid. You control and monitor sampling schedules, volumes and withdrawal rates for up to 12 animals from a central computer.
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This second-generation autosampler builds on the proven foundation of a series of precision peristaltic pumps to move blood and IV fluids directly to their destinations. The fraction collector has been redesigned from the ground up for additional features and high reliability.
A compact rack system for four to twelve automated blood samplers.
The ABS2 can collect blood samples directly onto DBS paper.
Compatible with the ABS210, choose from the range of Sarstedt collection tubes for the research market.
This special version of the ABS withdraws high speed samples from an anesthetized animal in a PET scanner following administration of radio-labeled compounds.
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Gantert, L. et al, Merck & Co., Inc., "Automated Arterial Blood Sampling in Rhesus Monkey PET Imaging Studies," presentation at Infusion Technology Organisation conference, Cologne Germany, 7 September 2015. See Poster
Kenny J. et al, Merck & Co., Inc., "Utilization of Mouse Automated Blood Sampling (ABS) for Serial Plasma Pharmacokinetic (PK) Studies," poster presentation at AALAS TriBranch Symposium, Atlantic City, 9 June 2015.
Galgosi A., Merck & Co., "Automated Blood Sampling in Rats; Practical Considerations," presentation at Harlan DMPK Seminar, Frankfurt Germany, 8 June 2011.
Uyeda C., Fide S. et al, Amgen Inc., "Evaluation of Automated Blood Sampling for Low Volume Serial Sampling and Dried Blood Spot Pharmacokinetic Applications in Mouse and Rat," poster P218 at AALAS conference, San Diego CA, 4 October 2011.
Uyeda C., Pham R., Fide S., Henne K,. Xu G., Soto M., James C., Wong P, Amgen Inc., "Application of automated dried blood spot sampling and LC–MS/MS for pharmacokinetic studies of AMG 517 in rats," Bioanalysis (2011) 3(20), pages 2349–2356.
C. Schnell, T. Ferrat, D. Wyss, W. Tinetto, S. Tobler, C. Fritsch & M.R. Jensen, "Circadian timing regimen for alpelisib (BYL719), a selective inhibitor of the class Ia PI3K isoform alpha to maximize therapeutic index," See Poster