- ISTAT ACT KAOLIN ACTIVATOR
- ISTAT ACT KAOLIN FULL
- ISTAT ACT KAOLIN REGISTRATION
- ISTAT ACT KAOLIN PORTABLE
- ISTAT ACT KAOLIN SOFTWARE
Check with your local representative for availability in specific markets.
ISTAT ACT KAOLIN ACTIVATOR
MAX-ACT uses a cocktail of Celite, kaolin, and glass as an activator to ensure maximal activation of factor XII at the beginning of the reaction.
ISTAT ACT KAOLIN FULL
Not all products are available in all regions. Actalyke (Helena Laboratories, Beaumont, Texas) offers a full line of Actalyke ACT tubes, including traditional glass beads, kaolin, Celite, plus a newer ACT testMAX-ACT (Helena Laboratories). GDPR Statement (last updated: May 2018) | California Transparency in Supply Chains Act | Declaration for California Compliance Law.
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ISTAT ACT KAOLIN REGISTRATION
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ISTAT ACT KAOLIN SOFTWARE
Optional Advanced Quality Features and STAT Notes help integrate test results into your facility’s software to streamline information management. The i-STAT 1 can connect to multiple data management systems including Abbott Info HQ ® or AEGISPOC TM - to integrate seamlessly with your Laboratory Information System, Electronic Medical Records or both to help you manage test results, operators and devices. Testing and obtaining time-sensitive results at the patient’s side streamlines the testing process and eliminates process steps, handoffs and delays to help reduce errors, enable rapid decision-making, and optimize patient-care. Provides accurate results in approximately 2 minutes for most tests. Clear and comprehensive instructions help the operator through the testing process. Testing can be performed in 4 simple steps at the patient’s side with only 2 to 3 drops of whole blood. Each test cartridge has a unique combination of biosensors to suit a wide range of clinical needs. Application, Hospital, Clinical Emergency department, Chemisties/Electrolytes, Haematology, Blood Gases, Coagulation, Cardiac Markets Coagulation, Act Kaolin.
ISTAT ACT KAOLIN PORTABLE
In conclusion, iCoagLab accurately measured anticoagulation and global hemostasis using a drop of blood, likely opening the unique opportunity for multifunctional coagulation monitoring at the point-of care during cardiac surgery.Single-use i-STAT test cartridges offer a broad menu of tests on a single, portable platform. Furthermore, the iCoagLab and TEG MA and α-angle were also significantly modulated by surgery (p<0.05-0.0001). Similarly, in cardiac surgical samples, iCoagLab-ACT highly correlated with Hepcon (r=0.76 p<0.0001) and TEG-ACT (r=0.86, p<0.0001). At high heparin dose, both the iCoagLab and TEG presented a decrease in MA (p<0.01). In volunteer samples, heparin treatment significantly prolonged the ACT values measured by iCoagLab which correlated closely with TEG (r=0.91, p<0.0001) and ISTAT-ACT (r=0.78, p<0.0001). Coagulation parameters, including, ACT, α-angle and MA, were extracted and compared with corresponding results obtained from thromboelastography (TEG), ISTAT-kaolin-ACT and Hepcon-HMS-Plus-instruments. In this study, blood samples from 9 volunteers spiked with increased concentrations of heparin (1-5USP/mL) and from 30 patients undergoing cardiac surgery were assessed using iCoagLab. iCoagLab measures anticoagulation by assessing changes in blood viscosity from intensity fluctuations of laser speckle patterns measured from 25μL of blood sample. Here we assess the accuracy and measurement sensibility of our novel optical sensor, iCoagLab, in measuring several coagulation parameters including ACT, α-angle and MA and evaluate its capability to monitor anticoagulation during cardiac surgery.
Activated clotting time (ACT), used to assess anticoagulation, correlates poorly with heparin plasma concentration and lacks information on key coagulation metrics such as fibrin polymerization (α-angle) and clot strength (MA). Cardiac surgical patients with cardiopulmonary bypass receive large heparin doses to prevent thrombosis during surgery.
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