A weekly webinar from ZP answering technical questions from the week.
- Question One: How does the lead sensor differentiate between other metals?
- Question Two : Generation 2 glucose and lactate sensors
After reviewing the datasheets, I could not find key details relevant to my application. Could you provide clarification on the following points for both glucose and lactate sensors? - What are the effective measurement ranges?
- What is the accuracy and repeatability of the sensors?
- Is a buffer solution required for operation?
- Can these sensors function effectively with blood as the fluid?
Additionally, please include any other relevant information regarding their use. - Question Three: iR drop
Currently, we are using EIS to study the change of Rct for electrodes after being coated with SAM. - Question FourI am interested in purchasing your Generation 2 Nitrate Sensor to integrate it into my custom datalogger for a research project.
- Question Five
We are a medtech startup developing a patient-connected automated whole blood analyzer for critical care. Our current system includes gamma-sterilized flow-through sensors for glucose, lactate, and hematocrit, enabling automated, waste-free measurements with intermittent flush and calibration. We aim to expand our sensor options and are interested in the biosensors on your website, particularly for glucose, lactate, oxygen, pH, creatinine, and electrolytes. - Can these sensors function repeatedly in whole blood with intermittent flush/calibration, or would modifications (e.g., membranes) be necessary?
- Is sterilization feasible?
- Additionally, we’d like information on developing a modular flow cell for these measurements.
- Question Six – On person wearable biosensor