Aqua Biochip Filler has excellent biocompatibility. This means that it interacts very gently with biological tissues and does not cause rejection or adverse reactions, thus ensuring safety and reliability in biochip applications.
Aqua Biochip Filler also exhibits excellent hydrophilicity. Hydrophilicity is one of the important performance indicators of biochip fillers, which determines the interaction between the filler and the biological sample, as well as the distribution and stability of the sample on the chip. The high hydrophilicity of Aqua Biochip Filler helps to evenly distribute and stably fix the sample, thereby improving the accuracy and reliability of the biochip.
Aqua Biochip Filler has good stability and durability. During the preparation and use of biochips, fillers need to withstand various physical and chemical conditions such as temperature, humidity, pH, etc. Aqua Biochip Filler can remain stable under these conditions and is not prone to degradation or deterioration, thus ensuring the long-term stability and service life of the biochip.
In addition, Aqua Biochip Filler also has low toxicity. In biochip applications, the toxicity of fillers is a very important consideration. Aqua Biochip Filler has undergone rigorous toxicity testing, proving that it has no significant toxic effects on human cells and tissues, thus ensuring safety in biochip applications.
Aqua Biochip Filler is also easy to process and shape. This allows it to be easily processed into various shapes and sizes during biochip preparation to meet different biochip design requirements.
The filler also has good light transmittance. In biochip analysis, optical means are often required to detect and analyze samples. The high light transmittance of aqua biochip filler helps the penetration of light and the acquisition of detection signals, thereby improving the analysis efficiency and accuracy of biochips.
Aqua Biochip Filler has excellent biocompatibility, hydrophilicity, stability, low toxicity, easy processing and molding, and good light transmittance, which make it have broad application prospects and potential in biochip applications.
