Sensory chips in biological science might amaze people at first, but not after learning about all the diagnostic tools and disease detection being done in major laboratories across the world. In mechanical science, this might be a big thing in the present day scenario, where chips and computing equipments rule the roost. But, when biochips from Biosuplar make way into the market and diagnose a particular genetic combination responsible for the action of a specific kind of drug molecule, then people start believing in the complexities of science.
 
•    More and more discoveries and inroads being made in biomedical research
 
Over the years, plenty of development has been made in the field of biological science, where protein sequences have created interest in lots of medical and biological researchers. They are not only finding it interesting to use biochips to detect variety of proteins still undiscovered inside the human body, but also utilising these findings to get rid of ambiguous theories. Various medical and biological facts are getting established and previous theories getting renounced for the sake of further development of medical science and biomedical research. It is no surprise that a large number of designs are coming out on the basis of protein structures, and more importantly on the proper detection of protein sequences.
 
•    Mainstay of detections through biocompatibility of proteins

To make it possible to detect the biological protein sequences, biocompatible surface is being prepared. On this surface, genetic base sequences are arranged in microarrays, allowing for proteins to recognise these sequences and get attached to them. This will thereby expose the proteins and help in unravelling their base sequence. In such microarrays by Biosuplar, there are thousands and even more code sequences. On a particular chip, hundreds and hundreds of proteins can get attached, further driven by the wide range of hydrophilicity of these surfaces. They have bioinert coating, which will allow the proteins to come near the chips and get arranged, even though they have a different charge than that of the microarray. This is done to allow the proteins with different polarities to take their respective positions in the base sequence.

•    Biocompatible surfaces help in diagnostic kit formulations

Many laboratories are preparing these biocompatible surfaces these days, so that they can provide these biomolecular diagnostic kits to the researchers, who are interested in finding more about the genetic and protein sequences of the body. It is on these surfaces that a large number of proteins can be detected and used for improving the quality of diagnosis and versatility of treatment. With the right diagnosis in mind, it is nowadays possible for people to get proper genetic sequencing and further research can be carried out.

Many scientists have undertaken the trouble to understand the genomic characteristics of human beings, while trying to find more about these proteins. Bioinert coating has only helped them in this particular feat, giving a clue to the kind of proteins present in a sample or fluid or in the entire sequence of the material being tested. Through such detection tests, a lot of proteins have come in the eyes of the scientists and they have given plenty of relevant discoveries related to biological field through these advanced diagnostic methodologies.