Significance of Custom Antibody Production to Research Applications

In biology and medicine research and development has a long history with antibody reproducibility. In fact, biology-based studies show the major contribution of using antibodies in the basic understanding of the subject. However, these antibodies are also a significant factor in poor reproducibility according to different research. In today's blog, we will take an insight into those studies reflecting the importance of antibody manufacturing in biology research and medicinal development. Keep reading.

Why Is Antibody Reproducibility Important in Research and Development?

Of multiple biology-based studies and research, one study by the Human Protein Atlas shows how antibody generation significantly impacts research applications and where its importance lies. This Swedish consortium manufactures around 9,000 antibodies internally, directing them against human genome proteins to evaluate their efficacy through bioinformatics and experimental data. In the outcome, it’s found that less than 50% of the protein distribution in the preserved tissue slices is active.

In another study, researchers assessed 246 antibodies mostly used in epigenetics fields, where the outcomes reveal that 25% of those reagents failed the test due to displaying a high specificity for wrong molecular targets. That’s why antibody quality issues have become a challenge for researchers.

However, the experts keep taking numerous initiatives to facilitate data availability on antibody quality to improve validation standards as reagents. And, at a point of investigation, they have found out the reasons behind the poor performance of antibodies, whether buying from any commercial sources or generated in-house in research applications. In most cases, this performance failure can occur due to shortcuts, technical oversights or incomplete characterization.

Moreover, custom antibody production is complicated, and each phase can have a significant impact depending on various factors during the creation process. Yet, you need to take careful considerations during every step of the research applications as reagents. It will help you identify the difference between poor-quality antibodies and exceptional ones. For example:

• Exception antibodies come with high specificity and avidity, while poor-quality antibodies contain no or low avidity and specificity.
• Poor-quality antibodies mostly contaminate mycoplasma and viruses with low expression levels. However, with exceptional antibodies, researchers can take advantage of its intended biological function and correct Fc domains. Also, the latter offers proper stability and glycosylation with other desired traits.

When using poor-quality antibodies as a reagent in research applications, it requires characteristic re-optimization from scratch. However, the process can be highly expensive and cause delays in new antibody manufacturing, where the timeline depends on the type of antibody used for your research application, like monoclonal antibody production or polyclonal antibody production.

Being a researcher, the best thing you can do here is to make an upfront investment for the optimization process, ensuring antibody generation meets your needs for the long term. It may increase the initial investment amount and pre-production timeline. But you can save or reduce costs on the scientific and financial consequences of using poor-quality antibodies in the research. So, rely on high-quality antibodies, whether generated in-house or commercially, outsourcing to obtain reproducible and consistent data.

In Conclusion

From the selection to antigen preparation, every step requires careful planning when aiming to develop exceptional antibodies and up-front investment, which increases the chances of high-quality antibody generation. However, if you are looking to save your time and effort, rely on us, Bio Basic, for commercially sourcing antibodies, whether it be chimeric monoclonal antibodies or polyclonal ones.

Just decide which one is the best fit for your application and ask for the results you desire. Our antibody synthesis packages provide the utmost freedom to researchers for antibody synthesis, from cDNA to protein to peptide, and ensure successful basic research applications in the projects of your choice. We have a qualified team of scientists to help you find the best package considering your research goals while informing you about the outcomes throughout the process.

Request a quote now or download our order form and email that to our antibody department at antibody@biobasic.com today!