At Creative Proteomics, our unwavering dedication to advancing healthcare through cutting-edge science and innovative solutions drives us forward. We take immense pride in offering state-of-the-art services that support the development and optimization of DNA & RNA drugs. Our specialized DNA & RNA drug quantification and potency determination service is designed to cater to the unique needs of pharmaceutical companies, research institutions, and biotechnology firms.
DNA & RNA drug quantification and potency determination encompass a set of analytical processes aimed at measuring the concentration and biological activity of these therapeutic agents. The quantification step involves precisely determining the amount of DNA & RNA present in a given sample, providing vital information for accurate dosing and administration.
Creative Proteomics provides DNA and RNA drug quantification and potency testing services using state-of-the-art technologies and methodologies to ensure reliability and accuracy of characterization results. Below are some of the key services we offer.
We offer quantification of therapeutic nucleic acid molecules using high performance liquid chromatography (HPLC) and other advanced chromatographic techniques. We can accurately measure the concentration of DNA and RNA drugs in a variety of matrices and ensure reliable data. Precise quantitative analysis ensures dosage accuracy and lot-to-lot consistency.
Our potency assay services evaluate the biological activity and potency of therapeutic nucleic acid drugs. Our potency assays utilize state-of-the-art cellular or enzymatic systems to provide a comprehensive view of a drug's effectiveness.
Analytical Method Development
We have experienced scientists to develop custom analytical methods for the quantitation and potency determination of your DNA and RNA drugs. Our services are optimized for accuracy, sensitivity and reproducibility of your drugs.
Validation Studie
Our validation study services enable us to test the accuracy, precision and robustness of our quantitative and potency assays in strict compliance with regulatory guidelines.
The process for our quantitative and potency measurement services involves several key steps.
Sample Preparation
The first step is to prepare the sample for analysis. We are able to extract DNA and RNA from formulations or biological matrices, depending on the type of sample being analyzed, and we will customize the extraction for your sample.
Analytical Method Development
We provide analytical services to develop and optimize drug-specific assays to meet regulatory requirements. This phase requires extensive testing and validation.
Quantification
The drug's concentration in the sample is determined using chromatographic techniques such as HPLC. Calibration curves and known standards are used to establish the drug's quantity accurately.
Potency Determination
Our bioanalytical assays are employed to assess the drug's biological activity and potency. These assays measure the drug's effect on relevant biological targets and compare it to known standards.
Data Analysis and Reporting
The obtained results are analyzed, and a comprehensive report is generated, detailing the drug's quantification and potency.
Our DNA & RNA drug quantification and potency determination services cater to a wide range of applications and industries.
Pharmaceutical Companies
Enhance your drug development process with our accurate and reliable quantification and potency determination services.
Biotechnology Firms
Optimize your DNA & RNA drug formulations for improved therapeutic efficacy.
Research Institutions
Advance your scientific discoveries with our cutting-edge analytical support.
Creative Proteomics is your trusted partner whether you are in the early stages of drug discovery or seeking to improve the quality and efficacy of an existing DNA & RNA drug. Contact us today to discuss your specific needs and discover how our DNA & RNA drug quantification and potency determination services can accelerate your journey toward groundbreaking healthcare solutions.