GMP-Creative Biolabs provides one-stop customer-oriented services including biopharmaceutical contract R&D, process development, cGMP manufacturing, QA & QC solutions for scientific research, preclinical, clinical and commercial supply. We proceed your projects according to your specific demands in quality, timeline and budget, supporting researchers across different therapeutic areas. Clear, open and regular communication with customers is as important to our success as our in-depth scientific knowledge. more
With our skilled and experienced scientists, Creative Biolabs provides comprehensive and practical analytical methods for modeling and higher order structure analysis. Structure analysis is one of our most adept procedures, with our well-established methods for sample testing and detecting. And base on your specific requirement, we can offer multiple analytical platforms for your demands.
Figure 1. Higher order structure of insulin
The most common macromolecules in biochemistry are biopolymers (nucleic acids, proteins, carbohydrates and polyphenols) and large non-polymeric molecules (such as lipids and macrocycles)
Macromolecules such as protein, DNA, or RNA are generally formed by intricate folded small molecules. These patterns were called higher order structures. The secondary structures usually prior focused since they are highly related to their biological functions. Creative Biolabs offers multiple solutions to carry on your research.
|CD||Investigate the secondary structure of chiral molecule|
|X-RAY NMR||Observe molecular crystal structure and its atomic interaction|
|Epitope Detection||Provide massive details of surface structure such as cell membrane|
|Specific Binding||Label-based or label free measurement of ligand receptor interaction.|
Creative Biolabs will help you develop and validate analytical methods by our qualified researchers using various state-of-the-art equipment and techniques. The whole experiment will be well designed to meet your requirement.
We also provide solution for different characteristics, click here to see more details about other services.
To discuss your Shape and Higher Order Structure demands or to request a proposal, please contact us by
For R&D use only, not directly for clinical use.