I-Custom Peptide Synthesis
We have mastered solid-phase, liquid-phase, combined liquid-solid, reverse solid-phase, and microbial fermentation synthesis methods, which provide a variety of viable pathways for peptide research.
Peptide Customization Advantage
Ikilasi 100 sterile laboratory
Organic Chemistry Specialist
Available in mg-kg grade
Purity from crude to 99%
More peptide modifications
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| Length |
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| Purity |
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| Quantity |
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| Counter – Ion |
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| QC Testing | |
| Identity |
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| % Purity |
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| Additional testing * |
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Multiple retouching strategies available
Peptides find viable pathways through modification
I-Peptide Glycosylation
The sugar is incorporated into one or more positions in the customized peptide.
peptide Phosphorylation
The peptide chain is modified to form an acidic phosphopeptide.
Ama-Peptides ahlanganisiwe
Olefinic complexation reaction between two unnatural amino acids.
Isotope Labeled
Stable isotope labeling of peptides helps to identify interactions between protein structures.
I-N-terminal
Reduces peptide charge increases activity prevents enzymatic degradation.
C-terminal
Create synthetic peptides with precise conformations for specific applications.
Ama-Peptides ahlanzekile
Coupling peptides with metal chelators to provide a pathway for imaging cancer tissues.
I-Peptide Pegylation
Covalent linkage reduces immunogenicity and increases solubility.
Delivery support and technical assurance
Strict standards are enforced at every step of the process
Technology
Core Assurance
- aseptic laboratory
- nitrogen protection
- Per-step testing
- Organic Chemistry Specialist
Orders
Included Services
- I-HPLC;MS;Ph Reports
- Free desalting and transsalting
- Optional dissolution testing
- Optional endotoxin testing