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The General Introduction of Custom Peptide Synthesis

Synbio Technologies is a dependable one-stop solution to custom gene synthesis, peptide synthesis, protein expression,antibody discovery, comprehensive molecular biology services and cell line development. Utilizing techniques such as solid phase peptide synthesis (SPPS) and liquid phase synthesis, we provide a variety of synthesis platforms, purity levels, modifications, and formats to cater to diverse research requirements. Our products are 100% accurate and delivered efficiently.

Highlights

>98% Success Rate
100% Accuracy
Multiple Quality Controls
Choice Between mg to Kg Sizes
Offers Crude to >99%
Diverse Peptide Modifications

Service Details

Peptide Synthesis Size: milligrams to kilograms.

Purity: crude, desalted, >75%, >80%, >85%, >90%, >95%, >98%.

Modified Peptides: phosphorylation (Ser, Thr, Tyr), cyclisation (amide ring, disulfide bond ring), fluorescent labeling (FAM, etc.), biotin labeling (Biotin), isotope labeling, etc.

Peptide Structures: linear peptides, cyclic peptides, modified peptides, special peptides, etc.

Different Scales: single peptide, batch peptide, peptide library.

QUOTE

Deliverables

Peptide Products

HPLC Reports

MS Reports

Certificate of Analysis

FAQs

What are the methods of peptide synthesis?

The standard methods of peptide synthesis are solid-phase synthesis, liquid-phase synthesis, and combinatorial chemistry.

What is the reason the peptide is invisible in the vials?

1. Low Concentration: The concentration of peptide might be too little to be seen with the naked eye.

2. Lyophilization: Peptides are often lyophilized into a powder which can appear as a thin, invisible film at the bottom or sides of the vial.

3. Clear or White Appearance: Some peptides are clear or white, blending in with the vial and making them hard to see.

4. Solubility: If the peptide is dissolved in a solution, it may be completely clear, making it invisible.

What purity does my peptide need to be?

1. Research and Development: For basic research, a purity of 70-90% is often sufficient.

2. Biological Assays: For cell-based assays or biochemical studies, a higher purity, typically around 95%, is preferred to ensure accurate results.

3. Therapeutic Applications: For clinical or therapeutic use, peptides usually need to be of very high purity, often exceeding 98-99% to meet regulatory standards and ensure safety and efficacy.

4. Mass Spectrometry: For mass spectrometry analysis, high purity, often ≥95%, is essential to avoid interference from contaminants.

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