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Mass spectrum and HPLC results are provided for all purified peptides.
For desalt grade peptides, Mass spectra are provided.
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For quote on peptides more than 30 residues long, please contact us by email.
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For a quote on a peptide order requiring a purity >98% or an amount > 100 mg, please contact us by email.
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Delivery time in general is in 2-4 weeks.
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Modification:
Acetylation, N-terminal |
Free |
Amide, C-terminal |
Free |
Biotin, N-terminal |
$150 |
Biotin, C-terminal via Lys side chain |
$300 |
Phosphorylation (Ser) |
$240 |
Phosphorylation (Thr) |
$240 |
Phosphorylation (Tyr) |
$240 |
FITC (fluorescein), N-terminal |
$240 |
FITC, C-terminal via Lys side chain |
$300 |
Fatty acid, N-terminal |
$80 |
Dansyl, N-terminal |
$200 |
MCA, N-terminal |
$150 |
Dnp, Lys side chain |
$180 |
Abz, N-terminal |
$150 |
Acetylation , Lys side chain |
$80 |
D-amino acid |
$50 |
Cit |
$80 |
Lys(Ac) |
$80 |
Seleno-Met |
$700 |
- The price is based on the 20 mg final peptide product. For >20 mg, please email us for a quote
- If a modification cannot be found from the list, please email us for a quote.
Conjugation:
BSA |
$249.00 (10 mg) |
KLH |
$249.00 (10 mg) |
Background Information for Peptide Synthesis:
Synthetic peptides have emerged as highly versatile tools, useful in a broad range of research and commercial applications. Initially, synthetic peptides were primarily designed to mimic protein epitopes and used as an antigen to generate antibodies. Functional uses of peptides have matured as recent advancements in chemical peptide synthesis and the inclusion of modified amino acids have increased the research options and commercial potential of peptides. Subsequently, longer peptides have been synthesized using refined solid phase chemical synthesis techniques. These techniques combined with fragment condensation and ligation methods, have allowed for the precise synthesis of peptides over 150aa in length.
In addition to synthesis techniques, modified amino acids are being incorporated into peptides allowing customization of a peptide's chemical profile. For example, these modified amino acids can be used to change the solubility of a peptide or increase its bio-availability for use in therapeutics.
In recognition of the tremendous commercial and academic importance of peptides, Peptide 2.0 Inc. now utilizes the most advanced peptide synthesis techniques and instrumentation available. As a result, Peptide 2.0 Inc. has emerged as a world leader in peptide synthesis by consistently providing the research community with cutting-edge synthesis techniques in combination with a full-range of modification options. With peptide customers in over 30 countries, our products and services are a vital resource for academic communities and commercial organizations worldwide.
For futher information, please reference the following websites:
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