Latest: The future of synthetic biology: Print DNA at your benchtop
Latest: Multidrug-resistant organisms: Improving time to effective treatment
Latest: The importance of the cellular microenvironment in the development of more efficient...
Latest: 5 top resources for mycotoxin quantitation in cannabis samples
Latest: Requirements of analysis methods for PFAS compounds in drinking water and soil
Latest: Tracking samples to improve food safety
Latest: Identifying the unknown: easily ID particles in drug formulations
Max Planck expert reveals how he uses NMR to untangle the structure of disordered proteins in...
The future of synthetic biology: Print DNA at your benchtop
A new approach to making airplane parts, minus the massive infrastructure
Cell therapy trialed in mice offers hope for diabetes treatment hope
How to find the next level of connectivity in a modern lab with data integrity
Requirements of analysis methods for PFAS compounds in drinking water and soil
Paper spray ionization: The faster path to mass spec analysis
Cell Culture: Safe and Effective Lab Setup
Agilent automation aids biotech research
Genome engineering made easy
Multiplexed screening of drug-induced mitochondrial dysfunction and cytotoxicity
Cell-based screening for drug‑induced mitochondrial toxicity
Biophysical Characterization Technology
Cell Imaging Technology
25 Jan 20 - 29 Jan 20
01 Mar 20 - 04 Mar 20
01 Mar 20 - 05 Mar 20
31 Mar 20 - 03 Apr 20
AACR Annual Meeting 2020
24 Apr 20 - 29 Apr 20
Automated microwave peptide synthesizer with unparalleled speed and efficiency. Read more...
Microwave irradiation is still the most effective solution for providing a fast, precise and efficient heating method for synthesizing peptides, peptoids, PNA and peptidomimetics with higher purity and yield compared to conventional synth... Read more...
The MultiPep RSi is a fully automated high throughput multiple peptide synthesizer based on a pipetting robot.
Utilizing exchangeable modules, the MultiPep RSi can be configured to enable the synthesis of small scale peptide librarie... Read more...
The MultiPep CF is a fully automated peptide synthesizer with a unique column module that allows the synthesis of long and difficult sequences.
During the synthesis, reagents are continuously circulated and real time UV monitoring en... Read more...
The MultiPep RS is an automated multiple peptide synthesizer based on a pipetting robot operated by a dedicated PC software. Synthesis is being performed in 96 well filter plates, in disposable columns or on membranes (SPOT method). Read more...
The ResPep SL is a fully automated tabletop peptide synthesizer. The chemistry is optimized for Fmoc-based peptide synthesis with standard activation by PyBOP, HBTU, DIC/HOBt or a similar protocol. Additional modules for large scales, mic... Read more...
Peptide Synthesis Reagents and Solvents Amino acid derivatives (FMOC's BOC's etc), linkers, resins (WANG, TentaGel etc)and solvents (n-methyl pyrolidone NMP, Dimethyl formamide DMF, pipiridine etc) for solid phase peptide synthesis can b... Read more...
Solvents for Peptide synthesis We have a comprehensive range of solvents for solid phase peptide synthesis. All of our solvents have been purified to the highest standards necessary to ensure superb yields from synthesis. Water content is... Read more...
Fmoc-L amino acids Listing of most commonly used Fmoc-L amino acids (see individual product details for pricing, Kilo amounts are available, price on application) For a full listing of all FMOC's we can supply click here Special offer... Read more...
The following pages contain an extensive range of commonly used peptides available from stock. If you can not see what you require in our inventory why not let us quote you for the synthesis. Just email us the sequence and we will get back... Read more...
New from Agtcbioproducts: Bio Integration Technology, Inc. Is dedicated to developing, manufacturing and marketing new chiral molecules for for Drug Discovery. There products include fluorinated amino acids the enhance protein stability,... Read more...