Shimadzu Automated solid-phase peptide synthesizer in simultaneous multiple mode

Automated solid-phase peptide synthesizer in simultaneous multiple mode PSSM-8 System

PSSM-8 System S himadzu Automated solid-phase peptide synthesizer in simultaneous multiple mode The PSSM-8 System is a bench-top, automated, simultaneous, multiple solid-phase peptide synthesizer. It was developed through a combination of our considerable, practical exper iences in peptide chemistr y and our exper tise in instr umentation hardware and software. Multiple, simultaneous preparation of different peptides is in great demand. Using the PSSM-8, high-quality peptides can be routinely synthesized. These are very useful for epitope mapping studies and for studying structure-activity relationships....

You can obtain high-quality peptides in any quantity: sim The PSSM-8 is extremely flexible and adaptable to different chemistries and protocols. The rapid synthesis of neuropeptides, hormones and antigens is efficiently carried out. This is very useful for the rapid evaluation of chemical or reaction conditions. It speeds the search for peptides such as epitopes or for potent structures, inhibitors, agonists, or antagonists. 1. EFFICIENT AND RAPID SYNTHESIS With the PSSM-8, 10 to 20 amino acid residue peptides can be prepared in 1-1.5 days, which is followed by simultaneous cleavage. You can...

tity: simultaneously, routinely, and economically. A pp lic a tio n s Synthesis of Leu-Enkephalin using 8 channels (same peptides, same chemistry) Reverse-phase HPLC of crude peptides after cleavage Column: SynProPep RPC18 (4.6 x 250 mm), Eluent: 0.01N HCI/CH3CN = 85/15 - 55/45 (30 min), Flow rate: 1.0 mL/min, Absorbance: 210nm Synthesis of Neuromedin U consisting of 25 amino acids Reverse-phase HPLC of crude peptides after cleavage peptide Column: SynProPep RPC18 (4.6 x 250 mm) Eluent: 0.01N HCI/CH3CN, 85/15 - 55/45 (30 min) Flow rate: 1.0 mL/min, Absorbance: 210nm Synthesis of PACAP fragments...

Setting up the conditions for peptide syn Using a personal computer, the conditions for synthesis can be easily set up with the specialized software for simultaneous multiple preparation. Following the MENU on the display, the chemistry (5 chemistries are installed), amino acid sequence, resin type, scale of the synthesis, double coupling or capping protocols, etc. can be entered and stored in a memory card with the memory card drive (BMD-1). By loading this card into the PSSM-8, the synthesizer can be automatically controlled without tying up your computer. You can use the computer for other...

Amino acid derivative registration window Easily register new amino acid derivatives. By loading the memory card, the synthesis can be Our total support for peptide studies SynProPep® Package Synthesis System for Proteins & Peptides • Polymer Supports • Amino Acid Derivatives • Coupling Reagents Efficient Synthesis Automated Synthesizer Isolation Purification Analysis HPLC System SynProPep Columns • Structure-Activity Relationship • Synthetic Vaccine • Epitope Mapping (Peptide Antigen) • Protein Engineering • Hormone / Neuromodulator • Pharmacology / Physiology Analyses for Structure Determination...

synthesis unit Memory card drive (BMD-1) Septum for reagent reservoir 60 Amino acid vessel 500 Septum for washing port 10 Insert for reaction vessel 8 Teflon tube for drain 2m Technical specifications Automated Simultaneous Multiple Peptide Synthesizer, PSSM-8 system Coupling time 1 h/cycle (standard protocol) Reaction vessel I Disposable syringe tube type with filter, Amino acid vessel Tube with safety lid lock, 2.0 ml Reagent reservoir Synthesized lanes Mixing method Reagent delivery Amino acid station Reagents station Operation panel Flatboard keyboard Memory card slot Ambient temperature...