AAPPTec Focus XC Series - Fully Automated Peptide ... - ACS
AAPPTec Focus XC Series - Fully Automated Peptide ... - ACS
AAPPTec Focus XC Series - Fully Automated Peptide ... - ACS
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FOCUS <strong>XC</strong> SERIES<br />
<strong>AAPPTec</strong>’s <strong>Focus</strong> <strong>XC</strong> series of instruments are easy to use, fully<br />
automated solid phase peptide synthesizers. 1 The <strong>Focus</strong> <strong>XC</strong> is<br />
capable of simultaneous and parallel peptide synthesis. The powerful<br />
combination of utilizing 1 to 6 reactors, 24 amino acids, up to 8 solvent/<br />
reagent bottles, and versatile user-friendly software gives the <strong>Focus</strong> <strong>XC</strong><br />
unique abilities. Novice and expert chemists have virtually unlimited<br />
synthesis options. 2 The <strong>Focus</strong> <strong>XC</strong> is specially designed for Fmoc and Boc<br />
chemistries, but has the capability to be used for many other chemistries<br />
(DNA, PNA, RNA). The <strong>Focus</strong> <strong>XC</strong> series is an excellent choice for<br />
discovery research, synthetic methods, process development, and<br />
production for phase I/II/III clinical trials.<br />
Regardless of your research, the <strong>Focus</strong> <strong>XC</strong> is guaranteed to increase your<br />
laboratory productivity.<br />
Additional benefits of the <strong>Focus</strong> <strong>XC</strong> instruments:<br />
• The solution for difficult peptide sequences<br />
• The highest crude purity<br />
• The widest scale range on the market<br />
• Walk away, 24/7 worry-free operation<br />
• Reliable, provides years of successful syntheses<br />
• Quiet operation<br />
• Robust, low maintenance<br />
• Low operating costs<br />
• Flexible, sophisticated software<br />
• Reaction monitoring with system alerts<br />
• Access to <strong>AAPPTec</strong>’s world class support.<br />
With the <strong>Focus</strong> <strong>XC</strong>, <strong>AAPPTec</strong> advances its already successful line of<br />
bench-top peptide synthesizers, which started in 1990 when the Model<br />
90 revolutionized the peptide industry. After more than 20 years of<br />
proven operation and continued improvements, <strong>AAPPTec</strong>’s bench-top<br />
peptide synthesizers have become an industry standard for peptide<br />
research and production.<br />
1<br />
Johnson & Johnson - “Very easy (dummy proof)<br />
software, great RV-mixing, robust, easy to clean,<br />
better than ABI, very good peptides, really likes<br />
the scale up ability.”<br />
2<br />
Vanderbilt University - “User friendly, walk away<br />
synthesizer, very easy software.”<br />
ACP (65-74)<br />
Crude <strong>Peptide</strong><br />
HEATING OPTION<br />
Moderate heating during coupling has proven to be very beneficial for<br />
the synthesis of some peptides. Recently, conventional heating was<br />
shown to be as effective as microwaves in peptide synthesis. 3 The <strong>Focus</strong><br />
<strong>XC</strong> has a heating option that allows the reaction vessel to be heated<br />
during reactions: the heating module applies heat only during the steps<br />
specified by the user thus eliminating unnecessary heating that can<br />
damage heat sensitive sequences or sequence position.<br />
3 Bacsa B, Horváti K, Bõsze S, Andreae F, Kappe CO J. Org. Chem. 2008, 73, 7532-42.<br />
SONICATION OPTION<br />
Untrasound has been shown to accelerate reactions and can also yield<br />
products not obtainable by purely thermal reactions. 4 Sonication has<br />
proven to disrupt aggregation and accelerate diffusion of reagents into<br />
the resin beads thus speeding up coupling reactions; particularly difficult<br />
couplings. <strong>AAPPTec</strong> offers an optional sonication module for the <strong>Focus</strong><br />
<strong>XC</strong> which applies ultrasound to the reactions vessels at user-specified<br />
intervals during the syntheses.<br />
4 Hickenboth CR, et al. Nature, 2007, 446, 423-7.<br />
UV MONITORING OPTION<br />
The UV monitoring option identifies difficult<br />
coupling positions in real-time and makes<br />
predefined adjustments to the synthesis<br />
protocols to optimize coupling efficiency.<br />
This minimizes deletion peptides that form<br />
when deprotection reactions are slow and<br />
the intermediate peptide-resin is not fully<br />
deprotected before couplings – no more<br />
failed syntheses due to unexpected slow<br />
deprotections.<br />
2000<br />
1600<br />
1200<br />
800<br />
400<br />
1.8<br />
1.6<br />
1.4<br />
1.2<br />
1.0<br />
0.8<br />
0.6<br />
0.4<br />
0.2<br />
Optional Sonication/<br />
Heating Module<br />
1-ALA 2-VAL 3-ILE 4-PHE 5-PHE<br />
Real-Time Feedback of the<br />
UV Monitoring System<br />
DEHFVANDTRTKKRLAVEKKAELKIGRLNK<br />
0<br />
0 5 10 15 20 25 30 35<br />
Crude <strong>Peptide</strong><br />
APPT1091 <strong>Focus</strong><strong>XC</strong> Brochure_REV.indd 2-3 5/23/11 4:47 PM