Palm-Cycler Introduction

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Slide 1

Joining vigorous building , propelled execution and a palmtop PC interface for preeminent easy to use adaptability WWW.CORBETTLIFESCIENCE.COM

Slide 2

Why a Palmtop PC Interface? Commonplace Windows working framework Allows add up to adaptability in cycle programming Free programming redesigns by means of web download SD memory cards for program exchange & reinforcement Computer underpins propelled programming (for auto-adjustment, preliminary outline, virtual runs, and so on) Intuitive graphical UI with extensive illuminated, shading, touch-delicate screen In-assembled palm schedule programming makes an impeccable lab booking framework!

Slide 3

Thermal Control Eight Peltier cluster Four separate sensors Sensor dispersion permits Peltier gadgets sets to be controlled freely by means of input circles to PC

Slide 4

Thermal Gradient Cycling When empowered, a programmable slope from 1°C to 24°C can be setup from left to right on the Palm-Cycler 8 Peltiers and 4 sensors empower a genuine straight inclination to be built up Gradient innovation permits the client to rapidly distinguish the most ideal arrangement of toughening conditions in one run when upgrading cycling conditions

Slide 5

Logging and Graphing data A continuous temperature diagram gives data on temperature crosswise over square amid cycling The Blue line demonstrates set temperature and the Red line real temperature Four sensors over the piece empowers exact sign of the temperature in every well over each of the 12 segments

Slide 6

Heated Lid (Hot Bonnet) Technology Heated cover keeps the void air volume in the tube more sultry than the response This avoids vanishing of the response blend and buildup inside the tube No oil or wax buildup boundary is required PCR Tube Reaction Mix Aluminum Block

Slide 7

Programming the Palm-Cycler From the Cycling screen, just: 2. Set Temp. 1. Set Time 3. Set Repeats

Slide 8

Touchdown Applications Touchdown programming can lessen non-particular item development

Slide 9

Long Range Applications In Long Range programming, the augmentation venture of an enhancement cycle is consequently time increased This gives the DNA polymerase more opportunity to finish strand amalgamation in later cycles where this gets to be restricting Useful for targets more noteworthy than around 1 Kb long

Slide 10

Limit Rate Feature Thermal move times can be exactly controlled by the utmost rate choice This permits the client to determine a warming or cooling rate after some time For instance, you may wish to warm from 55°C to 95°C more than 15 minutes ( or the other way around) Used amid cycling conventions just

Slide 11

Hold Lists The hold list permits you to make temperature holds amid the program at a characterized Cycle, Repeat, Number, or Step When running a program with this element dynamic, the unit will hold the temperature at the customized point and a beeping sound will be radiated Select Continue in the upper right hand corner of the show to continue Useful on the off chance that you have to evacuate tubes or include reagents at a specific point

Slide 12

Oligo Calculator The effective palm PC permits the consideration of cutting edge capacities, for example, an oligonucleotide adding machine Used to ascertain different helpful oligo data, for example, %GC Molecular weight Temperature of softening (T M ), Optical thickness (OD) Bond data (for identifying Primer Dimers, Palindromes and so on)

Slide 13

Auto-Calibration Utilizing the alignment mode inside the Palm-Cycler implies warm precision ought to never "Float" for the duration of the life of the unit An outer warm couple can be utilized to gauge square temperature These readings are encouraged once more into the adjustment settings in the units memory Any divergence between readings is naturally repaid by the Palm-Cycler to guarantee exact temperature control

Slide 14

Active-cooled piece (run 4°C to 99°C) 8 Peltiers and 4 platinum sensors True direct angle ability (1°C to 24°C) Intuitive Palm PC interface Easy programming and reinforcement Advanced cycling alternatives (Touchdown, Long Range, Ramp Rate, Hold Lis,t and so on) Advanced capacities (charting interface, auto-adjustment, oligo adding machine and so on) Built intense to last

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Offices Brisbane Australia Corbett Robotics Pty Ltd 42 McKechnie Drive Eight Mile Plains, QLD 4113 T +61 7 3841 7077 F +61 7 3841 6077 United Kingdom Corbett Research UK Limited Unit 296 Cambridge Science Park Milton Road, Cambridge CB4 0WD T +44 (0)1223 424 288 F +44 (0)1223 424 144 Sydney Australia Corbett Research Pty Ltd 14 Hilly Street Mortlake, NSW 2137 T 1 800 803 915 (Toll free) T +61 2 9736 1320 F +61 2 9736 1364 USA Corbett Robotics Inc 185 Berry Street, Suite 5200 San Francisco, CA 94107 T +1 866 380 1166 (Toll free) T +1 415 348 1166 F +1 415 348 1177 E-mail info@corbettlifescience.com Web www.corbettlifescience.com All slides  2007 Corbett Life Science. All rights held

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