Activo Darwin is a semi-automatic peptide synthesizer used as an economical instrument for synthesizing high-quality peptides.
Product Introduction
Main functions:
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High quality peptides
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Any scale from 0.05 to 20.0 mmol (moles)
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Easy to use; Use existing protocols or define your own protocols
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Resin cleaning and deprotection steps for automated synthesis
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Perform any Fmoc or t-Boc chemistry
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Compatible with green chemical solvents
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Heating the reactor environment to a temperature of 90 ° C
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PNA synthesis
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Safe to use, instrument enclosed
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Disposable reactor
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Use commercially available resins and reagents
Features:
(1) Usability:
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Semi automatic peptide synthesizer, suitable for peptide and organic solid-phase synthesis. Very easy to use and can be directly controlled.
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Any Fmoc or Boc coupling strategy can be used.
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Small footprint, can be operated on fume hoods and workbenches.
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Commercially available amino acids, coupling reagents, and resins can be used to reduce synthesis costs.
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Very user-friendly touchscreen display
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Enter the order, fill in the quantity and resin, and then run in order
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The software generated worksheet tells users what to prepare
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Chemistry, Free Choice for the Present and Future
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Disposable reactor
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Each synthesized log file
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Easy cracking system directly from disposable reactor
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Email notification

(2) High quality peptides:
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The inert atmosphere throughout the entire process
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Accurate and rapid reagent delivery and cleaning
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Efficient conversion and nitrogen bubbling mixing
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Bottom filtration of disposable reactor

(3) Chemistry:
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Fmoc or t-Boc
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In situ or pre activated
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Green Chemistry
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Coupling agents HBTU, HCTU, HATU, TBTU, PyBOP, DIC, COMU, etc
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PNA synthesis
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Use any resin; Polystyrene or polyethylene glycol
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Use any protocol
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Synthesize peptides of any length

configuration
The complete system includes:
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A semi-automatic peptide synthesizer suitable for peptide and organic solid-phase synthesis, with very simple operation and direct control.
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Any Fmoc or Boc coupling strategy can be used.
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Small footprint, easily placed on a fume hood or workbench.
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Reduce synthesis costs by using commercially available amino acids, coupling reagents, and resins.
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The synthesis scale ranges from 0.05 to 5.0 millimoles.
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The entire process is in an inert gas environment.
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Provide disposable reaction containers, 5 10mL and 5 40mL containers, allowing synthesis at any scale up to 2.0 millimoles.
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The optional 125mL glass reactor can increase the synthesis scale to 5.0 millimoles, which can be upgraded in the future.
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Optional reactor heating system (suitable for 10mL and 40mL), maximum temperature+90 ° C.
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Central wrist movement hybrid system. Users can adjust the mixing speed and angle to ensure efficient mixing of resin slurry.
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The system automatically completes the washing and deprotection steps of solid-phase peptide synthesis. Accurate addition of solvents and deprotection reagents. All steps can also be manually controlled step by step. Amino acids and reagents can be easily added to the reactor by the user.
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The touch screen software comes with preset and user-defined protocols. Users can customize all synthesis parameters.
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Three solvent bottles with standard GL45 threads are required, with a capacity of 250 mL to 2 liters, to be provided by the user.
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Optional larger solvent containers are available.
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If the system is placed in a fume hood, TFA cracking can be performed on the Darwin system.
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Provide user manual.
Additional options:
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Reactor heating system - heated to+90 ° C. Improve the coupling efficiency of long-chain or difficult to synthesize peptides and shorten the cycle time. Upgrades can be made in the future.
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Large scale kit - including a 125mL glass reactor, this kit can increase the synthesis scale from 2.0 millimoles to 5.0 millimoles.