Features
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Automation of DNA Synthesis: It automates the process of assembling DNA sequences, allowing for faster and more efficient production of custom DNA fragments.
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High Throughput: The device is capable of synthesizing large quantities of DNA sequences with high accuracy, making it suitable for applications in gene synthesis, protein expression, and synthetic biology.
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Scalability: It can work with varying lengths of DNA sequences, ranging from shorter oligonucleotides to longer gene-sized fragments, providing flexibility to researchers.
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Cost-Efficiency: By automating the DNA synthesis process, the Kilobaser One can reduce the costs associated with manual DNA synthesis, especially for custom or large-scale synthesis needs.
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Applications: The Kilobaser One can be used for a wide variety of research applications, including:
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Gene Cloning: Producing genes for use in cloning experiments.
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Synthetic Biology: Constructing synthetic biological circuits or pathways.
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Gene Editing: Facilitating CRISPR/Cas9 gene editing by providing custom guide RNAs or donor templates.
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Vaccine Development: Synthesizing genes for use in creating vaccine candidates or other therapeutic proteins.
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Ease of Use: It typically comes with user-friendly software that allows researchers to design DNA sequences, load them into the machine, and oversee the synthesis process, often with minimal manual intervention.
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