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<section>
Synthetic Biology has come
a long way already...
2000
First genetic circuits
2010
Bacteria with synthetic genome
2013
Commercial Artemisinin production
2016
Light activated communication
in synthetic tissue
Yet, incredibly complex synthetic systems...<p>
<p class="introtxt28">... that will define our century...<p>
<p class="introtxt32">... require immense amount of
well defined biological parts...<p>
<p class="i111">However, characterization and novel
part creation is not an easy task...<p>
<p class="i113">... as Nature is immensly complex<p>
<img class="igmA0" src="dna/dn.png">
<img class="igmA" src="dna/dnacolor.png">
<img class="igmA1" src="dna/dnablack.png">
<img class="igmA2" src="dna/dnablack.png">
<img class="igmA3" src="dna/dnablack.png">
<img class="igmA4" src="dna/dnablack.png">
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<img class="igmA7" src="dna/dnablack.png">
<img class="igmA8" src="dna/dnablack.png">
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<img class="igmA10" src="dna/dnablack.png">
<img class="igmA11" src="dna/dnablack.png">
<img class="igmA12" src="dna/dnablack.png">
<img class="igmA13" src="dna/dnablack.png">
<img class="igmA14" src="dna/dnablack.png">
<img class="igmA15" src="dna/dnablack.png">
<img class="igmA16" src="dna/dnablack.png">
<img class="igmA17" src="dna/dnablack.png">
<img class="igmA18" src="dna/dnablack.png">
<img class="igmA19" src="dna/dnablack.png">
<img class="igmA20" src="dna/dnablack.png">
<img class="igmA21" src="dna/dnablack.png">
<img class="igmA22" src="dna/dnablack.png">
<img class="igmA23" src="dna/dnablack.png">
<img class="igmA24" src="dna/dnablack.png">
<img class="igmA25" src="dna/dnablack.png">
<img class="igmA26" src="dna/dnablack.png">
<img class="igmA27" src="dna/dnablack.png">
<img class="igmA28" src="dna/dnablack.png">
<img class="igmA29" src="dna/dnablack.png">
<img class="igmA30" src="dna/dnablack.png">
<img class="igmA31" src="dna/dnablack.png">
<img class="igmA32" src="dna/dnablack.png">
<img class="igmA33" src="dna/dnablack.png">
<img class="igmA34" src="dna/dnablack.png">
<img class="igmA35" src="dna/dnablack.png">
<img class="igmA36" src="dna/dnablack.png">
<img class="igmB5" src="dna/dnapeople.png">
<img class="igmB10" src="dna/dnapeople.png">
<img class="igmB16" src="dna/dnapeople.png">
<img class="igmB22" src="dna/dnapeople.png">
<img class="igmB26" src="dna/dnapeople.png">
<img class="igmB28" src="dna/dnapeople.png">
<img class="igmB32" src="dna/dnapeople.png">
<img class="igmB35" src="dna/dnapeople.png">
</div>
<p class="i21">A small protein of 100 amino acids</p>
<img src="dna/proteinbrick.png">
<p class="i22">Has 20100 possible sequences</p>
</div>
<p class="startext">That's already a far greater number
than there are atoms in the known universe
That's already a far greater number
than there are atoms in the known universe
1
1
Current methods are relatively slow
compared to the data amount we need to explore!
<img class="slowdnablack" src="images/dnalibrary/slowdnablack.png">
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<img class="sdna114" src="images/dnalibrary/slowdnacolor.png">
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<img class="sdna116" src="images/dnalibrary/slowdnacolor.png">
<img class="sdna117" src="images/dnalibrary/slowdnacolor.png">
We can either use traditional methods
and collect data for another hundred years...
...or take a step in another direction...
<img class="logogrey" src="img/catseq.png" alt="Why choose Us?">
DNA library of uncharacterized
and unique catalytic biomolecules
<img src="images/dnalibrary/dnalibraryempty.png" style="visibility: hidden; position:absolute" />
Each different DNA molecule is
swiftly encapsulated into water droplets
<img class="dnalibrary" src="images/dnalibrary/dnalibrary.png">
<img class='dna11' src="images/dnalibrary/chipfull.png">
<img class='dna12' src="images/dnalibrary/chipfull.png">
<img class='dna13' src="images/dnalibrary/chipfull.png">
<img class='chippng' src="images/dnalibrary/chipfull.png">
<img class='dnaarr1' src="images/dnalibrary/dnaarr1.png">
<button id="mygtukas01" class="mygtukas01">Continue</button>
Each different DNA molecule is
swiftly encapsulated into water droplets
<img class='dnaarr21' src="images/dnalibrary/dnaarr21.png">
<img class='dnaarr22' src="images/dnalibrary/dnaarr22.png">
<img class='droplet1' src="images/dnalibrary/droplet1.png">
<img class='droplet2' src=images/dnalibrary/chipfull.png>
<img class='droplet21' src="images/recmod/droplet21.png">
<img class='droparr1' src="images/recmod/droparr1.png">
<img class='biomolecule1' src="images/recmod/biomolecule1.png">
<img class='outarrow1' src="images/recmod/outarrow1.png">
<img class='droplet22' src="images/recmod/droplet22.png">
<img class='droparr2' src="images/recmod/droparr2.png">
<img class='recmod' src="images/recmod/recmod.png">
<img class='outarrow2' src="images/recmod/outarrow2.png">
<img class='droplet23' src="images/recmod/droplet23.png">
<img class='droparr3' src="images/recmod/droparr3.png">
<img class='modif' src="images/recmod/modif.png">
<img class='moddna' src="images/recmod/moddna.png">
<img class='moddnacolor' src="images/recmod/moddnacolor.png">
dsad
<button id="mygtukas1" class="recmodtxt1">Continue</button>
Catalytic Biomolecule is produced
inside of the droplet
<button id="mygtukas2" class="recmodtxt2">Continue</button>
Recording Module measures the
activity of the Biomolecule…
<button id="mygtukas3" class="recmodtxt2">Continue</button>
…and then records it into the
biomolecule’s DNA sequence
<button id="mygtukas4" class="recmodtxt2">Continue</button>
The recorded activity and
sequence of biomolecule is
retrieved by Nanopore Sequencing
A characterized
biomolecule
<img class='nanoarr1' src="images/nanopore/nanoarr1.png">
<img class='nanoporeseq' src="images/nanopore/nanoporeseq.png">
<img class='nanoarr4' src="images/nanopore/nanoarr4.png">
<button id="mygtukas5" class="recmodtxt2">Continue</button>
<img class='genukaiblack' src="images/nanopore/genukaiblack.png">
<img class='gnk1' src="images/nanopore/genukaiblack.png">
<img class='moddnacoloract2' src="images/nanopore/moddnacoloract2.png">
<img class='gnk1bar' src="images/nanopore/genukaibar.png">
<img class='genukaicolor' src="images/nanopore/genukaicolor.png">
<img class='genukaibar' src="images/nanopore/genukaibar.png">
<img class='moddnacoloract' src="images/recmod/moddnacolor.png">
A DNA library of well-characterized biological parts
dsad
dsad
With CAT-SEQ
it all becomes possible
<img class="igmX1" src="dna/outrodnacolor.png">
<img class="igmX2" src="dna/outrodnacolor.png">
<img class="igmX3" src="dna/outrodnacolor.png">
<img class="igmX4" src="dna/outrodnacolor.png">
<img class="igmX5" src="dna/outrodnacolor.png">
<img class="igmX6" src="dna/outrodnacolor.png">
<img class="igmX7" src="dna/outrodnacolor.png">
<img class="igmX8" src="dna/outrodnacolor.png">
<img class="igmX9" src="dna/outrodnacolor.png">
<img class="igmX10" src="dna/outrodnacolor.png">
<img class="igmX11" src="dna/outrodnacolor.png">
<img class="igmX12" src="dna/outrodnacolor.png">
<img class="igmX13" src="dna/outrodnacolor.png">
<img class="igmX14" src="dna/outrodnacolor.png">
<img class="igmX15" src="dna/outrodnacolor.png">
<img class="igmX16" src="dna/outrodnacolor.png">
<img class="igmX17" src="dna/outrodnacolor.png">
<img class="igmX18" src="dna/outrodnacolor.png">
<img class="igmX19" src="dna/outrodnacolor.png">
<img class="igmX20" src="dna/outrodnacolor.png">
<img class="igmX21" src="dna/outrodnacolor.png">
<img class="igmX22" src="dna/outrodnacolor.png">
<img class="igmX23" src="dna/outrodnacolor.png">
<img class="igmX24" src="dna/outrodnacolor.png">
<img class="igmXA" src="dna/outrodnablack.png">
<img class="igmY4" src="dna/outropeople.png">
<img class="igmY10" src="dna/outropeople.png">
<img class="igmY15" src="dna/outropeople.png">
<img class="igmY23" src="dna/outropeople.png">
2034
Readily accessible Synthetic Enzymes
2041
Engineered cells capable of Terraforming mars
2079
Cities fully powered by
Synthetic Plants
2095
First Aid kits for Limb Regrowth
<img class="logo-hd" src="images/dnalibrary/catseq-HD.png">
p
</div>
</section>
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</section>
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