A SECRET WEAPON FOR CEESDEKKER

A Secret Weapon For ceesdekker

A Secret Weapon For ceesdekker

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Human Rad51 filaments on double- and one-stranded DNA: correlating normal and irregular sorts with recombination perform.

, Groningen scientists present the results of their efforts to produce labs far more sustainable and supply methods for other labs. 

Considering that 2000, Dekker has shifted the most crucial concentrate of his get the job done towards biophysics in which he scientific tests the Qualities of single biomolecules and cells using the equipment of nanotechnology. This alteration of field was driven by his fascination to the amazing performing of Organic molecular structures, in addition to with the very long-time period standpoint that a lot of intriguing discoveries might be envisioned During this area.[5] Existing traces of investigation in his biophysics group are within the areas of:[6]

2012, discovery that nucleoid occlusion underlies the precision of bacterial cell division; and to start with ever analyze on the dynamics DNA supercoils and the discovery of supercoil hopping

The coiled-coil from the human Rad50 DNA maintenance protein is made up of particular segments of amplified versatility

We shape germs into types that deviate from their natural phenotype. Specifically, I'll demonstrate our capability to shape live E. coli microbes into novel designs including rectangles, squares, triangles and circles.

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Presently, we also understood that it ought to be achievable to utilize just one semiconducting carbon nanotube to create a transistor — and we set out to really make it. We stretched individual semiconducting nanotubes throughout metallic electrodes and applied the underlying silicon substrate as being a gate electrode, establishing The essential a few-terminal format of a industry-influence transistor (Fig.

FtsZ treadmilling is important for Z-ring condensation and septal constriction initiation in bacterial mobile division

2006, first demonstration of molecular sorting within a lab over a chip applying biomotors; discovery of nanobubbles in strong-condition nanopores; and initially estimate of electrokinetic energy conversion within a nanofluidic channel

Electrical transport in monolayers of phthalocyanine molecular wires and AFM imaging of one wire bridging two electrodes

Sound-state nanopores have verified for being a astonishingly adaptable probe for solitary-molecule Evaluation of ceesdekker DNA. I will describe many of our the latest conclusions – precisely DNA knots – and our endeavours to grow the abilities of sound-state nanopores even further, within the path of one-protein detection, graphene nanopores, plasmonic nanopores, and DNA origami nanopores.

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