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hybridized daisy chain rotaxane 126R1/126R2 dsDNA nanostructures

Based on

1 Articles
2016 Most recent source

Composition

1

{126rif1-126rif2}*{126rod_m1-126rof1-126rof2-126ro_m1-126rof3}*{rodf} dsDNA nanoring/{cyclo[(HJalpha c)-(Bogen f)-(HJbeta kd)]}*{(HJalpha b)-(HJbeta a)}*{(HJbeta kc)-(Bogen r)-(HJalpha d)} dsDNA-ligated {cyclo[(GE-1)-(GE-2)-(GE-3)-(GE-4)]}*{Ring1 r}*{SEa-SEb} dsDNA sphere dumbbell structures

126R1 dsDNA nanoring/Ring 2 dsDNA-ligated Ring 1 dsDNA sphere dumbbell structures
Type Nano Material
Formula
Role raw materials
2

{126rif1-126rif2}*{126rod_m2-126rof1-126rof2-126ro_m2-126rof3}*{rodf} dsDNA nanoring/{cyclo[(HJalpha c)-(Bogen f)-(HJbeta kd)]}*{(HJalpha b)-(HJbeta a)}*{(HJbeta kc)-(Bogen r)-(HJalpha d)} dsDNA-ligated {cyclo[(GE-1)-(GE-2)-(GE-3)-(GE-4)]}*{Ring1 r}*{SEa-SEb} dsDNA sphere dumbbell structures

126R2 dsDNA nanoring/Ring 2 dsDNA-ligated Ring 1 dsDNA sphere dumbbell structures
Type Nano Material
Formula
Role raw materials

Properties

General physical and chemical properties

Property Value Source
electrophoretic mobility profile

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Applications

Area Application Source
nanobiotechnology

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Characterization

Method Source
atomic force microscopy

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Biological effects

Preparation

Method 1

Type: Chemical synthesis
Source:
  1. nUAT
  2. sJem
  3. 4dnmcG7MS8iv0ye3
  4. erWZ
  5. pPYI2
  6. pHm89K
  7. cKvQ5
Product

hybridized daisy chain rotaxane 126R1/126R2 dsDNA nanostructures

References

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