Nanotechnology

Dynamic Behavior of RNA Nanoparticles Analyzed by AFM on a Mica/Air Interface

Paper summary

RNA is an attractive biopolymer for engineering self-assembling materials suitable for biomedical applications. programmable hexameric RNA rings were developed for the controlled delivery of up to six different functionalities.In this strategy based on an algorithmic, atomic force microscopy (AFM)-resolved deformation analysis of the RNA nanoparticles studied on a mica/air interface.

Journal : ACS Publications

Publiosh Date : 18 April 2018

Paper link

Dynamic Behavior of RNA Nanoparticles Analyzed by AFM on a Mica/Air Interface
Hamedan Science and Technology park

Hamedan Science and Technology park

About Lab :‌

Specialized laboratories for biotech

Hamedan Science and Technology park

Hamedan province

Device type : Multi-Mode

Model : Full

Lab Manager Doctor shahab kazemi,Manager of Hamedan science and technology park

Name : Dr.Shahab Kazemi

Expertise : Metallurgy

Operator  Eng.Samira ataei,operator of Multi Mode AFM

Name : Eng.Samira Ataei

Expertise : Geology

Lab main activity Extraction and purification of protoeins,composition analysis with HPLC and GC

  • Extraction and purification of proteins from different tissues of animals and plants

  • Extract essence from planet

  • Composition Analysis with HPLC and GC

  • various test on enzyme

  • Incubation under different conditions

  • PCR and Real Time PCR carried out

  • Concentration in different samples with freezer dryer and rotary

Main Research with AFMsurface morphology research,Magnetic domain wall motion review

  • Study the interface in nanocomposites

  • Magnetic domain wall motion review

  • Surface morphology research

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