Transition Metal Complexes As Quantum Dots: Excellent alternatives to Organic Chromophores for Biological Imaging Applications
D. kinthada.
International Journal of Management, Sciences, Innovation, and Technology IJMSIT 2 (1): 01-8 (January 2021)

In recent years, different types of inorganic nanoparticles (iNPs) with unique physicochemical properties have emerged.1−4 Among these, quantum dots (QDs) have proved to be very versatile,finding applications in electroluminescent displays, quantumcomputing, photovoltaics , solar cells,transistors,and biological imaging.For biological imaging applications, QDs are now excellent alternatives to organic chromophores.given that they can have similar sizes, shapes,and surface functional groups. A potentially prolific new direction in inorganic chemistry and nanochemistry could be to combine NPs with small metal complexes to seek synergistic and/or cooperative effects. In this context,combining QDs with coordination complexes is being explored as a new strategy to obtain cooperative systems with improved properties for applications in sensing, biological imaging, and molecular therapy. A prominent area of research in coordination chemistry is the development of metal complexes that can act as artificial nucleases. Overall, these synthetic DNA-cleaving reagents.

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@article{noauthororeditor,
  abstract = {In recent years, different types of inorganic nanoparticles (iNPs) with unique physicochemical properties have emerged.1−4 Among these, quantum dots (QDs) have proved to be very versatile,finding applications in electroluminescent displays,  quantumcomputing, photovoltaics , solar cells,transistors,and biological imaging.For biological imaging applications, QDs are now excellent alternatives to organic chromophores.given that they can have similar sizes, shapes,and surface functional groups. A potentially prolific new direction in inorganic chemistry and nanochemistry could be to combine NPs with small metal complexes to seek synergistic and/or cooperative effects. In this context,combining QDs with coordination complexes is being explored as a new strategy to obtain cooperative systems with improved properties for applications in sensing, biological imaging,  and molecular therapy. A prominent area of research in coordination chemistry is the development of metal complexes that can act as artificial nucleases. Overall, these synthetic DNA-cleaving reagents.},
  added-at = {2021-02-07T07:34:26.000+0100},
  author = {kinthada, Dr. Prakash},
  biburl = {https://www.bibsonomy.org/bibtex/27db6824453b7f0e4ec37cff00622188d/kayyali99},
  interhash = {a0be7b09a4e2a010a6f960b68b1ee71b},
  intrahash = {7db6824453b7f0e4ec37cff00622188d},
  journal = {International Journal of Management, Sciences, Innovation, and Technology IJMSIT},
  keywords = {Complexes Compounds,Transition Metal dots,nano medicine,Coordination quantum},
  language = {English},
  month = {Jan 2021},
  number = 1,
  pages = {01-8},
  timestamp = {2021-02-07T07:34:26.000+0100},
  title = {Transition Metal Complexes As Quantum Dots: Excellent alternatives to Organic Chromophores for Biological Imaging Applications},
  url = {https://ijmsit.com/volume-2-issue-1/},
  volume = 2,
  year = 2021
}

%0 Journal Article
%1 noauthororeditor
%A kinthada, Dr. Prakash
%D 2021
%J International Journal of Management, Sciences, Innovation, and Technology IJMSIT
%K Complexes Compounds,Transition Metal dots,nano medicine,Coordination quantum
%N 1
%P 01-8
%T Transition Metal Complexes As Quantum Dots: Excellent alternatives to Organic Chromophores for Biological Imaging Applications
%U https://ijmsit.com/volume-2-issue-1/
%V 2
%X In recent years, different types of inorganic nanoparticles (iNPs) with unique physicochemical properties have emerged.1−4 Among these, quantum dots (QDs) have proved to be very versatile,finding applications in electroluminescent displays,  quantumcomputing, photovoltaics , solar cells,transistors,and biological imaging.For biological imaging applications, QDs are now excellent alternatives to organic chromophores.given that they can have similar sizes, shapes,and surface functional groups. A potentially prolific new direction in inorganic chemistry and nanochemistry could be to combine NPs with small metal complexes to seek synergistic and/or cooperative effects. In this context,combining QDs with coordination complexes is being explored as a new strategy to obtain cooperative systems with improved properties for applications in sensing, biological imaging,  and molecular therapy. A prominent area of research in coordination chemistry is the development of metal complexes that can act as artificial nucleases. Overall, these synthetic DNA-cleaving reagents.

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Transition Metal Complexes As Quantum Dots: Excellent alternatives to Organic Chromophores for Biological Imaging Applications
D. kinthada.
International Journal of Management, Sciences, Innovation, and Technology IJMSIT 2 (1): 01-8 (January 2021)

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Transition Metal Complexes As Quantum Dots: Excellent alternatives to Organic Chromophores for Biological Imaging ApplicationsD. kinthada. International Journal of Management, Sciences, Innovation, and Technology IJMSIT 2 (1): 01-8 (January 2021)

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Transition Metal Complexes As Quantum Dots: Excellent alternatives to Organic Chromophores for Biological Imaging Applications
D. kinthada.
International Journal of Management, Sciences, Innovation, and Technology IJMSIT 2 (1): 01-8 (January 2021)