Oleg Gradov's picture
Real name: 
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First Name: 
Oleg
Last Name: 
Gradov
Affiliation: 
Semenov Institute of Chemical Physics
Job Title: 
research fellow
Short Bio: 
Oleg V. Gradov is the leader of the Biophysical Instrumentation Group at the Tal’roze Institute for Energy Problems of Chemical Physics (Russian Academy of Sciences), working in the Laboratory of Biological Effects of Nanostructures. His recent works are focused on lab-on-a-chip design for multispectral multiparametric mapping, ERD-SBGN-mapping of biological samples, chemometric microscopy, and spectroelectrochemical and electro-morphological techniques for biomembranes and neural structures. He has collaborated with researchers in several other areas of computer-assisted biophysical and biochemical investigations, including neurophysiology and neuromorphology, biogeochemistry and biogeophysics, photobiochemistry and laser biophysics, bioinformatics and chemoinformatics. Oleg has served on around 10 conference and workshop program committees and is the Program Chair for the Analog Signal Processing-Based Bioinformatics Seminar (ASP-BB) at INEPCP, Moscow. He is also an ambassador of ASAPBio (Accelerating Science and Publication in Biology, based in Cambridge, USA) in Russia and member of several advisory boards. Oleg has founded some novel trends in analog biomedical engineering and quantitative microscopy. He is the author of 120 journal papers and 90 conference papers and seminar reports before 2018, and an editorial board member of 10 journals. His group's recent grants include: “Development of the novel physical methods for complex biomedical diagnostics based on position-sensitive mapping with the angular resolution at the tissue and cellular levels using analytical labs-on-a-chip” (RFBR # 16-32-00914) and “Lab-on-a-chip development for personalized diagnostics” (FASIE 0019125). The general motto of his group is: “Logics, Discipline, Enthusiasm, Inspiration!”

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  • See our next journal papers*.
  • *Suppl. to: Proc.
  •  XVI International Conference on Thermal Analysis and Calorimetry in Russia (RTAC-2020). July 6th , 2020, Moscow, Russia. Book of Abstracts. — Moscow. “Pero” Publisher, 2020. — 9 MB. [Electronic edition]. ISBN 978-5-00171-240-4
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Suppl. to: Notchenko A., Endaltsev N., Gradov O. Novel FRAP techniques... Preprint, 2019.

For more details see original article. 

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It is only experimental data for paper supplement formation [draft version]. See our next articles for more details.

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It is only experimental data for paper supplement formation [draft version]. See our next articles for more details.

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It is only experimental data for paper supplement formation [draft version]. See our next articles for more details.

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  • Compositions on the basis of polyethylene (PE) of grade 10803-020 (Russia) were investigated. The particulate chemical gas-generating agent hydrocerol (hyd) of Hydroserol BIF brand with the starting decomposition temperature of 140°C, which is the mix of endothermic foaming agents, including sodium hydrogen carbonate, was used for creating the pore structure. The gaseous products of hydrocerol degradation are water vapor and carbon dioxide in equal proportions.
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The teeth of elasmobranchs are connected to a common fibrous band which moves forward continuously, carrying all the teeth with it.

 

Literature:

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Sample list:

  • Chromite.zip
  • Galena.zip
  • Jaspillite.zip
  • Kyanite.zip
  • Magnetite.zip
  • Titanite, or sphene.zip
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  • Lens-less microscopy of a mica plates (phyllosilicates) and similar structures. Part 1. 405 nm DPSS laser
  • Lens-less microscopy of a mica plates (phyllosilicates) and similar structures. Part 2. 532 nm DPSS laser
  • Lens-less microscopy of a mica plates (phyllosilicates) and similar structures. Part 3. 650 nm DPSS laser
  • Lens-less microscopy of a mica plates (phyllosilicates) and similar structures. Part 4. UV LED
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Supplement to the article in one of morphological journals.

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