Search Results - "HAJDU, Kata"

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  1. 1

    Photosynthetic machineries in nano-systems by Nagy, László, Magyar, Melinda, Szabó, Tibor, Hajdu, Kata, Giotta, Livia, Dorogi, Márta, Milano, Francesco

    Published in Current protein & peptide science (01-01-2014)
    “…Photosynthetic reaction centres are membrane-spanning proteins, found in several classes of autotroph organisms, where a photoinduced charge separation and…”
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    Journal Article
  2. 2

    Structural and Functional Hierarchy in Photosynthetic Energy Conversion—from Molecules to Nanostructures by Szabó, Tibor, Magyar, Melinda, Hajdu, Kata, Dorogi, Márta, Nyerki, Emil, Tóth, Tünde, Lingvay, Mónika, Garab, Győző, Hernádi, Klára, Nagy, László

    Published in Nanoscale Research Letters (01-12-2015)
    “…Basic principles of structural and functional requirements of photosynthetic energy conversion in hierarchically organized machineries are reviewed. Blueprints…”
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    Journal Article Book Review
  3. 3

    Porous Silicon/Photosynthetic Reaction Center Hybrid Nanostructure by Hajdu, Kata, Gergely, Csilla, Martin, Marta, Cloitre, Thierry, Zimányi, László, Tenger, Katalin, Khoroshyy, Petro, Palestino, Gabriela, Agarwal, Vivechana, Hernádi, Klára, Németh, Zoltán, Nagy, László

    Published in Langmuir (14-08-2012)
    “…The purified photosynthetic reaction center protein (RC) from Rhodobacter sphaeroides R-26 purple bacteria was bound to porous silicon microcavities (PSiMc)…”
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    Journal Article
  4. 4

    Functional Nanohybrid Materials from Photosynthetic Reaction Center Proteins by Rinyu, László, Sarrai, Abd Elaziz, Szabó, Tibor, Hajdu, Kata, Nagy, László

    Published in International journal of photoenergy (01-01-2017)
    “…Application of technical developments in biology and vice versa or biological samples in technology led to the development of new types of functional,…”
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    Journal Article
  5. 5

    Light-harvesting bio-nanomaterial using porous silicon and photosynthetic reaction center by Hajdu, Kata, Gergely, Csilla, Martin, Marta, Zimányi, László, Agarwal, Vivechana, Palestino, Gabriela, Hernádi, Klára, Németh, Zoltán, Nagy, László

    Published in Nanoscale research letters (17-07-2012)
    “…Porous silicon microcavity (PSiMc) structures were used to immobilize the photosynthetic reaction center (RC) purified from the purple bacterium Rhodobacter…”
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    Journal Article
  6. 6

    Photosynthetic Reaction Centres-from Basic Research to Application by NAGY, László, HAJDU, Kata, FISHER, Béla, HERNÁDI, Klára, NAGY, Krisztina, VINCZE, János

    Published in Notulae scientia biologicae (13-06-2010)
    “…There is no doubt that studying the photosynthetic conversion of light into chemical energy is extremely important in many points of view; e.g., 1)…”
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    Journal Article
  7. 7

    Photosynthetic Reaction Centres - from Basic Research to Application Possibilities by NAGY, Laszlo, HAJDU, Kata, FISHER, Béla, HERNÁDI, Klára, NAGY, Krisztina, VINCZE, János

    Published in Notulae scientia biologicae (01-06-2010)
    “…There is no doubt that studying the photosynthetic conversion of light into chemical energy is extremely important in many points of view: 1) technical-in…”
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    Journal Article
  8. 8

    Process for integrating multiple porous silicon membranes with variable characteristics into planar microfluidics by Silva de Vasconcellos, Douglas, Bourrier, David, Imbernon, Eric, Hajdu, Kata, He, Yingning, Leïchlé, Thierry

    Published in Sensors and actuators. A. Physical. (16-10-2024)
    “…We present a fabrication process based on selective ion implantation to monolithically integrate several porous silicon membranes with different morphologies…”
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    Journal Article
  9. 9

    A statistical shrinking core model to estimate the overall dechlorination rate of PCE by an assemblage of zero-valent iron nanoparticles by Tsakiroglou, Christos D., Hajdu, Kata, Terzi, Katerina, Aggelopoulos, Christos, Theodoropoulou, Maria

    Published in Chemical engineering science (10-08-2017)
    “…[Display omitted] •A shrinking-core model is developed for nanoparticles/dissolved pollutant reactions.•The overall reaction rate is expressed as function of…”
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    Journal Article
  10. 10

    Assessing the capacity of zero valent iron nanofluids to remediate NAPL-polluted porous media by Tsakiroglou, Christos, Terzi, Katerina, Sikinioti-Lock, Alexandra, Hajdu, Kata, Aggelopoulos, Christos

    Published in The Science of the total environment (01-09-2016)
    “…A variety of aqueous suspensions (nanofluids) of zero-valent nano-particles (nZVI) are prepared by wet chemistry techniques, their stability and longevity is…”
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    Journal Article
  11. 11

    Lateral porous silicon interferometric transducer for on-chip flow-through sensing applications by He, Yingning, de Vasconcellos, Douglas Silva, Bourrier, David, Hajdu, Kata, Durand, Jean-Olivier, Cunin, Frédérique, Bardinal, Véronique, Leichlé, Thierry

    Published in Sensors and actuators. A. Physical. (01-12-2021)
    “…Most porous silicon-based interferometric sensors targeting biosensing applications consist of vertical porous silicon layers created into a silicon wafer by…”
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    Journal Article
  12. 12

    Porous silicon pillar structures/photosynthetic reaction centre protein hybrid for bioelectronic applications by Hajdu, Kata, Balderas-Valadez, R Fabiola, Carlino, Alessandro, Agarwal, Vivechana, Nagy, László

    Published in Photochemical & photobiological sciences (01-01-2022)
    “…Photosynthetic biomaterials have attracted considerable attention at different levels of the biological organisation, from molecules to the biosphere, due to a…”
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    Journal Article
  13. 13

    Wirelessly Powered Drug-Free and Anti-Infective Smart Bandage for Chronic Wound Care by Ullah, Irfan, Wagih, Mahmoud, Sun, Yixuan, Li, Yi, Hajdu, Kata, Courson, Remi, Dreanno, Catherine, Prado, Enora, Komolafe, Abiodun, Harris, Nick R., White, Neil M., Beeby, Steve

    “…We present a wirelessly powered ultraviolet-C (UVC) radiation-based disinfecting bandage for sterilization and treatment in chronic wound care and management…”
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    Journal Article
  14. 14

    Detection of Singlet Oxygen Formation inside Photoactive Biohybrid Composite Material by Hajdu, Kata, Ur Rehman, Ateeq, Vass, Imre, Nagy, László

    Published in Materials (26-12-2017)
    “…Photosynthetic reaction center proteins (RCs) are the most efficient light energy converter systems in nature. The first steps of the primary charge separation…”
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    Journal Article
  15. 15

    Sensing photosynthetic herbicides in an electrochemical flow cell by Szabó, Tibor, Csekő, Richárd, Hajdu, Kata, Nagy, Krisztina, Sipos, Orsolya, Galajda, Péter, Garab, Győző, Nagy, László

    Published in Photosynthesis research (01-05-2017)
    “…Specific inhibitory reactions of herbicides with photosynthetic reaction centers bound to working electrodes were monitored in a conventional electrochemical…”
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    Journal Article
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    Equilibrium concentration of singlet oxygen in photoreaction of reaction center/carbon nanotube bionanocomposites by Kinka, Anikó, Hajdu, Kata, Magyar, Melinda, Mucsi, László, Szabó, Tibor, Hernádi, Klára, Horváth, Endre, Magrez, Arnaud, Forró, László, Nagy, László

    “…The reaction center protein is the unit in the photosynthetic organisms in which the primary events of the photoelectric energy conversion take place during…”
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    Journal Article
  18. 18

    Insight into Cellular Response of Plant Cells Confined within Silica-Based Matrices by Meunier, Christophe F, Rooke, Joanna C, Hajdu, Kata, Van Cutsem, Pierre, Cambier, Pierre, Léonard, Alexandre, Su, Bao-Lian

    Published in Langmuir (04-05-2010)
    “…The encapsulation of living plant cells into materials could offer the possibility to develop new green biochemical technologies. With the view to designing…”
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    Journal Article Web Resource
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    Carbon nanotubes quench singlet oxygen generated by photosynthetic reaction centers by Boldog, Peter, Hajdu, Kata, Magyar, Melinda, Hideg, Éva, Hernádi, Klara, Horváth, Endre, Magrez, Arnaud, Nagy, Krisztina, Váró, György, Forró, Laszlo, Nagy, Laszlo

    “…Photosensitizers may convert molecular oxygen into reactive oxygen species (ROS) including, e.g., singlet oxygen (1O2), superoxide anion (O2−•), and hydroxyl…”
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    Journal Article