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| Personal data sheet |
 Print previewpersonal data approved: 2023. III. 29. | Publications |
2022
 from data base, 2023. III. 29. |
Ganczer Alma, Szarka Gergely, Balogh Márton, Hoffmann Gyula, Tengölics Ádám Jonatán, Kenyon Garrett, Kovács-Öller Tamás, Völgyi Béla: Transience of the Retinal Output Is Determined by a Great Variety of Circuit Elements, CELLS 11: (5) 810
type of document: Journal paper/Review paper
language: English
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2020
from data base, 2023. III. 29. |
Wang Q., Banerjee S., So C., Qiu C., Lam H.-I.C., Tse D., Völgyi B., Pan F.: Unmasking inhibition prolongs neuronal function in retinal degeneration mouse model, FASEB JOURNAL 34: (11) pp. 15282-15299.
type of document: Journal paper/Article
language: English
URL |
2019
from data base, 2023. III. 29. |
Kovács-Öller Tamás, Szarka Gergely, Ganczer Alma, Tengölics Ádám, Balogh Boglárka, Völgyi Béla: Expression of Ca2+-Binding Buffer Proteins in the Human and Mouse Retinal Neurons, INTERNATIONAL JOURNAL OF MOLECULAR SCIENCES 20: (9) 2229
type of document: Journal paper/Review paper
number of independent citations: 8
language: English
URL |
2019
from data base, 2023. III. 29. |
Tengölics Ádám Jonatán, Szarka Gergely, Ganczer Alma, Szabó-Meleg Edina, Nyitrai Miklós, Kovács-Öller Tamás, Völgyi Béla: Response Latency Tuning by Retinal Circuits Modulates Signal Efficiency, SCIENTIFIC REPORTS 9: (1) 15110
type of document: Journal paper/Article
number of independent citations: 3
language: English
URL |
2018
from data base, 2023. III. 29. |
Kantor O, Szarka G, Benko Z, Somogyvari Z, Palfi E, Baksa G, Racz G, Nitschke R, Debertin G, Volgyi B: Strategic Positioning of Connexin36 Gap Junctions Across Human Retinal Ganglion Cell Dendritic Arbors, FRONTIERS IN CELLULAR NEUROSCIENCE 12: 409
type of document: Journal paper/Article
number of independent citations: 3
language: English
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2016
from data base, 2023. III. 29. |
Kantor O, Benko Z, Enzsoly A, David C, Naumann A, Nitschke R, Szabo A, Palfi E, Orban J, Nyitrai M, Nemeth J, Szel A, Lukats A, Volgyi B: Characterization of connexin36 gap junctions in the human outer retina, BRAIN STRUCTURE & FUNCTION 221: (6) pp. 2963-2984.
type of document: Journal paper/Article
number of independent citations: 21
language: English
URL |
2013
from data base, 2023. III. 29. |
Völgyi B, Pan F, Paul DL, Wang JT, Huberman AD, Bloomfield SA: Gap Junctions Are Essential for Generating the Correlated Spike Activity of Neighboring Retinal Ganglion Cells, PLOS ONE 8: (7) e69426
type of document: Journal paper/Article
number of independent citations: 33
language: English
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2009
from data base, 2023. III. 29. |
Völgyi B, Chheda S, Bloomfield SA: Tracer coupling patterns of the ganglion cell subtypes in the mouse retina., JOURNAL OF COMPARATIVE NEUROLOGY 512: (5) pp. 664-687.
type of document: Journal paper/Article
number of independent citations: 197
language: English
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2009
from data base, 2023. III. 29. |
Bloomfield SA, Völgyi B: The diverse functional roles and regulation of neuronal gap junctions in the retina., NATURE REVIEWS NEUROSCIENCE 10: (7) pp. 495-506.
type of document: Journal paper/Review paper
number of independent citations: 262
language: English
URL |
2002
from data base, 2018. II. 05. |
Deans MR, Volgyi B, Goodenough DA, Bloomfield SA, Paul DL: Connexin36 is essential for transmission of rod-mediated visual signals in the mammalian retina., NEURON 36: (4) pp. 703-712.
type of document: Journal paper/Article
number of independent citations: 280
language: English
URL |
| | Number of independent citations to these publications: | 807 |
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