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Literature DB >> 25916266

Ribbon synapses in zebrafish hair cells.

Abstract

The basic architecture and functionality of ribbon synapses of mechanosensitive hair cells are well conserved among vertebrates. Forward and reverse genetic methods in zebrafish (Danio rerio) have identified components that are critical for the development and function of ribbon synapses. This review will focus on the findings of these genetic approaches, and discuss some emergent concepts on the role of the ribbon body and calcium in synapse development, and how perturbations in synaptic vesicles lead to a loss of temporal fidelity at ribbon synapses. This article is part of a Special Issue entitled <Auditory Synaptology>.

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Year: 2015 PMID： 25916266 PMCID： PMC4620066 DOI： 10.1016/j.heares.2015.04.003

Source DB: PubMed Journal: Hear Res ISSN： 0378-5955 Impact factor: 3.208

74 in total

1. gemini encodes a zebrafish L-type calcium channel that localizes at sensory hair cell ribbon synapses.

Authors: Samuel Sidi; Elisabeth Busch-Nentwich; Rainer Friedrich; Ulrike Schoenberger; Teresa Nicolson
Journal: J Neurosci Date: 2004-04-28 Impact factor: 6.167

2. Bassoon and the synaptic ribbon organize Ca²+ channels and vesicles to add release sites and promote refilling.

Authors: Thomas Frank; Mark A Rutherford; Nicola Strenzke; Andreas Neef; Tina Pangršič; Darina Khimich; Anna Fejtova; Anna Fetjova; Eckart D Gundelfinger; M Charles Liberman; Benjamin Harke; Keith E Bryan; Amy Lee; Alexander Egner; Dietmar Riedel; Tobias Moser
Journal: Neuron Date: 2010-11-18 Impact factor: 17.173

3. Synaptic vesicle populations in saccular hair cells reconstructed by electron tomography.

Authors: D Lenzi; J W Runyeon; J Crum; M H Ellisman; W M Roberts
Journal: J Neurosci Date: 1999-01-01 Impact factor: 6.167

4. Otoferlin deficiency in zebrafish results in defects in balance and hearing: rescue of the balance and hearing phenotype with full-length and truncated forms of mouse otoferlin.

Authors: Paroma Chatterjee; Murugesh Padmanarayana; Nazish Abdullah; Chelsea L Holman; Jane LaDu; Robert L Tanguay; Colin P Johnson
Journal: Mol Cell Biol Date: 2015-01-12 Impact factor: 4.272

5. The synaptic ribbon is a site of phosphatidic acid generation in ribbon synapses.

Authors: Karin Schwarz; Sivaraman Natarajan; Nawal Kassas; Nicolas Vitale; Frank Schmitz
Journal: J Neurosci Date: 2011-11-02 Impact factor: 6.167

6. Persistence of Ca(v)1.3 Ca2+ channels in mature outer hair cells supports outer hair cell afferent signaling.

Authors: Martina Knirsch; Niels Brandt; Claudia Braig; Stephanie Kuhn; Bernhard Hirt; Stefan Münkner; Marlies Knipper; Jutta Engel
Journal: J Neurosci Date: 2007-06-13 Impact factor: 6.167

7. Patch-clamp recordings from lateral line neuromast hair cells of the living zebrafish.

Authors: Anthony J Ricci; Jun-Ping Bai; Lei Song; Caixia Lv; David Zenisek; Joseph Santos-Sacchi
Journal: J Neurosci Date: 2013-02-13 Impact factor: 6.167

Review 8. Phosphoinositides in membrane traffic at the synapse.

Authors: O Cremona; P De Camilli
Journal: J Cell Sci Date: 2001-03 Impact factor: 5.285

9. Both pre- and postsynaptic activity of Nsf prevents degeneration of hair-cell synapses.

Authors: Weike Mo; Teresa Nicolson
Journal: PLoS One Date: 2011-11-03 Impact factor: 3.240

10. Clarin-1 acts as a modulator of mechanotransduction activity and presynaptic ribbon assembly.

Authors: Oluwatobi Ogun; Marisa Zallocchi
Journal: J Cell Biol Date: 2014-11-03 Impact factor: 10.539

19 in total

1. Insights into Electroreceptor Development and Evolution from Molecular Comparisons with Hair Cells.

Authors: Clare V H Baker; Melinda S Modrell
Journal: Integr Comp Biol Date: 2018-08-01 Impact factor: 3.326

2. A Multiple Piccolino-RIBEYE Interaction Supports Plate-Shaped Synaptic Ribbons in Retinal Neurons.

Authors: Tanja M Müller; Kaspar Gierke; Anneka Joachimsthaler; Heinrich Sticht; Zsuzsanna Izsvák; F Kent Hamra; Anna Fejtová; Frauke Ackermann; Craig C Garner; Jan Kremers; Johann H Brandstätter; Hanna Regus-Leidig
Journal: J Neurosci Date: 2019-01-29 Impact factor: 6.167

3. Vesicular Glutamatergic Transmission in Noise-Induced Loss and Repair of Cochlear Ribbon Synapses.

Authors: Kyunghee X Kim; Shelby Payne; Aizhen Yang-Hood; Song-Zhe Li; Bethany Davis; Jason Carlquist; Babak V-Ghaffari; Jay A Gantz; Dorina Kallogjeri; James A J Fitzpatrick; Kevin K Ohlemiller; Keiko Hirose; Mark A Rutherford
Journal: J Neurosci Date: 2019-03-29 Impact factor: 6.167

Ribbon synapses in zebrafish hair cells.

1. gemini encodes a zebrafish L-type calcium channel that localizes at sensory hair cell ribbon synapses.

2. Bassoon and the synaptic ribbon organize Ca²+ channels and vesicles to add release sites and promote refilling.

3. Synaptic vesicle populations in saccular hair cells reconstructed by electron tomography.

4. Otoferlin deficiency in zebrafish results in defects in balance and hearing: rescue of the balance and hearing phenotype with full-length and truncated forms of mouse otoferlin.

5. The synaptic ribbon is a site of phosphatidic acid generation in ribbon synapses.

6. Persistence of Ca(v)1.3 Ca2+ channels in mature outer hair cells supports outer hair cell afferent signaling.

7. Patch-clamp recordings from lateral line neuromast hair cells of the living zebrafish.

Review 8. Phosphoinositides in membrane traffic at the synapse.

9. Both pre- and postsynaptic activity of Nsf prevents degeneration of hair-cell synapses.

10. Clarin-1 acts as a modulator of mechanotransduction activity and presynaptic ribbon assembly.

1. Insights into Electroreceptor Development and Evolution from Molecular Comparisons with Hair Cells.

2. A Multiple Piccolino-RIBEYE Interaction Supports Plate-Shaped Synaptic Ribbons in Retinal Neurons.

3. Vesicular Glutamatergic Transmission in Noise-Induced Loss and Repair of Cochlear Ribbon Synapses.

4. Innervation regulates synaptic ribbons in lateral line mechanosensory hair cells.

Review 5. The genetics of hair-cell function in zebrafish.

Review 6. Water Waves to Sound Waves: Using Zebrafish to Explore Hair Cell Biology.

Review 7. Use of Zebrafish in Drug Discovery Toxicology.

8. In vivo physiological recording from the lateral line of juvenile zebrafish.

9. Insights into electrosensory organ development, physiology and evolution from a lateral line-enriched transcriptome.

10. The Transfer Characteristics of Hair Cells Encoding Mechanical Stimuli in the Lateral Line of Zebrafish.