Tethered Peptide Neurotoxins Facilitate Biophysical Study and Reveal Two Voltage-dependent Blocking Mechanisms for SAK1 Toxins in the K+ Channel Pore

Original language	American English
Pages	110a-111a
Number of pages	1
State	Published - 2020

Bibliographical note

Biophysical Journal,118(3), 110a-111a, 2020

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• https://www.cell.com/biophysj/pdf/S0006-3495(19)31681-9.pdf

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Zhao, R., Dai, H., Mendelman, N., Chill, J. H., & Goldstein, S. A. (2020). Tethered Peptide Neurotoxins Facilitate Biophysical Study and Reveal Two Voltage-dependent Blocking Mechanisms for SAK1 Toxins in the K+ Channel Pore. 110a-111a.

Zhao, Ruiming ; Dai, Hui ; Mendelman, Netanel et al. / Tethered Peptide Neurotoxins Facilitate Biophysical Study and Reveal Two Voltage-dependent Blocking Mechanisms for SAK1 Toxins in the K+ Channel Pore. 1 p.

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title = "Tethered Peptide Neurotoxins Facilitate Biophysical Study and Reveal Two Voltage-dependent Blocking Mechanisms for SAK1 Toxins in the K+ Channel Pore",

author = "Ruiming Zhao and Hui Dai and Netanel Mendelman and Chill, {Jordan H.} and Goldstein, {Steve A.}",

note = "Biophysical Journal,118(3), 110a-111a, 2020",

year = "2020",

language = "American English",

pages = "110a--111a",

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Zhao, R, Dai, H, Mendelman, N, Chill, JH & Goldstein, SA 2020, 'Tethered Peptide Neurotoxins Facilitate Biophysical Study and Reveal Two Voltage-dependent Blocking Mechanisms for SAK1 Toxins in the K+ Channel Pore', pp. 110a-111a.

Tethered Peptide Neurotoxins Facilitate Biophysical Study and Reveal Two Voltage-dependent Blocking Mechanisms for SAK1 Toxins in the K+ Channel Pore. / Zhao, Ruiming; Dai, Hui; Mendelman, Netanel et al.
2020. 110a-111a.

Research output: Contribution to conference › Paper › peer-review

TY - CONF

T1 - Tethered Peptide Neurotoxins Facilitate Biophysical Study and Reveal Two Voltage-dependent Blocking Mechanisms for SAK1 Toxins in the K+ Channel Pore

AU - Zhao, Ruiming

AU - Dai, Hui

AU - Mendelman, Netanel

AU - Chill, Jordan H.

AU - Goldstein, Steve A.

N1 - Biophysical Journal,118(3), 110a-111a, 2020

PY - 2020

Y1 - 2020

UR - https://www.cell.com/biophysj/pdf/S0006-3495(19)31681-9.pdf

M3 - Paper

SP - 110a-111a

ER -

Zhao R, Dai H, Mendelman N, Chill JH, Goldstein SA. Tethered Peptide Neurotoxins Facilitate Biophysical Study and Reveal Two Voltage-dependent Blocking Mechanisms for SAK1 Toxins in the K+ Channel Pore. 2020.