| Publication | Year | ||||||||
|---|---|---|---|---|---|---|---|---|---|
|
Sodium-Activated Potassium Channels Are Functionally Coupled to Persistent Sodium Currents Authors : Travis A. Hage , Lawrence SalkoffJournal : The Journal of Neuroscience Journal Reference count : 31 Volume : 32 Pages : 2714-2721 |
2012 | ||||||||
|
A Tail of Multiple Calcium-sensing Domains Authors : Lawrence SalkoffJournal : The Journal of General Physiology Journal Reference count : 15 Volume : 128 Pages : 387-388 |
2006 | ||||||||
|
KCNQ-like Potassium Channels in Caenorhabditis elegans Authors : Aguan D. Wei , Alice Butler , Lawrence SalkoffJournal : Journal of Biological Chemistry Journal Reference count : 56 Volume : 280 Pages : 21337-21345 |
2005 | ||||||||
|
Transplantable sites confer calcium sensitivity to BK channels Authors : Matthew Schreiber , Alex Yuan , Lawrence SalkoffJournal : Nature Neuroscience Journal Reference count : 43 Volume : 2 Pages : 416-421 |
1999 | ||||||||
|
A Novel Subunit for Shal K+Channels Radically Alters Activation and Inactivation Authors : Timothy Jegla , Lawrence SalkoffJournal : The Journal of Neuroscience Journal Reference count : 57 Volume : 17 Pages : 32-44 |
1997 | ||||||||
|
Surfing the DNA databases for K+ channels nets yet more diversity Authors : Lawrence Salkoff , Timothy JeglaJournal : Neuron Journal Reference count : 34 Volume : 15 Pages : 489-492 |
1995 | ||||||||
|
Calcium sensitivity of BK-type KCa channels determined by a separable domain Authors : Aguan Wei , Christopher Solaro , Christopher Lingle , Lawrence SalkoffJournal : Neuron Journal Reference count : 33 Volume : 13 Pages : 671-681 |
1994 | ||||||||
|
Shaker, Shal, Shab, and Shaw express independent K+ current systems Authors : Manuel Covarrubias , Aguan Wei , Lawrence SalkoffJournal : Neuron Journal Reference count : 29 Volume : 7 Pages : 763-773 |
1991 | ||||||||
|
The drosophila shaker gene codes for a distinctive K+ current in a subset of neurons Authors : Keith Baker , Lawrence SalkoffJournal : Neuron Journal Reference count : 39 Volume : 4 Pages : 129-140 |
1990 | ||||||||
|
Shal, Shab, andShaw: three genes encoding potassium channels inDrosophila Authors : Alice Butler , Aguan Wei , Lawrence SalkoffJournal : Nucleic Acids Research Volume : 18 Pages : 2173-2173 |
1990 | ||||||||
|
Occult Drosophila Calcium Channels and Twinning of Calcium and Voltage-Activated Potassium Channels Authors : Aguan Wei , Lawrence SalkoffJournal : Science Journal Reference count : 21 Volume : 233 Pages : 780-782 |
1986 | ||||||||
|
Ion currents in Drosophila flight muscles Authors : Lawrence B. Salkoff , Robert J. WymanJournal : The Journal of Physiology Volume : 337 Pages : 687-709 |
1983 | ||||||||
|
Drosophila mutants reveal two components of fast outward current Authors : Lawrence SalkoffJournal : Nature Journal Reference count : 22 Volume : 302 Pages : 249-251 |
1983 | ||||||||
|
Ion channels in Drosophila muscle Authors : Lawrence Salkoff , Robert WymanJournal : Trends in Neurosciences Journal Reference count : 21 Volume : 6 Pages : 128-133 |
1983 | ||||||||
|
THE MATHEMATICS OF MOSAIC ANALYSIS II. FORMULAE FOR INTERACTING FOCI Authors : Robert J Wyman , Lawrence SalkoffJournal : Genetics Volume : 100 Pages : 677-696 |
1982 | ||||||||
|
Genetic modification of potassium channels in Drosophila Shaker mutants Authors : Lawrence Salkoff , Robert WymanJournal : Nature Journal Reference count : 16 Volume : 293 Pages : 228-230 |
1981 | ||||||||
|
Outward Currents in Developing Drosophila Flight Muscle Authors : Lawrence Salkoff , Robert WymanJournal : Science Journal Reference count : 23 Volume : 212 Pages : 461-463 |
1981 | ||||||||
|
Aminopyridines mimic mutant Drosophila developmental defects Authors : Lawrence Salkoff , Leonard KellyJournal : Comparative Biochemistry and Physiology Part C: Comparative Pharmacology Journal Reference count : 20 Volume : 65 Pages : 59-63 |
1980 | ||||||||
|
Temperature-induced seizure and frequency-dependent neuromuscular block in a ts mutant of Drosophila Authors : LAWRENCE SALKOFF , LEONARD KELLYJournal : Nature Journal Reference count : 14 Volume : 273 Pages : 156-158 |
1978 | ||||||||