Why do fungi drive electric currents through themselves?

AN ULTRASENSITIVE VIBRATING PROBE FOR MEASURING STEADY EXTRACELLULAR CURRENTS

1974 • 514 citations

The proton-translocating ATPase of the fungal plasma membrane

1981 • 493 citations

ELECTRICAL CONTROLS OF DEVELOPMENT

1977 • 464 citations

Fungal Walls and Hyphal Growth

1980 • 336 citations

Depolarization of the Plasma Membrane of Neurospora During Active Transport of Glucose: Evidence for a Proton-Dependent Cotransport System

1974 • 226 citations

Membrane transduction mechanisms

1979 • 173 citations

The role of ionic currents in establishing developmental pattern

1981 • 156 citations

LOCAL CATION ENTRY AND SELF‐ELECTROPHORESIS AS AN INTRACELLULAR LOCALIZATION MECHANISM*

1974 • 152 citations

Rapid Changes in the Pattern of Electric Current around the Root Tip of Lepidium sativum L. following Gravistimulation

1982 • 138 citations

Fungal differentiation. A contemporary synthesis.

1983 • 111 citations

Transcellular ion currents in the water mold Achlya. Amino acid proton symport as a mechanism of current entry.

1984 • 90 citations

Cell Polarity: Endogenous Ion Currents Precede and Predict Branching in the Water Mold Achyla

1983 • 78 citations

Transhyphal Electrical Currents in Fungi

1984 • 73 citations

Control of development by ionic currents.

1979 • 69 citations

Growing Hyphae of Achlya bisexualis Generate a Longtitudinal pH Gradient in the Surrounding Medium

1984 • 61 citations

Stoichiometry of H+/amino acid cotransport in Neurospora crassa revealed by current-voltage analysis

1983 • 46 citations

Endogenous electrical currents in the water mold Blastocladiella emersonii during growth and sporulation.

1980 • 36 citations

Chemotropism of Achlya bisexualis Germ Hyphae to Casein Hydrolysate and Amino Acids

1977 • 32 citations

Ionic currents traverse growing hyphae and sporangia of the mycelial water moldAchlya debaryana

1983 • 28 citations