<p>The power-law relationship is valid at both proximal (left-pointed triangle) and distal (right-pointed triangle) points in all four types of axons. (A) Log-log plot of CV of AP height over diameter for a rat hippocampal interneuron. (B) Log-log plot of CV of AP width over diameter for a rat hippocampal interneuron. (C) Log-log plot of CV of AP height over diameter for a c-fibre axon. (D) Log-log plot of CV of AP width over diameter for a c-fibre axon. (E) Log-log plot of CV of AP height over diameter for a squid giant axon with Patlak channels. (F) Log-log plot of CV of AP width over diameter for a squid giant axon with Patlak channels. (G) Log-log plot of CV of AP height over diameter for a squid giant axon. (H) Log-log plot of CV of AP...
<p>(<b>A</b>) Axon and average neurite length at different time points after plating. The black line...
The vertical axis (labeled Normalized Frequency) represents the ratio between the number of axonal s...
CNS axons differ in diameter (d) by nearly 100-fold (∼0.1–10 μm); therefore, they differ in cross-se...
<p>(A) Typical shape of an action potential in the squid giant axon. (B) The variability in the wave...
Abstract Background Axon calibers vary widely among different animals, neuron classes, and even with...
<p>The subfigures display data for N>200 single APs triggered by identical stimuli and initial condi...
Why Do Axons Differ in Caliber? CNS axons differ in diameter (d) by nearly 100-fold (∼0.1–10 μm); th...
CNS axons differ in diameter (d) by nearly 100-fold (∼0.1–10 μm); therefore, they differ in cross-se...
Background: Axon calibers vary widely among different animals, neuron classes, and even within the s...
<p>The diameter intervals from A to E are shown in <a href="http://www.plosone.org/article/info:doi/...
<p>(A) Histogram of axon diameters for afferents that were classified as primary or secondary ending...
CNS axons differ in diameter (d) by nearly 100-fold (∼0.1-10 μm); therefore, they differ in cross-se...
<p>Each circle represents a single measure for the Control (blue) or Crushed (red) groups. Power law...
<p>Each circle represents a single measure for the Control (blue) or Crushed (red) groups. Linear fi...
Axon diameter is an important neuroanatomical characteristic of the nervous system that alters in th...
<p>(<b>A</b>) Axon and average neurite length at different time points after plating. The black line...
The vertical axis (labeled Normalized Frequency) represents the ratio between the number of axonal s...
CNS axons differ in diameter (d) by nearly 100-fold (∼0.1–10 μm); therefore, they differ in cross-se...
<p>(A) Typical shape of an action potential in the squid giant axon. (B) The variability in the wave...
Abstract Background Axon calibers vary widely among different animals, neuron classes, and even with...
<p>The subfigures display data for N>200 single APs triggered by identical stimuli and initial condi...
Why Do Axons Differ in Caliber? CNS axons differ in diameter (d) by nearly 100-fold (∼0.1–10 μm); th...
CNS axons differ in diameter (d) by nearly 100-fold (∼0.1–10 μm); therefore, they differ in cross-se...
Background: Axon calibers vary widely among different animals, neuron classes, and even within the s...
<p>The diameter intervals from A to E are shown in <a href="http://www.plosone.org/article/info:doi/...
<p>(A) Histogram of axon diameters for afferents that were classified as primary or secondary ending...
CNS axons differ in diameter (d) by nearly 100-fold (∼0.1-10 μm); therefore, they differ in cross-se...
<p>Each circle represents a single measure for the Control (blue) or Crushed (red) groups. Power law...
<p>Each circle represents a single measure for the Control (blue) or Crushed (red) groups. Linear fi...
Axon diameter is an important neuroanatomical characteristic of the nervous system that alters in th...
<p>(<b>A</b>) Axon and average neurite length at different time points after plating. The black line...
The vertical axis (labeled Normalized Frequency) represents the ratio between the number of axonal s...
CNS axons differ in diameter (d) by nearly 100-fold (∼0.1–10 μm); therefore, they differ in cross-se...