<p>(A) Representative measured force-indentation data with a fit (red solid curve) to the Hertz model. Insets show the individual data points and histogram for 100 force-indentation data collected over a 200 s period time on the same neuron (from Cell Culture Plating 3). (B) Young’s moduli of 54 neuronal somata from five independent cell culture platings and a comparison with the background cellular substratum. The Young’s modulus varies from neuron to neuron and among different culture batches. Error bars are standard deviations for each neuron.</p
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
<p>Young’s moduli of the control neurons before treatment (blue, n=11); maximum values of Young’s mo...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
AbstractDetailed knowledge of mechanical parameters such as cell elasticity, stiffness of the growth...
<p>Young’s modulus and bright field images of two neuronal somata measured as a function of time bef...
There is increasing evidence that mechanical issues play a vital role in neuron growth and brain dev...
AbstractDetailed knowledge of mechanical parameters such as cell elasticity, stiffness of the growth...
A cell\u27s form and function is determined to a great extent by its cellular membrane and the under...
A cell\u27s form and function is determined to a great extent by its cellular membrane and the under...
The lineage commitment of many cultured stem cells, including adult neural stem cells (NSCs), is str...
The lineage commitment of many cultured stem cells, including adult neural stem cells (NSCs), is str...
The lineage commitment of many cultured stem cells, including adult neural stem cells (NSCs), is str...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
<p>Young’s moduli of the control neurons before treatment (blue, n=11); maximum values of Young’s mo...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
AbstractDetailed knowledge of mechanical parameters such as cell elasticity, stiffness of the growth...
<p>Young’s modulus and bright field images of two neuronal somata measured as a function of time bef...
There is increasing evidence that mechanical issues play a vital role in neuron growth and brain dev...
AbstractDetailed knowledge of mechanical parameters such as cell elasticity, stiffness of the growth...
A cell\u27s form and function is determined to a great extent by its cellular membrane and the under...
A cell\u27s form and function is determined to a great extent by its cellular membrane and the under...
The lineage commitment of many cultured stem cells, including adult neural stem cells (NSCs), is str...
The lineage commitment of many cultured stem cells, including adult neural stem cells (NSCs), is str...
The lineage commitment of many cultured stem cells, including adult neural stem cells (NSCs), is str...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...
<p>Young’s moduli of the control neurons before treatment (blue, n=11); maximum values of Young’s mo...
International audienceThe knowledge of the mechanical properties is the starting point to study the ...