FN TUBE

FN Tube, aka Fiberoptic Neuron Tube, is a tool used in neuroscience and neuroscience. This tube allows nerve cells to communicate with each other and with the outside world. Here are some key features of the FN Tube:

Material: Usually made of glass, plastic or fiberglass. These materials have the ability to transmit light, which allows nerve signals to be transmitted.

Diameter and Length: FN Tubes are generally in micro or nano scale and are designed in accordance with the dimensions of the nerve cells. The diameter of these tubes is usually a few microns or less, while their length usually varies from a few centimeters to several meters.

Light Conductivity: FN Tubes have an optical structure that allows light to pass through them. This feature makes it possible to transmit light-based signals through the tube.

Surface Properties: FN Tubes may have special surface coatings that support the adhesion and growth of nerve cells. These coatings help cells move and communicate throughout the tube.

Areas of Use: FN Tubes are used to examine the electrical and chemical activities of nerve cells in neuroscience research. In addition, they can also be used to understand how nerve cells respond to external signals.