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In a novel approach, a new study at SISSA uses technology that can activate individual nerve cells with a light impulse. 

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

"The discovery is very significant because it adds support to the idea that these elements have a specific function that goes beyond copy-and-paste," added Remo Sanges, director of the Computational Genomics laboratory at SISSA, an international research institute in Trieste, Italy.

As part of a novel approach, new research at SISSA uses technology that can activate individual nerve cells with a pulse of light. 

In a novel approach, a new study at SISSA uses technology that can activate individual nerve cells with a light impulse.