Eterna

Define the target molecule on the cancer cell surface.

Design RNA sequences that are predicted to bind to the target molecule.

Evaluate the stability and binding affinity of the RNA designs.

Select the most promising RNA aptamers for experimental validation.

Test the aptamers in vitro and in vivo for targeted drug delivery.

Design RNA sequences that change conformation in response to a specific signal.

Simulate the folding of the RNA switch in different conditions.

Optimize the RNA sequence to achieve desired regulatory behavior.

Test the RNA switch in cell culture to validate its function.

Apply the RNA switch to control gene expression in a biological system.

Design RNA sequences that bind to the target molecule and produce a detectable signal.

Simulate the binding interaction between the RNA and the target molecule.

Optimize the RNA sequence to enhance sensitivity and specificity.

Test the RNA biosensor in vitro to validate its performance.

Apply the RNA biosensor to detect target molecules in biological samples.

Design RNA sequences that fold into specific 3D shapes.

Simulate the assembly of RNA building blocks into larger structures.

Optimize the RNA sequences to improve structural stability.

Characterize the RNA nanostructures using microscopy techniques.

Apply the RNA nanostructures to create functional nanoscale devices.