Amplipulse electrophoresis

Amplipulse electrophoresis (from Latin amplio - increase, pulsus - blow, push and electrophoresis) is a method of separation and analysis of macromolecules (proteins and nucleic acids) using a periodically changing electric field.

Amplipulse electrophoresis uses short electrical pulses alternating with periods of no current. This makes it possible to separate molecules by their mobility, as in conventional electrophoresis, but at the same time minimize heating of the medium and destruction of biopolymers. The technology is used for high-precision analysis of complex mixtures of proteins, DNA and RNA.

Amplipulse electrophoresis has a higher resolution compared to traditional methods. This allows you to separate molecules with similar mobility values ​​and analyze complex mixtures. The method is widely used in biotechnology, molecular biology, genetics, and clinical diagnostics.

Amplipulse therapy methods are widely used in physiotherapy, especially for the treatment of diseases of the peripheral nervous system. In clinical practice, amplipulsterpy is used for pain in the cervical and lumbar spine, lumbar syringomyelia, brachial nerve neuropathy, sciatica, neuropathy and radiculitis, polyneuritis, neuralgia.