초록 ▼

The present invention is a method for creating a localized disruption within a boundary of a cell or structure by exposing a boundary of a cell or structure to a set of energetically charged particles while regulating the energy of the charged particles so that the charged particles have an amount o

The present invention is a method for creating a localized disruption within a boundary of a cell or structure by exposing a boundary of a cell or structure to a set of energetically charged particles while regulating the energy of the charged particles so that the charged particles have an amount of kinetic energy sufficient to create a localized disruption within an area of the boundary of the cell or structure, then upon creation of the localized disruption, the amount of kinetic energy decreases to an amount insufficient to create further damage within the cell or structure beyond the boundary. The present invention is also a method for facilitating the introduction of a material into a cell or structure using the same methodology then further exciting the area of the boundary of the cell or structure where the localized disruption was created so to create a localized temporary opening within the boundary then further introducing the material through the temporary opening into the cell or structure.

대표청구항 ▼

[ What is claimed is:] [1.] A method for creating a localized disruption through a boundary of a cell comprising the steps of:a) generating a set of energetic charged particles;b) exposing the boundary of the cell to said set of energetic charged particles, said energetic charged particles having re

[ What is claimed is:] [1.] A method for creating a localized disruption through a boundary of a cell comprising the steps of:a) generating a set of energetic charged particles;b) exposing the boundary of the cell to said set of energetic charged particles, said energetic charged particles having regulated energy such that said charged particles have an amount of excess kinetic energy sufficient to disrupt atomic bonding thereby causing atomic bond rearrangement through said boundary of said cell thereby creating the localized disruption through said boundary of said cell, and as said excess kinetic energy is expend to create said localized disruption, said amount of excess kinetic energy drops to zero, thus said particles are unable to create further damage within said cell beyond said boundary.