Distant information teleportation between bacterial/chloroplast/cellular wires

Biological cells like plant cells could communicate with other distant cells even through some layers of glass. These cells could emit some waves which force into bacteria, chloroplasts and water molecules to form some electrical wires. This is because that cellular/bacterial/chloroplast DNAs are formed from charged particles and by their motions, some waves are emerged. These waves could be taken by other DNAs. For example, cellular DNAs emit some waves and these waves are taken by some bacterial DNAs and in response, these genetic matters force to the bacterial system to become parallel or anti-parallel or even perpendicular to the cellular DNA waves. Consequently, some bacteria join to each other and form electrical wires. These wires could act like metal wires; however with biological properties and emit some electromagnetic waves. These waves could pass the glass and some other types of matters and give the biological information to target cells. To form these wires, metals could be useful. Bacteria usually attach to a metal and form several linear wires near it. Because, metals have minor currents which emit some electromagnetic waves and absorb bacterial DNAs. Among different metals, a combination of aluminum/sliver-polycarbonate could work better. This system could have two sides, one reflecting side which reflect light and other non-reflecting side. Reflecting side produces wires with light dark color and non-reflecting side produces wire with white/yellow color. Copper wires also produce bacterial lines which become curve near the end of wire. This is because that at the end of copper wires, magnetic fields become curve and bacteria will be arranged in parallel magnetic waves