Pore-forming proteins in living cells, termed ion channels, are embedded in the outer membrane of almost all cell types and ...

Potassium channels are ion channels that are selective for passage of potassium ions through the pore. Potassium channels are homotetramers and are crucial for membrane hyperpolarization events ...

Potassium chlorate (KClO₃) – even more reactive than perchlorate – ensures a hot, vigorous burn. Lactose acts as the fuel, burning quickly and cleanly into water vapour and carbon dioxide.

while white smoke is created using potassium chlorate, lactose and rosin, a resin typically used on violin bows. This chemical mixture became standard after unclear smoke during the 1978 conclave ...

The conclave used a combination of potassium chlorate, lactose and chloroform resin to create the white smoke. How long does ...

anthracene, and sulfur. White smoke is created by burning ballots with a mixture of potassium chlorate, lactose, and rosin.

while potassium chlorate, lactose and pine rosin is used to make it white. The newer stove is activated electronically but the Vatican says it has been tested and it is prepared for last-minute ...

anthracene, and sulfur. White smoke is created by burning ballots with a mixture of potassium chlorate, lactose, and rosin.

White smoke is created with potassium chlorate, lactose (milk sugar), and rosin, the sticky tree resin often used on violin bows. These recipes essentially form smoke bombs, a familiar tool in ...

The white smoke used to signal that a Pope has been chosen is created from potassium chlorate, lactose, and a type of conifer resin called rosin. In essence, the Vatican uses oxidisers (potassium ...