The high-octane, female-led action film Kate showcases Mary Elizabeth Winstead’s titular character on a revenge rampage through Tokyo, Japan.
Directed by Cedric Nicolas-Troyan, Kate finds herself poisoned by a radioactive substance leaving her with only 24 hours to live. We explore the poison, Polonium-204, which is the substance used on Kate in the film, and we break down its compounds and effects on the human body.
What is Polonium-204?
Polonium is a chemical element and highly radioactive metal, harboring a chemical structure similar to selenium and tellurium.
Discovered by Marie and Pierre Curie, after being extracted from the uranium ore pitchblende and labeled as highly radioactive, the pair named it Polonium after their native Poland and deemed it extremely dangerous to humans.
In the real world, it is used to remove static electricity from various types of machinery, lift dust from photographic film as an antistatic remover, and act as a lightweight heat source for thermoelectric power in space probes.
Any form of radiation exposure carries the risk of death or cancer and it has been suggested that chelation agents, including British Anti-Lewisite, can be used to decontaminate poisoned humans.
How Does Kate Get Poisoned?
Assassin Kate made the decision to leave her killer ways behind after a mission in Osaka, Japan changed her outlook on the profession.
Agreeing to undertake one last mission, Kate has a brief fling with a guy she met in a bar and is subsequently poisoned. Ruling out food poisoning, Kate discovered that she has accelerated ARS: Acute Radiation Syndrome.
Revealing that she has been poisoned with Polonium-204, the doctor reveals to Kate that she only has a day left to live and she uses this time to find out who poisoned her.
Kate is now available to stream on Netflix.