Please Sign Here, Dr Frankenstein: Five Screen Experiments That Would Fail a UK Ethics Committee
Let us be clear: Mad Science Films does not endorse stealing antimatter, splicing yourself with a housefly or building a dinosaur park on a remote island. We simply enjoy watching other people do it in fiction, where the insurance premiums are imaginary and the ethics committee is a plot device. On screen, bad science is satisfying because it compresses the boring bits: no funding applications, no consent forms, no fire warden asking why there is a smoking pod in the basement. In a real UK lab, the paperwork arrives before the monster. So here is a playful run through five famous film experiments, judged against the kind of regulation that actually exists in Britain. The tone is affectionate. The risk assessments are not.
1. The Fly (1986): self-teleportation with a side of gene splicing
Seth Brundle tests his teleportation machine on himself, then discovers that a fly has joined the journey. In a UK setting, self-experimentation is not automatically illegal—scientists have a long and occasionally noble history of it—but the regulatory furniture would still crowd the laboratory. Any investigational medicinal product would bring in the MHRA and the Human Medicines Regulations 2012, plus a Research Ethics Committee and proper consent. Genetic modification work would trigger contained-use rules, and the Health and Safety Executive would want a word about the pod. The ethics committee's first question would probably be: have you considered not stepping into the prototype? The second would be: who is your insurer?
2. Jurassic Park (1993): hybrid dinosaurs as a visitor attraction
This is the ultimate regulatory nightmare dressed in khaki. Cloning and genetically engineering animals in the UK would involve the Animals (Scientific Procedures) Act 1986, Home Office licensing, animal welfare scrutiny and contained-use rules for genetically modified organisms. Releasing them into a theme park would add environmental protection, zoo licensing, public liability and an emergency plan that cannot be summarised as 'run'. The Advisory Committee on Releases to the Environment would have views. So would the local council. So would anyone who has seen the film. The experiment fails at the phrase 'visitor attraction'—and that is before the dinosaurs start unionising.
3. Frankenstein (1931): reanimation and hybrid assembly
Frankenstein's experiment is a masterpiece of skipping the consent form. In modern UK research, human tissue work falls under the Human Tissue Act 2004 and the Human Tissue Authority, with consent at the centre. Reanimating dead tissue would raise questions that no ethics committee has a tick-box for, and assembling a creature from parts would bring anatomy legislation, clinical governance and several very difficult phone calls. The famous line 'It's alive!' is not a recognised regulatory category. The real committee would ask about sourcing, storage, dignity, disposal and whether the whole project might be better as a literature review.
4. The Invisible Man (1933): self-administered invisibility serum
A scientist drinks an unlicensed compound and becomes invisible, which is both a medical adverse event and a wardrobe crisis. In the UK, testing a new medicine on yourself without the proper framework would attract the MHRA, the Human Medicines Regulations and a Research Ethics Committee. Consent is not a loophole when the subject and the researcher are the same person; the system still wants oversight, monitoring and a plan for side effects. The ethics form would ask about dosage, toxicity and reversibility. The invisibility would be noted under 'unexpected outcomes'. The follow-up appointment would be awkward.
5. Angels & Demons (2009): antimatter theft and a reckless particle test
Antimatter is not something you pop in a rucksack next to a sandwich. In the UK, work with hazardous materials brings in the Health and Safety Executive, nuclear safeguards, transport rules and security requirements. CERN itself has extensive safety processes, and any research involving dual-use technology would face ethical review as well as technical review. The film's plot requires stealing antimatter from a laboratory, which would fail at the first security briefing, the second security briefing and the bit where someone suggests storing it in a canister near a Vatican conclave. The paperwork alone would take longer than electing a pope.
Why fictional bad science is so satisfying
Because it removes the friction that makes real science admirable. On screen, a scientist has an idea, builds a machine and faces the consequence within ninety minutes. In real life, a scientist has an idea, fills in a form, attends a meeting, revises the form, waits for a committee and then discovers the freezer has broken. Fiction gives us the thrill of consequence without the tedium of governance. It also lets us enjoy the fantasy that brilliance is enough—that the lone genius can bypass the boring adults and get on with it.
That fantasy is fun precisely because it is not how decent research works. UK ethics and safety frameworks are not there to stop science being exciting; they are there to stop excitement being the only thing in the room. They protect trial participants, animals, patients, workers, neighbours and the environment. They force researchers to ask who benefits, who is at risk and what happens if it goes wrong. The system is not perfect—no system is—but it is the difference between a film plot and a scandal.
So we can love the mad scientist and still be glad the ethics committee exists. The monster is more fun when it is safely on the other side of the screen. And if you are tempted to test a serum on yourself this weekend, please start with a cup of tea and a risk assessment instead.
