Halloween 2025: Let’s talk all things vampirism and infection

I am not a big Halloween girly, to be honest I can take it or leave it because I’m mostly excited about the build up to Christmas. That said, what I do love are movies and TV, and despite never being someone who can tolerate a lot of slasher or gore based horror movies, I love a good vampire movie.

A lot of this may be because I enjoy the world building and lore that seems to be more integral to vampire movies and series. This is because, although they share some of the same rules, depending on how the world is built they always need to explain which of the nuance comes into play in that particular setting. It felt fun this Halloween therefore, to write a blog post that talks about some of those tropes when vampirism is linked to infection, and how those rules compare to the real world.

Common vampire tropes to be aware of and to bear in mind as you read on:

  • Experiencing pain or physical damage in relation to sunlight
  • Needing to consume blood as a protein source
  • Inability to eat or digest food other than blood
  • Avoidance of animals
  • Ability to influence humans to undertake acts that may be against their will
  • Violent reactions to garlic
  • Inability to see themselves in mirrors or via cameras
  • Death only by beheading
  • Death by wooden stakes
  • Damage linked to holy water
  • Aversion to signs of faith
  • Aversion to alcohol or drug use

Not all of these are present in every piece of world building, hence why I find the variety of vampire mythos so interesting. The choice of which ones go together combined with different origin stories and creation processes enable a pretty large tapestry to be created from some similar thematic components.

Mystical, infections or something else?

The place to start I guess is by discussing whether all vampire world building includes infectious transmission? And the answer is a definitive no. Sometimes the way that the creation of new vampires works isn’t discussed. Sometimes the rules about the underlying process is unclear. That said, the fear of becoming something new is a frequently used trope for dramatic purposes and so the process by which a human is turned into or by which vampires exist is discussed pretty frequently as part of world building, and from what I can see there are three main routes:

  • Mystical – some form of occult/magic/cause not routed in science
  • Genetic – vampires are born and exist as a stand alone species
  • Infection – transmission via blood or other infectious transfer, even if the agent is unclear or unspecified

Now, I’m not going to cover the mystical/magically as that’s not anything based in science and the science is what I’m here for. The other two, however, are often based (sometimes loosely) in science as they are often inspired by things that actually exist and so I’m going to talk about both of those in a bit more details.

Genetic

I’m going to kick off by talking all things genetics. There are an increasingly large number of vampire movies and TV series where the vampires that featured were born vampires. This includes movies like Abigail, Perfect Creatures, the finale of the Twilight series, but also TV series such as A Discovery of Witches, First Kill and Vampire Academy. Sometimes within these there are vampires that are made through other means (discussed below) in the same world. Often these genetic vampires exist as a separate species to their Homo sapien neighbours either openly or in hiding.

There is often much discussion about where the vampire myth comes from, and in many way these stories of genetic vampires who are birthed through a similar route to standard human deliveries, links in most with what is considered to be a real world inspiration for many vampire myths. The origin is thought to be linked to a rare inherited condition known as Porphyria, the presentation for which may account for for some of the common components of vampire portrayals.

Porphyria is a rare, inherited blood disorder that occurs when the body can’t convert porphyrins into haeme, a vital component of haemoglobin. The resulting symptoms vary depending on the type of porphyria. Acute porphyria presentations include symptoms such as gastro intestinal pain and symptoms like nausea and vomiting – symptoms that are often portrayed linked to vampires attempting to eat normal food. Whilst cutaneous porphyria symptoms include pain, burning and swelling in response to sunlight, skin fragility and a tendency towards skin blistering – all of which are frequently included as vampire responses to exposure to sunlight.

Porphyria
D. Montgomery Bissell, M.D., Karl E. Anderson, M.D., and Herbert L. Bonkovsky,
N Engl J Med 2017;377:862-872
VOL. 377 NO. 9

Interestingly, in some of the genetic origin vampire stories, the impact of some of the limitations of the lifestyle limitation of traditional vampires are not so extreme. In some of these cases they can be seen in daylight, although not for long and don’t enjoy it, and they may be able to tolerate some, if not all, of human food. They are possibly therefore most aligned to their real world inspirations. I could write pages and pages on this, but infection is where my heart lies so I’m going to crack on.

Virus, parasitic, others?

Now we’ve covered off those born vampires, let’s move onto the most common version of vampirism outside of the traditional Dracula more mystical inspiration, that is vampires who are created linked to transfer of infection by blood or other means.

There are three main ways that this commonly comes into play:

  • Viral causes
  • Parasitic routes
  • Bacteria intoxication

I’m still trying to find a vampire movie where the main infectious agent is fungal, but it seems that most of the movies based on fungi are linked to zombie outbreaks. That makes a lot of sense, due to the fact that fungi are eukaryotes (like us) rather than prokaryotes (like bacteria), and so fungi tend to be linked to changing behaviour linked to interfering with the human nervous system. If you’ve seen a vampire version though please do let me know as I’m collating a list of where different organisms might come into play.

By far the most common route depicted is where the causative agent is a virus. Viruses are featured in movies such as Blade and Daybreakers and TV series such as Ultraviolet. This is because viral transmission in general is associated with transfer of bodily fluids, be that faecal-oral, respiratory via saliva, bodily fluids such as breast milk, or in the case of vampire movies via blood.

The most uncommon causative agent I’ve discovered is the parasitic cause of vampirism as shown in The Strain TV series. During the series transmission of the virus to create a full vampire is via something known as ‘The White’ that contains parasitic worms. These then lead to anatomical changes, including the growth of a proboscis that enables the biting and transmission of the parasite to others.

Bacterial coverage is mostly linked to potential methods of intoxication that supports the control over humans by vampires. Rather than being a direct cause of the vampirism, this seems to be about how transfer of the bacteria releases, or causes anatomical change, which then changes behaviour via things like hormonal or neurological changes. I’ve talked before about why bacteria may feature less in horror movies than other causes, but this can mostly be summed up by the fact that audiences tend to know more about bacteria and therefore it is less tempting for writers, but also horror tends to sit better in ‘the possible but not too close to us’.

Transmission

Obviously it’s not just the infectious agent that is important, but the mode of transmission for that agent. This being all about vampires the biggest mode of transmission is by bite, but it’s not always so straight forward. In mystical vampire movies, there’s usually a whole lot of removing of the original human blood and then transfer of the vampire blood, leading to a mystical baptism and rebirth. Infectious causes are much more one way, any bite could lead to someone turning into a vampire and the most important thing is load related. If someone is in contact for longer, if more blood is drunk and therefore more saliva and fluids exchanged, then the chances of conversion are much higher.

It’s not just blood as a bodily fluid that features in conversion during vampire movies. There are also films, such as Requiem for a Vampire and Trouble Every Day, where vampirism is treated more like a sexually transmitted disease, rather than transfer occurring during feeding on the blood of their victims. It seems that these films have increased since the 1980s, maybe as a result of fear processing linked to the HIV/AIDS pandemic during that time period or maybe because our knowledge about and ability to detect infections has increased and therefore there are a larger part of the collective public awareness. It will be interesting to see how the SAR CoV2 pandemic will impact this further.

The most unusual transmission, and one that aligns most highly with blood borne transmission is the presence of congenital transmission as featured in Blade. Where the main character Blade becomes a vampire hybrid by acquiring the vampire virus at birth, due to his mother being bitten and placental crossing of the virus into his blood stream. As a result, he exhibits some of the characteristics of a vampire due to the virus, but the effects are attenuated linked to his exposure route. It can often be that congenital infection presents differently to primary infection via other causes, and it appears vampirism is no different.

The other variable is linked to the time to turning once the infection has been introduced. I would speculate that this too is load related, as well as the infectious agent behind the symptoms. Viruses, for instance, are likely to reproduce and induce change at a much higher rate than anything linked to bacteria or parasites. This is partly due to their reproductive rate, but also linked to the level of dose that tends to be available. The exception to viruses resulting in the fastest change is likely to be bacterial intoxication and influencing. As the toxin acts immediately, when this is present in media and TV the change is almost instantaneous, but also time limited and therefore requires top up or re-application. Not all impacts are until beheading, some require a more time boundaried set of interventions.

Interventions

Once your characters are aware that vampires exist within their mist, then they will want to look for actions in order to protect themselves. One of the classic ones as featured in many movies, including the classic Lost Boys, is garlic.

In some ways the impact of garlic makes even more sense if you think of vampirism through an infectious transmission route, as garlic has been considered to have anti-infective properties for a long time, although warning you may have to ingest a LOT of it!

Another common feature in vampire movies is the roles that animals play as protectors. For instance, in 30 Days of Night, the vampires kill all of the dogs before they launch their main attack. This kind of thing also often happens in films and TV where vampires are hiding in plain sight. It could be that they are taking out animals as they don’t want to be found, and animals are easier than humans, but I have another proposition. There are a number of infections where animals can be used to sniff out and identify infected individuals. Therefore, if animals could detect vampires they are much more likely to be a risk and warrant removal. Animals could therefore act as a front line of diagnostic defence to enable you to tell friend from foe.

Volume 26, Issue 4,ย April 2020, Pages 431-435

Having determine that a common weakness of vampires is their damage response to ultraviolet light (UV), films such as Underworld weaponise light against the vampire protagonists. Light, and especially UV-C (200 – 280nm), has been known to impact viruses and bacteria for well over 100 years. When light is in this frequency is can damage both RNA and DNA, resulting in cell death, and it is possible that if the infectious agent is the only thing that is keeping your body moving the damage would be more pronounced. We’ve also discussed how the lack of some biochemical pathways can lead to UV-C causing much larger amounts of pain an damage.

Normally, penetration of the light to cause damage might be an issue, but if you are using bullets or other means this may not impact. The most important thing I have to say here is, that despite what is shown in Blade 2, light does not bend around corners. This is also important for when you are considering using UV-C in hospitals to support cleaning, it doesn’t have good penetration and doesn’t go around corners of work in shadows. Using UV-C may work against your vampires but you are going to need to think carefully about where you use it so it does what you think it can.

Vampire movies have amazing world building and are often my favourite genera in terms of their string internal logic. I love the fact that so many types of infection and route of transmission that reflect real world cases are present as part of these pieces of entertainment. They can actually teach us a lot, even when we don’t realise it, and so much of it has origins in real world knowledge, even if only loosely. So, this Halloween evening find one you haven’t seen before and let me know which intervention you would use to stop your town being turned into creatures of the night!

Before I go, I thought I would share a few of the previous years Halloween blog posts in case you are looking for some more spooky season and infection reading:

Let me know your favourite vampire movies and if there are any other infection related Halloween topics I should cover.

All opinions in this blog are my own

Celebrating International Womens Day 2025: Why I love seeing more strong female scientific roles in the movies and on TV

It’s the 8th March, and we all know what that means…..It’s International Women’s Day!

This year, International Women’s Day is timed pretty wonderfully for me, as it happen to also be just as Healthcare Science Week is about to kick off. As both a woman and a Healthcare Scientist, I thought this was a great opportunity to combine the topics and talk about how these two things have impacted how my science career came about, and why I think a lack of recognition of both has incredibly important impacts on society as a whole. That said, this is also a post about how far we’ve come and the role that female scientific representation in the media has, and can have, on how we feel seen as women in science.

In what feels like a different life, where I was younger and had better hair, I was selected by the Royal Society of Biology to do some filming linked to raising the awareness of women in science. The session is short but was really interesting for me to do as it centered on who inspired me to become a scientist and how it happened. Now, many of you who read this blog will know all about that tale, but for context, I’ve linked to the video below:

The thing is, I suspect that there are still many people out there who might love to do science, and yet they’ve never had the chance to meet a scientist or really learn about the brilliant variability of a career in STEM (science, technology,ย  engineering and maths). So what’s my point? Getting to actually meet and chat with a real scientist still feels like it’s a thing for the privileged few, not something that is available for mass consumption. You know what is available for mass consumption? TV and movies. This blog reaches 20 odd thousand people a year, a single episode of a TV programme, like Holby City, makes those numbers look so small they are not even worth considering. So it matters that the roles of female scientists within movies and on TV have not always been the most representative of either the careers available or the type of people that choose to engage with scientific careers. The reach and expectation setting that the media can have dwarfs any of the best efforts I can make across my entire career. Therefore, in order to celebrate International Women’s Day this year, I thought I would take the opportunity to talk through where we started with some of this representation in TV and the movies, and then celebrate quite how far we have come.

Why is it important to have women in science?

I kind of don’t believe I’m writing this section. This one should be a no brainer and yet I think it’s probably important to take a paragraph, especially with all the current commentary about equality, diversity and inclusion (EDI), to talk about why EDI matters.

The data supports the fact that we are far from a scenario where female representation in the workforce mirrors the distribution of women in the population. Worse than that even, is the fact that even if women make it into STEM careers they are doing less well than their male counterparts, including lack of representation in senior roles and general reduced access to research funding. There will be another post at some point about the source of some of these discrepancies but hint – it’s not because the women are worse at their jobs, that blog is still a little way away however.

One of the reasons for the lack of of women in STEM careers is that, according to work undertaken by Steinke et al in 2007, children are exposed to gender stereotypes and images of scientists through movies, TV shows and books where there is a lack of good representation of female scientists. They undertook work with primary school children where they asked them to draw a scientist, very few children drew female scientists and most listed media as the source of their inspiration. A similar study in Korea, in secondary school children, showed that only 16% of them drew female depictions of scientists. This kind of data backs up why media representation is so important, as you really can’t be what you can’t see. So many children do not realise that a scientific career is even a pathway that is open to them, if they are not fortunate enough to know one. If children can’t access what that career might look like through the information sources they access all the time then they don’t even consider it as an option for them when making their life choices.

But why should we care that we have less women working in science? What kind of difference do they make that we should try to move the dial on this?

  • Women make up just over 50% of many populations but much of the data produced by scientists, including clinical trial data, is biased towards male datasets. This leads to the outcome data for females often being less good. Some of this is likely due to a lack of female voice in the room when studies were being planned
  • There is often a research bias, where issues that purely impact women tend be under researched compared to issues that purely impact men
  • Inclusion of women in tech pipelines has been demonstrated to improved productivity and boost economic outputs
  • Science should be for everyone and therefore needs to include everyone. Science is best when it is seen through different lenses and priorities which different individuals bring to the table. Variable opinions drive improved change and innovation, so being inclusive is a win win
  • By increasing female representation in STEM we can switch up our focus from working to increase diversity and spending energy on being visible and role modelling, jobs that are overwhelmingly undertaken by women in STEM fields in addition to their day jobs, and allow women to compete better with their male colleagues by freeing up their time to focus on their science

What kind of representation did I see in the media when I younger?

Having talked about how important exposure to role models in the media are to encouraging women in STEM, I wanted to kick off by talking about the kind of representation I was aware of when younger and making decisions about my career choices. Now, a key disclaimer here, it appears that my teenage years were some horrific length of time ago, even though I’m blatantly still young, spry and filled with youth. Women, especially those in technical roles, often weren’t featured or were there to act as passive objects for men to respond to or act around. They were all too frequently there to be a foil for the men who were the focus of the storytelling. There wasn’t an abundance of female science representation in any of the media that I do remember, but what was present used to focus on 6 key stereotypes:

The Old Maid – the female scientist who is only interested in her work (and therefore not showing that you can be both a scientist and a person) who, as the film/show proceeds, has her female and emotional side brought out by the main male protagonist

The Male Woman – a female scientist who works in an all male environment. She is not as sexual a character as other women in the setting may be, but she is also not on the same level as the men she works with. She is often presented as having unhealthy habits, such as drinking issues, in order to show (it feels to me) that it’s unhealthy to try to be a woman in a mans world

The Naรฏve Expert – often a character in a film that is critical but does not contribute to any of the science solutions or really advance the story in any way. These often feel like box ticking roles or to aid the exposition of other characters

The Evil Plotter – usually a young and beautiful character who is there to trick the men within the film. They are set up to be hated by the both the other characters and the audience as they use their scientific knowledge and looks for evil. This one again strikes me as a way of demonising women who bring anything other than their knowledge of science and dare to be people with other needs as well

The Daughter/Assistant – this one is the typical smart and capable woman who is there as a subservient to a smarter, more well known, or more significant male character who will be the one to advance and resolve the plot whilst the female is there as a foil to show how smart and capable the male protagonist is

The Lonely Heroine – a woman who is depicted as intelligent and independent, and allowed to also be sexual, but somehow is not able to compete with her male colleagues. Usually, during the course of the story, she is gradually able to be seen and have an impact but only when she develops a relationship with a man who allows her to be acknowledged by others

Now, don’t get me wrong, all media and story telling is based on stereotypes and tropes, almost everything can be fit into a silo. That said, if the stereotype is only there to serve the male protagonists of the tale, that is a problem and it very much felt that way in films and programmes I watched growing up.

Scully effect

So what changed? I remember so clearly my first encounter with the The X-Files. It came out in 1993 (1994 in the UK) and I kind of missed it, but my sister and brother would not shut up about how great it was, so it took a while for this geeky 15 year old to discover Dana Scully and all of the science joy she would bring to me.

For those of you who don’t know anything about The X-Files (and you really should) according to Wikipedia ‘The series revolves aroundย Federal Bureau of Investigationย (FBI)ย Special Agentsย Fox Mulderย (David Duchovny) andย Dana Scullyย (Gillian Anderson), who investigate the eponymous “X-Files“: marginalized, unsolved cases involvingย paranormalย phenomena. Mulder is a skilledย criminal profiler, an ardentย supernaturalist, and aย conspiracy theoristย who believes in the existence of the paranormal, whereas Scully is a medical doctor and skeptic who has been assigned to scientifically analyze Mulder’s case files.’ The reason that this series made such a difference for me, was because it was the first time that I saw a fully rounded female STEM character who was a person, with interests outside of her job, who was also an equal player in the story and able to challenge and lead within the series framework. She was more than just a foil, or a tool for exposition, and the number of times she was the one that did the saving became somewhat of a running joke.

It wasn’t just me that the character of Dana Scully had an impact on, her character led to what has been described as the Scully Effect. The Scully Effectย refers to the phenomenon where women were inspired to pursue careers in STEM after watching The X-Files. This was the first time I think I really became aware of the power of the media to impact in more than a superficial way. The impression of this effect has been upheld by a recent study to try and capture some of the way that the Scully Effect impacted on those who watched the show, so you don’t just have to take my word for it.

How did this change things?

There is no doubt that the role of Scully in The X-Files felt like a watershed moment for featuring women in STEM careers. Having just talked about the difference that Special Agent (Dr) Dana Scully made in terms of female representation in science I’m now going to excluding medics from the rest of this discussion as a) they are featured much more frequently in all forms of media and b) the lack of female scientific representation is one of the reasons that students see medicine as the only route open to them, rather than seeing the world of opportunities available within the world of science careers. (I still love you Dana, you’re still my girl)

So where did the change in TV go from there? Now, there are a few honorable mentions I’d like to give a shout out to, these are obviously based on my person taste, but I do think they are examples where things have continued to change for the better:

Bones is a police procedural linked to investigations of human remains undertaken by Professor Temperance “Bones” Brennan (Emily Deschanel), who is a forensic anthropologist, supported by FBI Special Agent Seeley Booth (David Boreanaz). Now, in many ways Bones fulfills many of the Old Maid stereotypes, but there are many key differences. For one, her intelligence is always held up as a positive and with high regard, and she is considered to be so valuable that her challenges with more emotional interactions are considered to be over whelmed by the value her intellect brings, which is quite a different take. Secondly, her emotional journey is mostly chaperoned by another female character in the show, Angela Montenegro, rather than relying on a male character for their character development (yes, yes, I know her and Booth get together but I’ll die on the hill that it’s secondary to Angela). Finally, and maybe most importantly, the character of Bones is very clearly signposted as being based on a real person, Kathy Reichs, who was also involved in making the show. As I said, representation is important and the fact that this clearly shows that you can be a successful scientist, and perhaps even close the circle and be inspiring enough to have a TV series based on you to inspire more young people, is a massive step forward.

Kathy Reichs

Two other TV science representations I love come from other police procedural or fantasy series, both are lab guys, all of which probably tells you a lot about who I am. These guys both speak to my heart as they are fully formed characters, not just single dimension caricatures of female scientists. They have flaws, they have passions, they are authentic, and most of all they love the science that is their calling. (this isn’t to say that science has to be your calling for it to be your job, I just love that there are representations of scientists on TV who love science the way I love science)

First, I’m kicking off with Abby Sciuto from NCIS. She’s a forensic scientist, who in that TV way has a world of completely different science skills rolled into one, but I still love that about her as she exhibits so much scientific curiosity. As an ex goth myself, one of the other things I love about her is her sense of self expression and not being limited or making herself smaller on the basis of what others think about her. She the opposite of those female scientific characters who rely on others to enable them to be people rather than lab coats. I fully respect and am so happy to see this kind of female science representation.

Second, is Ella Lopez from the TV series Lucifer, a TV series based on a comic where Lucifer, as the devil, abandons Hell to run a nightclub in Los Angeles. He then (for plot reasons) becomes a consultant to the LAPD and hi-jinks ensue. She’s also a forensic scientist who works for the LAPD, are you sensing a theme? I don’t know whether this is because of the kind of series I like, or whether the writers of these kind of series just feel like they have more time and scope to devout to full character representation. The reason I love Ella is that she is the complete opposite of the Old Maid/Male Woman stereotype. She is the emotional heart of most scenes, and is accepted for bring her full emotional quirky self to the table. As someone who often feels judged for wearing her heart on her sleeve, I love this is represented as a strength in this characterisation of a female scientist.

Let’s talk movies?

So what about the movies? In some ways female scientific representation is always slightly more challenging in films. Slightly due to the nature of the medium, there is often less opportunity for character development (as you have a few hours vs multiple episodes) and so they still tend to fall very much into some of the stereotypes already discussed. There is still a strong tendency for strong female characters, when present, to still fulfill the Evil Plotter stereotype, and the film industry in general struggles to have female roles that are not reliant on male roles for context. That doesn’t mean there are not plenty of films despite this that have female characters I enjoy (Jurassic Park and Contact being just 2 on the left of the image below).

In terms of movies I want to discuss though, let’s start with the one on the right, Dr Elizabeth Shaw from Prometheus (2012). Those of you who read my Halloween blog on how the Alien movies reflect the world of Infection Prevention and Control, will already know how much I like this film series. One of the reasons the series appeals to me in general is that it doesn’t shy away from strong female lead characters, it started with Ripley after all. The female lone survivor trope is strong with this series, but I also like it when characters like Elizabeth are the ones that survive because they don’t shy away from their intellect and aren’t scared to be the smartest person in the room. Too often we hide away from owning our space as women, and I love a film where the characters are given license to own their space.

Talking about films where women are given permission to own their space, this next one is based on historical figures. My favourite female scientist movie of all time is hands down Hidden Figures, which came out in 2016. This film is loosely based on the non-fiction book by Margot Lee Shetterly and is about three female African-American mathematicians: Katherine Goble Johnson (Taraji P. Henson), Dorothy Vaughan (Octavia Spencer), and Mary Jackson (Janelle Monรกe), who worked at NASA during the Space Race. If you haven’t seen this film I cannot recommend it enough. When I have bad weeks this film reminds me of the fights that others have fought just so I can occupy the space that I’m in, and the continued need to be that fight for the generation that will follow me. It’s about so much more than female representation, some of the challenges that these women faced due to the colour of their skin is mind blowing to someone growing up in the UK, not to say that there are not ongoing diversity and inclusion issues here. This film to me is everything that science representation on the big screen should be, and it’s just a pity that there aren’t as many examples as can be found on the small screen.

All hail Marvel

All this brings me to the one place that I feel consistently hits it out the park for me in terms of both female character representation and in showing scientists as real three dimensional people, Marvel (both Marvel Cinematic Universe and Marvel Studios). Personal opinion, but I feel like Marvel have done more for showing women who are scientists and characters in their own right than most other genre series, an irony I am aware of for a series based on comic book characters. This is probably made possible because they can draw on character development from so many decades of story lines in order to make it work.

My all time favourite is Dr Jemma Simmons from the Agents of SHIELD series, but that could be because you are able to get to know the character over 7 seasons. Film wise, I really love Dr Jane Foster from the Thor series. Previously my all time favourite film science character was Shuri from the first Black Panther series, I’m pretty conflicted about this now however due to some of the anti science opinions held by the actress.

There are frequently great scientific characters embedded across all parts of the Marvel universe ,however, and so I encourage you to find your own favourites. To help I’ve listed some of the big hitters, in terms of main characters, below.

  • Thor film series with Dr Jane Foster
  • Agents of S.H.I.E.L.D. TV series with Dr Jane Simmons
  • Ant-Man (and the Wasp) film series Dr Hope van Dyne (and Janet van Dyne)
  • Doctor Strange film series Ms Christine Palmer
  • Spider-Man film series (not actual scientists as too young to have careers but….) Mary Jane Watson
  • Black Panther film series Shuri
  • Captain Marvel film Dr Wendy Lawson
  • Eternals film, possibly all of the film characters as they are after all eternal

Another thing that I appreciate about the Marvel films is that even when a character is not present, due to them being part of another story stream, they often reference the absent character, and not just in a way that talks about their positioning linked just to a romantic other. One of my favourite examples of this is below, from Age of Ultron, and is part of a conversation about why Pepper Potts and Jane Foster are not at a party. The dialogue goes like this:

Avengers: Age of Ultron (2015)

If you are looking for something you can watch with your family, that will hopefully inspire the next generation of scientists, and help ensure that the next time a child is asked to draw a picture of one they may choose to draw a woman instead, this is a great place to start.

I feel we’ve come such a long way in terms of female scientific representation in the media, but there is so much more that needs to happen. We can all work to drive this by being aware of the films we choose to watch and where we decide to spend our money. Those of us working in science can also do a lot to make sure that we take opportunities presented to us that mean we will be seen, and hopefully inspire those who will follow us. Let’s embrace the moment, step out from the shadows, and truly show why having women in the scientific space is crucial for the best science to occur.

Thank you for taking some time out of your day to share International Women’s Day with me!

All opinions in this blog are my own