I don’t know about you, but I just love doing online courses, especially when they deal in subjects I don’t get to explore in my college courses. Over the years, I tried many different platforms, such as YouTube, Google Digital Garage, Khan Academy, Udemy, and, my favourite, Coursera. As a matter of fact, I discovered Coursera back when they started in 2012; most of the courses I took were on topics of Neuroscience and Molecular Biology. At first, courses and certificates were completely free, but with time, they started offering paid vs. free, as well as many specializations and even some college degree courses. However, many of the courses are still available to watch and do quizzes, just without the certification.
Disclaimer: this post is not sponsored by Coursera.
This course, offered by Hebrew University of Jerusalem, is actually the very first course I took, and at the time was one of the rare Neuroscience courses. I have only good memories about this one – it is a good introductory course into the field and the professor explained the curriculum very well. Also, the course mentions real projects that deal with neural networks and brain reconstructions, such as Blue Brain Project. I didn’t mention this previously, but every course also comes with subtitles (in English at least) and transcripts, so you can follow along easier.
The Addicted Brain (by Emory University) is another course appropriate for beginners in this topic – I was initially interested not only because of the topic of addiction, but also because various mechanisms of how drugs interact with the brain were presented. The course also covers the topic of drugs in society, although this part mainly concerns United States of America. Also, I don’t know if this is something that’s important to you, but I followed professor’s narration easily – his voice is calming and he speaks very understandably.
Medical Neuroscience (by Duke University) is not only the most advanced course of the ones mentioned here, but the most advanced course I ever took. Actually, I started it once or twice before, but dropped out because it required a lot of time and dedication that, at times, I just didn’t have due to my University obligations. This course is really extensive and requires some before-knowledge, but is also very satisfactory when you finish it. The only problem I had with this one is that sometimes I felt that questions in quizzes were asking for details that to me seemed almost overlooked in the videos. However, I felt like this course was quite important for my studies, since I have a strong interest in Neuroscience, but lacked the medicinal perspective.
All quizzes are multiple choice answers, with usually one correct answer (sometimes more correct answers). I vaguely remember some questions where you had to connect some phrases (like 1-d, 2-c, etc) as well, but haven’t came across those recently. Also, the quizzes I did were never timed and you can take one quiz 3 times every eight hours (they keep your highest score).
Coursera also offers financial aid – you can fill out an application where you explain why is the course you’re applying for important to you and why you can’t afford it. So far, I’ve heard of many positive experiences where they gave grants.
There are also two Neuroscience related courses I am planning to take – Human Neuroanatomy (to revise a bit) and Computational Neuroscience, which deals with using Python in Neuroscience research. I would very happily review those for you, in a greater detail, if this is something you’d like to read about!
What is your opinion on online courses – do you think they’re useful or a waste of time? Did you perhaps take some of the ones I mentioned? If yes, I would love to hear from your!
A nerve net is a type of nervous system that consists of many neurons but there is no brain or cephalization. Nerve nets are found in animals with radial symmetry (Cnidaria) and biradial symmetry (Ctenophora). Despite being called a net, there sometimes exist some groupings of neural cells in some Cnidaria classes, which I will write more about during the next couple of weeks. Cnidaria are specific due to their specialized organelles, cnidocytes, which they utilize to hunt for food or use for securing itself to a surface. Some cnidocytes contain toxins that can paralyze their prey (the burning sensation you may have felt when touching a sea anemone 😉). As a rule, Cnidaria have two diffuse nerve nets, one in the epidermal layer and a second one in the gastrodermal layer. In between these two layers is the mesoglea, a layer that functions as sort of a skeleton. The epidermal net consists of bipolar and multipolar nerve cells, while the gastrodermal net is made up of only multipolar cells.
Cnidarian nerve systems are fascinating but also quite unexplored. What is known is that nerve cells consist of two types of neurons, sensory neurons that respond to stimuli and motor neurons which ultimately trigger a response. Chemical synapses exist and provide the communication between the neurons. Hormones have also been reported in some cnidarians (steroids, neuropeptides) but it is still not known how exactly these signalling molecules work.
In the next couple of weeks, I will write a post about every cnidarian class and also ctenophores, focusing on their nervous and sensory systems. If you have any questions or would like me to focus on something, please let me know!
Sponges (phylum Porifera) are sessile multicellular organisms that live predominantly in seas and oceans. They don’t have tissues or organs, and therefore, they don’t actually have a nervous system. However, they do have bipolar and multipolar cells that resemble nerve cells, which are found in the middle, “jelly-like”, layer. Sequencing of some sponge species showed the presence of many genes associated with neural cells, such as genes that code enzymes for neurotransmitter synthesis and synaptic transmission. It is important to note that these genes have other functions in the organism. It has also been observed that some sponge larvae can respond to outer stimuli and show various “taxis” behaviour – phototaxis (response to light), geotaxis (response to gravity), rheotaxis (response to water current). Phototaxis has been closely studied in species Amphimedon queenslandica (class Demospongiae), a sponge native to Coral Sea.
Potassium channels have been observed in that same species, as well as glutamate, GABA, and NO systems, which have been investigated in Ephydatia muelleri, another species of class Demospongiae. Electrical signalling has been noted in glass sponges (class Hexactinellida). These sponges have bodies comprised of a syncitial tissue and their skeleton is made of silicon dioxide. The scientists were able to measure the action potential (5s long, with 29s refractory period) and deduce this signal relies on potassium and calcium ions. Some scientists even suggest that sponges used to have a nervous system, but lost it during evolution – they introduced several hypothetical scenarios for this event, proposing that sponges lost their nervous system in order to focus on filtering.
For the next couple of weeks, I would like to write a bit about the evolution of the nervous system, from early nerve cells to the human nervous system and brain evolution. Alongside nervous I will also focus, to a lesser extent, on sensory systems. These posts will be published on my Instagram account, but I decided to publish them on the blog as well.
Mostly, these posts will be about various animals and the nerve systems they have – nerve nets, nerve cords, complete systems. The main process behind this is called cephalization, and it starts with the groupings of nerve cells and ganglia at one end of the body. After some (long) time, this process led to us having a head with sensory organs and a brain inside it.
But when did all of it start? It is kind of hard to say, for even single-celled organisms, such as bacteria, have voltage-gated channels and genes that support the theory of possible synaptic transmission. These channels are potassium (the oldest), calcium, and, rarely, sodium channels as well. Action potentials have been detected in some algae and diatoms, although their function is mostly unclear. In Chlamydomonas (unicellular green algae) on the other hand, potentials were detected in flagellums, which clearly suggest they play the part in the movement of the algae. Action potentials were also recorded in the cilia of some protists, such as Parmecium.
Of course, the exact evolutionary processes are unknown, and there is a possibility that these organisms acquired the mentioned features later than scientists now assume. It is also possible that some more evolved organisms, such as sponges, subsequently lost some of the features discussed here (more about this in the next week’s post).
Couple of weeks ago, as I was driving to classes, I saw a big billboard that showed couple of people and a word “FORTITUDE”. At first, I thought it was some kind of fantasy drama, but after looking it up, it turned out to be crime related TV show starring actors I like. And as a true crime buff who enjoys all crime related content, I decided to watch it. After all, if it stars Christopher Eccleston (the best Doctor Who) and Stanley Tucci, it must be great, right?
Well, not quite – there are parts of the series that I loved, especially ones regarding biology, despite some of them being naively incorrect. Other parts were not so well executed, but today I want to focus mainly on biology (obviously). Fortitude, the name of the show, is also a name of the imaginary town on an island in polar circle. As it is in small towns, they have a doctor, police force, one hotel, some houses, and many secrets. Oh, and research centre, of course!
In the first episode, we see a scene where hungry polar bear eats a person. Also, we are introduced to an ambitious post-doc whose research focuses on apex predators; he has a theory that due to environmental changes, predators change their behaviour and develop cannibalistic urges (yes, there was some talk about bear eating another bear). Also, they make a point of making fun of him because he researched that in Britain, where badgers are only the predators. I don’t know why was that supposed to be funny, because I’d rather encounter a wolf than a badger, but I decided to let that one slide. Another story-line follows two children, a boy and a girl, who find a mammoth tooth; this boy later develops mumps-like symptoms and frostbite on his feet (he wandered off); there is also a murder of The Ninth Doctor, and we are led to believe that the murderer was father of the girl who found the mammoth tooth. Why, you may ask? Because he didn’t want to surrender the thawed carcass but sell it to The Ninth. And due to global warming, the carcass has already started to thaw.
Now, that immediately rang a bell; old preserved animal, suspicious disease… Despite some lazy writing, I continued to watch the series, despite not being really satisfied with the direction of it; some of the characters were very well characterized, especially Richard Dormer’s Sheriff, but I generally dislike series where everyone is cheating on everyone with anyone – it feels as if writers think that’s the only way to induce tension and drama. Also, Sheriff’s obsession with one female character was a bit too much – this amount of stalking and re-reading her files is not normal and has no place in adult behaviour. And he’s kind off supposed to be a good guy in the end. I digress, because this post is about biology.
The aforementioned boy ends up first in the hospital, and then in the research centre where they are developing a method to treat frostbite. Not a lot has been said about this, so I can’t actually comment on it, apart from the fact that he’s being held sedated, in a tank, where it’s not exactly clear how they feed him (I haven’t noticed any openings for infusion pipes). Also, who’s caring for him in the research centre? Someone has to wash him and change him every day, but they made it a point that he’s not supposed to be woken up, due to frostbite pain. So, not exactly biology, but big mistake anyway.
Also, at one point, their only doctor is almost murdered (by her own daughter who developed symptoms similar to the boy and then died due to heart failure) and they have to preform a lumbar puncture on the boy. Again, why you may ask? Well, during the autopsy of murderous daughter, the post-doc and his veterinary boss discovered some molecules; some anti-bodies and IgE. And immediately they developed the theory that this was some different kind of disease that turns people into murderers. Which wouldn’t been such problems, apart that IgE’s are the common antibodies that could indicated allergy of some sort? And in their research lab, they don’t have electronic microscopes, which are used to see viruses? A mess. That’s the only word I can use to describe this plot jumps, a big headache-inducing mess. However, let’s go back to the lumbar puncture. Doctor, I presume general practitioner, is incapable of helping, since she’s basically on her death-bed. So a post-doc and his boss decide to do the lumbar puncture, because why not? (Hint: NO.) They do it perfectly, but before it, they ask the boy’s mother for permission, because lumbar puncture is painful. (Hint: It’s not! Headache that comes after is painful, but the puncture itself doesn’t actually hurt. Source: been there, done that.) Anyway, boy’s spinal fluid doesn’t show presence of whatever thing they were looking for, which de facto labels him a murderer of The Ninth Doctor (excuse me?), despite having positive anti-bodies in his blood, which indicated that he might have had that mysterious disease. My only comment is, no, it doesn’t work like that, and please everyone stop thinking that you understand immunology, especially when we have specialized doctors who spend their lives learning about our immune system.
Anyway, back to the mammoth carcass, and the rest of mammoths that are thawing on this island. I would just like to say that there are also some Russians involved in the whole story (they work in a mine), the Governor wants to make an ice hotel on a glacier (I’m not kidding – on. a. glacier.), and literally everyone has a secret and/or secret agenda.
Well, before mammoths, let’s talk about one thing they got right, and that’s IgE – it gives us immunity to various parasites. And as it turns out, the mammoths were infected, just not with a virus, but parasitic wasp. Basically, larvae survived in mammoths, and were now making humans their hosts – since they were as old as mammoths, the humans didn’t actually have some real defenses against them. This is also definitely confirmed after post-doc finds some live wasps in the doctor (he then sets the whole room on fire, in order not to get infected or allow the wasps to find new hosts – yes, he survives).
Ichneumonidae, also known as Darwin wasps, are indeed parasitic wasps with 25 000 described species. Honestly, I think they were a very good choice for the main bad guys in the series, and were quite well described. Basically, these wasps reproduce in a bit gruesome way – they lay their eggs into a living host, which is then eaten by newly-formed larvae. Apart from this family, there also exists another similar wasp, called Emerald cockroach wasp (Ampulex compressa). This wasp, of the family Ampulicidae, injects cockroaches with it’s eggs; the peculiarity is that the wasp also injects the cockroach with the toxin directly in thoracic and cerebral ganglia, which prevents cockroach to move, effectively turning it into a zombie. It was explained that this is what happened in the Fortitude as well, the wasp larvae have taken control of human bodies, and they turned on people closest to them, when they felt threatened.
All in all, I wouldn’t call Fortitude’s first season exceptionally bad, but I wouldn’t exactly call it good. They had some excellent moments, and the mammoth-wasp story-line was, in my opinion, on point, but was often overshadowed by multiple story-lines that don’t necessary bring anything to the overall plot. If you want to watch something that doesn’t require a lot of thinking, and can overlook some of the obvious biological mistakes, I would recommend it. However, I think it’s time that filmmakers educate themselves, or ask for help, when tackling topics they don’t quite understand. (I read on Wikipedia that the writer did consult a parasitologist, which is probably why that part of the story functioned well; I don’t know why they didn’t do it for the other aspects of biology in the show.)
So, what do you think? Should we focus more on biology being correctly represented in popular media? Did you watch Fortitude – if yes, what did you think about it? Let me know in the comments below! 🙂
Hello everyone, and welcome to my new post! Yes, I’ve decided to try and write more often, and this time I will do a bit of self-promotion. As you may, or may not, know, I love watching movies – I think they are great past-time and I find them relaxing. Lately, I have had some troubles concentrating for more than an hour, but for now I would like to think that’s because I wasn’t choosing good movies to begin with. What does that have anything to do with neuroscience?
Well, apart from writing this blog, I also write and edit for Gyrus Journal. Gyrus is student journal of neuroscience, where we write review articles about different topics: basic neuroscience, neurology, neurosurgery, and psychiatry. I have written some articles, and if you stumble across them, don’t judge me too hard – they are meant to teach us how to search databases, cite, and write in English, since our mother-tongue is Croatian. I feel very fortunate to be a part of this journal, since it helped me a lot in understanding of many scientific terms in English language, primary language of science; it also helped me to learn how to communicate with my authors, as well as how to dissect a topic I’m supposed to write/edit about. Of course, we also have reviewers, wonderful professors and scientists from University of Zagreb, who do the last editing before publication. (I would just like to say that we didn’t have reviewers from the very beginning, hence why some of the earlier articles perhaps lack in quality.) Lately, we have been struggling a bit with latest editions, but started to publish articles online – you can access them all on the link above. You can also follow us on Facebook page as well as Twitter!
In Gyrus Journal, you will also find shorter articles and movie&book reviews, where title of this post finally comes in play! So far, I have written five movie reviews, with three still waiting to be published. For my first one, I picked the obvious choice: Memento (2000) by Christopher Nolan. Apart from being one of my favourite movies in general, I think it truthfully portrays anterograde amnesia.
In addition to portraying Leonard’s fragile mental state that makes us question not only his current objectives, but also whether his recollections of past are reliable, or simply figments of his imagination and almost fatalistic wishes, Memento is different in comparison with other films of similar genre, simply because it truthfully portrays the slow agony of losing the principal neurobiological process – a human memory.
The second review I did was about movie that might not seem so obvious, but was quite intriguing: Side Effects (2013) starring Rooney Mara and Catherine Zeta-Jones. This movie also has a crime aspects but it deals with the psychiatric illness, for which we don’t know, until the very end, if it’s real or faked.
Although dealing with semi-real thesis, the question still remains how the movie influenced real world cases. Did it help with recognizing the ones feigning the illness, or just put extra strain on the patients dealing with the illness that is already under deep historical stigma? Regardless of being the rather entertaining thriller, we are left wondering whether the movie deepened the negative view of the various psychiatric illnesses in the general public.
Three, still unpublished, reviews are:
100 Minutes of Glory (in Croatian) – a biopic about famous Croatian painter Slava Raškaj, who was born deaf, suffered from depression, and lived her last days in Psychiatric hospital “Vrapče”. In Croatian, title of the movie is also a wordplay on Croatian word “slava”, her name; it’s literal translation to English is “glory”
A Different Brain – famed documentary by Loius Theroux; it follows four patients who suffered through some sort of traumatic brain injury and consequences it brings
Still Alice – movie that earned Julianne Moore an Academy Award for Best Actress, Still Alice is a touching but often times difficult story about a woman with early onset Alzheimer’s Disease
What about you? Do you like watching movies – which ones are your favourite? If you watched any of these, please tell me what you think! I would love to discuss movies with you & I’m really interested what you watch in your free time 🙂
Finally, I write about this astonishing field trip which has taken part from 17th to 27th July this year in Ivančna Gorica, a small town south of Ljubljana, Slovenia. Me and Bruno were part of biospeleology group, and my friend Paula, who was the only other participant from Croatia, was a part of reptile group. Paula has a nice Instagram page about biology as well. This camp, organized by student’s biology group from Ljubljana is very popular with students from the ex-YU countries, and this year there were also colleagues from France. Also, being a biology student is not a must, we had humanities student as well.
How does the camp work?
First, you have to apply; you can choose between three groups (my choices: biospeleology, reptiles, botany) and with the application you pay the 93€ fee that includes breakfast and dinner every day and driving around during the camp. When there, we sleep in our sleeping bag in the gym of the nearby school. Breakfast is every day 7-8.30am, and dinner was usually 4pm+. There was also one rest day (during which us three went to Ljubljana) and one day when couple of us were on duty – we were cleaning and cooking for that day.
One group usually consisted of 5 members, and every day we went out to field, trying to find caves or catch some cave dwelling insect.
We travelled, you guessed it, by train. I have already mentioned 9€ one-way-ticket from Zagreb to Ljubljana, and then we went to Ivančna Gorica, that ticket was around 3€. The way back was almost the same, with the difference we went by bus to Ljubljana, since there were no trains at that part of the day.
How was my experience?
Honestly, I would really like to go again next year, but honestly I don’t know how I made it. I was not in a shape I should have been, I had migraines, I got stuck, I had very suspicious bruises and I strongly disliked walking around under sun.
How many caves I visited?
Number of caves: 9
Total number of cave visits: 11
Number of water springs visited: 4
I also spent one evening with bat group & one day with amphibians group.
A short summary of my days in Slovenia
We met other members of the group: Ester, group leader, Tjaša and Eva. Anja was also part of our group, but she joined us couple of days later. Apart from going to the field, every evening we were supposed to try and determine our specimens we collected in caves, label them, and fill out special documents about our visit (who, when, why, where, what was collected and how).
We also prepared live traps for small insects. The traps we made consisted of putting tuna fish with gorgonzola in small tubes and closing them off with cotton pads. The insect we were trying to catch was Leptodirus hochenwartii, member of Coleoptera, the only beetle that lives in the caves. This species is endemic to Slovenian, Croatian, and Italian caves. For other creatures we had prepared small tubes filled with 70% ethanol which we held in the pockets of our overalls, together with pincers.
Frist cave we visited was Velka jama nad Trebnjem. The way up to the cave was steep and exhausting; it was very hot & moist in the forest. However, I took my camera with me, and took many pictures. I was surprised how many invertebrates live there, since Croatian caves I visited were almost completely empty. However, these animals are not usually found in the caves, here they are living kind of opportunistically, since the cave was also filled with garbage. We set up the traps for Leptodirus, and went back. We had a small lunch next to our car, and then went to the cave number two, called Rojska jama 2. We had GPS coordinates, but Ester was sure they are wrong (they were), so we asked a local villager for help. He kindly led us to the cave entrance, where we suited up, and in we went. The cave was quite interesting, we spent an hour or so inside. After we returned, mr. villager welcomed us back with home-baked strudels and soda. It was honestly, very nice. We also visited two water springs, and went back to the school. After dinner, Ester taught us how to fill out the papers I mentioned, and we tried to the best of our ability, determine all the specimens. The most important we had to discern were small freshwater crabs called Niphargus and Gammarus. The main difference is that Gammarus have eyes, and we really wanted to collect the other one.
During day three, we visited one cave, Pekel pri Kopanju. We did find some cool animals, like Colembolas, but our trip was short, since main channel was full of tree branches and garbage. We tried visited the cave number two, but soon realized that we would need a 40m rope to climb down, so we gave up on that. We also visited two water springs, and headed back earlier, since one of the mentors had a lecture about global warming. After that, back to determination. We found some Niphargus (yay!), Gammarus (fine), and rat-tailed maggots. What are those, you wonder? Those are the larvae of certain species of hoverflies. What are hoverflies, you wonder? Those are flies that pretend to be wasps.
This day was tough for me, we walked 5-6km on the trails and through the woods, but we also visited three caves! First two (Dolnja vodena jama & Antokov skedenj) were close one to another and extremely spacious inside. I roamed around with my action cam (results were so-so, not enough light) and Bruno and me found a bunch of Niphargus in one puddle. I also saw some fox bones, and Ester was kind enough to fetch them for me! The third cave (Rivčja jama) was the one we visited three times all together and was really interesting. The walk towards it is around 1km on the forest trail, next to beautiful river Krka. The entrance to the cave is enormous – I would use the phrase “you need to be blind not to see it”, but that’s incorrect – even from the trail you can feel temperature drop and the specific smell of cave air.And this cave had bats. Bunch of bats (Myotis myotis), and they were loud, much louder than people would expect. We climbed up, on mountains of their poop, in order to take pictures, and the temperature soared at least 10 degrees there. Afterwards, we went through a narrow passage (here I took neat footage) and tried to catch some Proteus anguinus, the olm (I wrote about them here!). These traps were different, since they live in the water. We also tried to lure them with pet cookies (can’t remember if it was cat or dog food, sorry!).
After all this, we went swimming in Krka, water was around 15 degrees, but it was so nice and relaxing. The river is truly beautiful, and I would like for everyone to experience this kind of nature at least once in their life.
End of part 1
I hope you liked this not-so-short overview of my time in this summer camp, part two will be up soon. Please tell me what you liked the most and about what would you like me to write more! I would like to thank all of you who read this, thank you for time and attention!
Hi everyone, if you follow me on Twitter and/or Instagram, you have probably already seen my pictures from Vienna this last weekend. However, I would like to share a bit more, and write about it too!
At Saturday at 3.30 in the morning, my sister & me boarded the bus in Varaždin, and started our one-day adventure. Our destination? Vienna, capital of Austria! With the trip we booked through Galileo Travel came scenic sightseeing of the city, and a visit to Schönnbrun castle, but we skipped that and with U4 headed directly to city centre, Schwedenplatz more correctly. After short breakfast in McDonald’s (I know, I know), we headed to Natural History Museum. On the way there, we took some typical tourist pictures, in front of Stephan’s Cathedral, at Hofburg… And then we finally reached NHM.
Me in front of Stephen’s Cathedral
Me next to big cave mineral 😉
I’ve visited the museum two times before, but my enthusiasm was still through the roof. Firstly, the museum is huge. Permanent exhibition spans two floors and numerous specimens. Roughly divided, first floor is mineralogy and second floor is dedicated to zoology. I took some pictures, which I will share with you, but I didn’t take my camera; everything is taken with my Huawei mobile phone.
Student’s entrance fee is only 7€ (~8$), and taking photographs is allowed. The whole museum is, honestly, overwhelming. I have never before seen so many specimens at once place. My sister, who visited it for the first time, often commented that a building itself could be a museum, due to it’s rich, ornate walls. First floor is, like I already mentioned, full of minerals. I don’t have much interest for them, but I made me think about how old our planet is, and what makes it. Also, one of the rooms is completely dedicated to jewellery, both modern and historic.
The floor dedicated to zoology was full of models and real specimens of animals around us, as well as evolutionary artifacts. As is common, first rooms were dedicated to invertebrates, building it’s way up to vertebrate groups. I was particulary amazed by the size of dinosaur bones – no matter how many times I see it on the TV, or visit this museum, I stand in awe in front of them.
Unfortunately, due to morning sun, I wasn’t able to capture nice photographs of invertebrate collections, but trust me when I say those are so beautiful. Everything is o neat and organized that, since then, I’ve been toying with idea of collecting my own specimens. There are also rooms dedicated to fish, amphibians, reptiles, birds… Those are usually held in special containers or stuffed. There are also many skeletons on display on the walls. With dinosaurs, there were also animatronic models, which both excited and frightened children in the museum.
There is also a separate room dedicated to evolution of human. I already posted that interesting picture where an app transformed me into an early human, but in this part of the museum, you can see many different skulls belonging to Homo sapiens, Homo neanderthalensis, Homo habilis… I consider this part of the exhibition very important, especially in today’s time, when so much misinformation is present on the Internet.
Another important historic specimen is Venus of Willendorf figurine, which is dated to 30 000 years BC.
What would you like to see, if you could go to Natural History Museum in Vienna? Would you like me to write about something in more details?
Please let me know in the comments 🙂
Many of you might not know this, but I was (and still am) a big fan of metal music. I included word “heavy” in the title, but I actually prefer doom, melodic death, death, some black metal and also gothic/love metal. What does this have to do with biology? Well, many bands use animal imagery in their music videos or album art, with some of them being really interesting.
Of course, there are many that are obvious (Powerwolf, anyone?), and some animals are used more than others (crows, snakes). However, I wanted to see which animals dominate the heavy metal world, and which bands, that are usually not connected to such artwork, would use it.
Now, I would very much like to include these album covers in this post, but they are copyrighted and I’m not 100% sure I can do that, so if you’re not already familiar with the covers, I would kindly ask you to use a search engine, or links I’ll provide to each cover.
A doom/gothic/synth-pop band from the United Kingdom, Paradise Lost often uses biological motifs in their album art (Medusa, 2017; Tragic Illusion 25, 2013; Tragic Idol, 2012), but I would like to focus on the art that dominates the picture – in this case, we have Symbol of Life (released in 2002), its single Erased, and Believe in Nothing (2001).
Symbol of Life and Erased are, at least to me, very interesting album covers. Yes, the animal in question is a snake, but it’s an x-ray of a snake. Now, I don’t know which species, or even a family, but I’m pretty sure it’s a snake. I don’t know how these photos were made, but are really special and distinct. For a better view, you can visit this blog. Erased is done in a very similar way, only with different coloring scheme. The animal theme is also presen in the music video for the single – there are scenes of a cougar and something that I believe is Thompson gazelle (I might be wrong on this one). I don’t know in which ecosystem could these two ever meet, outside of Paradise Lost video.
Believe in Nothing cover is simply straightforward: it’s a picture of bees. To be more precise, it’s a picture of a honey queen bee surrounded with bee workers. I will go out on the limb and say the species is probably Apis mellifera, Western honey bee.
Another one of my favourites, Katatonia and their dark melodies have adopted a bird from the Corvus genus as a motif that often appears on their album artworks (Dead End Kings, 2012; Tonight’s Decision, 1999). They were also the main focus of one of the earliest Katatonia’s albums, Brave Murder Day (1996), and latest, The Fall of Hearts (2016). Just by looking at these, I honestly can’t tell if it’s a crow, raven, or something in-between, but it does compliment Katatonia’s music perfectly.
To me, Opeth always had interesting, dark album covers, but two caught my attention – art for their debut album Orchid (1995) and Sorceress (2016). For Orchid, the artwork is, you guess it, orchids; apparently the pink flowers on the cover were ordered from the Netherlands. Sorceress is a different story – it shows a peacock with blood dripping out of his beak. This might seem odd, since most people, including me, always picture birds as eating seeds, but peafowls (name that includes male and female individuals, and three species) are actually omnivores, and their diet can include insects and even small reptiles.
Satyricon is a black metal band, with different sounds, and with that, different artwork. Some animal species, however, still remain!
On the cover of Nemesis Divina (1996) is a bird of prey, which one, I honestly can say. It could be a falcon, or a hawk, I have to admit that my bird knowledge is weak. Volcano (2002) album cover is kind of simplistic – in the main view, we have a head of a snake. At first, it looked to me like a python, but I actually believe it’s a boa, Boa constrictor even. For their 7th album, The Age of Nero (2008) they went back to their raptor roots and choose… Some kind of eagle?
Gojira is a death/progressive metal band famous for often including environmental themes in their songs. Their album From Mars to Sirius (2005) is completely dedicated to these issues, and as such, has a very nice album art, with the drawing of a blue whale (Balaenoptera musculus) being a centerpiece.
A heavy metal from Iowa, Slipknot chose a goat for the cover of the 2001 album titles Iowa. These kind of imagery is usually used by black metal bands (see honourable mentions, also Baphomet), but in this case, I think it works nicely.
A while ago, while roaming through the halls of my University building, I stumbled upon some old Master’s thesis (theses?). They are all dated from mid 60’s to late 80’s, and are written on a typing machine. What really drew my attention were illustrations – they are all drawn by hand, using ink. I honestly don’t know if the authors did them themselves, or hired someone to do it for them (I believe it’s the former), but these are just gorgeous!
Hardcovers of Master’s theses
The inside of one thesis
All three of these theses are in Croatian, but I translated the titles:
Chromosomal structure of salivary glands of Chironomidae larvae and its importance in the determination of species by Vladimira Tavčar (1964)
Gene segregation study of HLA, AB0 and Rh systems by Gordana Puškadija (1980)
Effect of adriamycin and epirubicin on DNA cell synthesis in culture by Dijana Abramić (1987)
Inside of the Master’s thesis (no. 3)
Inside of the Master’s thesis (no. 3)
Also, these are all on the topic of Molecular biology – I will visit libraries at other departments of my University (Zoology, Botany, Microbiology, Animal Physiology) to try and find similar ones! Which one would you like to see first?
Inside of the Master’s thesis (no. 2)
Inside of the Master’s thesis (no. 2)
I am honestly so fascinated by these illustrations, they are wonderful! So detailed and neat… However, the oldest one is my favourite, because the author not only had to do her research in the lab, but also did the fieldwork, which is precisly something I would like to do one day – combine field Biology with Molecular biology.
Inside of the Master’s thesis (no. 1)
As you can see, the photographs were also used, but they were glued in the thesis.
This aspects is fascinating to me as well – the hand-drawn map!
Inside of the Master’s thesis (no. 1)
Inside of the Master’s thesis (no. 1)
That’s it for now, I hope you enjoyed these beautiful drawings as much as I did! I have a few more photos, so if you’re interested into seeing more, please let me know!