Profile
Andrea Majstorovic
My CV
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Education:
Gymnasium Vinkovci (Croatia, 2009-2013)
University of Rijeka (Croatia, 2013-2018)
Imperial College London (2018-2023) -
Qualifications:
We have a different system in Croatia, but in brief: Biology, Chemistry, Maths, Physics exams prior to Univeristy (age 18). Equivalent to A-Levels.
BSc Biotechnology and Drug Discovery
MSc Biotechnology in Medicine
MRes Biomedical Research in Bacterial Pathogenesis
Current: PhD Microbiology and Biochemistry -
Work History:
I have worked as a science communicator by organising Science Festivals for schools. Also, I was an intern in the University of Roehampton before starting my MRes.
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Current Job:
PhD candidate at Imperial College London
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About Me:
I am a first year PhD student in Microbiology at Imperial College London. I was born in Croatia, where I finished my undergrad before doing a master in the UK. I love travelling, exploring the streets of London with my friends, and everything related to doggos 🐶
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Hello! I currently live in London with my boyfriend, who is also a PhD student. I was born and raised in Croatia, but since I visited London when I was 18, I always dreamed of coming back – and I made it!
I’ve graduated as a biotechnologist and microbiologist, and I am particularly interested in fighting bacterial resistance to antibiotics!
Few facts about me:
- I played piano for 12 years and still love practising it – Imperial offers practise rooms 🎹
- I am learning Japanese on my own and would love to visit Japan when an opportunity arrises!
- I am amazed by how smart bacteria are – so so tiny – and such complex things in any way possible.🦠 and just like bacteria adapt to survive, I strive to succeed in my wish to fight them!
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My work focuses on investigating antibacterial resistance to antibiotics of Mycobacteria tuberculosis, a bacteria that causes a disease called tuberculosis. Even though tuberculosis has been a danger to humans for more than 2000 years and even though there are existing drugs for its treatment, it still kills more than 1.5 million people a year! It was found that mycobacteria survive antibiotic treatment as they can “hide” from antibiotics with different mechanisms, and I am exploring these mechanisms in order to find new targets and develop new drugs.
Mycobacteria are unfortunately hidden in a third of human population, and is therefore a huge global threat to our health. We need to find a way to specifically kill these hidden bacteria and I aspire to contribute to this challenge with my PhD.
Interesting thing about working with Mycobacteria tuberculosis is that this bacteria specifically grows extreeeemely slowly, so experiments from start to finish can last for a month and a half! It involves loots of planning and callendars to know which experiments need my attention when 🙂
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My Typical Day:
I usually plan my day the night before to be ready to start in the lab when I arrive. During the pauses between the experiments – which can sometimes be really short (or some experiments can last for a month!), I read scientific articles that could help me understand my project better.
My current experiments involve lots of growing of bacteria in really small tubes, or doing cloning – where I investigate bacterial genetic material!
I am lucky that I made many friends in the lab I work in, and I love to discuss with them what they are doing and asking for their advices and help when I need them :))
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My Interview
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How would you describe yourself in 3 words?
Kind, Friendly, Reliable
What did you want to be after you left school?
Kind of a scientist - even though it was not clear what it means back then! Here to help and explain.
Were you ever in trouble at school?
I woudn't say so, but I would often rebel in unfair situations and discuss with professors what we could improve..
Who is your favourite singer or band?
If I have to pinpoint, I would say... Muse!
What's your favourite food?
Pasta and dumplings - lots of dumplings 🥟
If you had 3 wishes for yourself what would they be? - be honest!
Travel the whole world, experience no gravity, play more piano!
Tell us a joke.
90% of experiments (yes, they do fail often!)
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