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Showing posts with the label science blogging

Crystals and Catalysts is 5!

Four Years of Science Blogging and Communicating Science!

I almost completely forgot that exactly four years ago today, I launched my blog! 🎊 Four years ago!  I've not been active on my blog lately, mainly because I'm working on my dissertation and my future career steps after my masters is finally over🕐😭

I've been blogging for 3 years!

My journey on this blog is now three years old! 🎉 It's been three years since I cut my route in academia and diverted it to science communication and I do not regret my decision one bit, because I'm enjoying every step of it and I'm doing what I love and it's brought me opportunities I wouldn't have experienced had I not started my blog. I remember I was so anxious when I  published my first blog post, were people going to like it? Were they going to hate it? Would I get a mountain of hate all over my blog and social media? When actually the science community, particularly on Twitter and Instagram, has been so welcoming and supportive throughout the years. What made me change my mind? I've always had a passion for journalism - in any form - and if I wasn't very introverted when I was a teenager, I would have gone for a career in journalism and left science behind. In one of my internships, I interned in a research and marketing company who was r

How I ended up leaving the laboratory and moving into medical communications

This blog post was my entry for the Tipbox/Abcam science writing competition (2017), although I didn't win, I'm glad I took part in the competition. Let me know your opinions on my post below in the comments. :) My love for science started when I was very young. I know that at first, I remember that I aspired to grow up to become an astronaut. My passion for space and space travel then turned into a love for archaeology and I wanted to become an archaeologist, taking my dad with me to “archaeological digs” at the museum. By the time I got to my GCSE's and A-levels I had decided that I wanted to become a pharmacist. So I interned at a local pharmacy so that I could experience what my future career would be like - it was then I realised I just couldn't spend my life dispensing medicine (no offence to all the pharmacists out there!) I just felt like I wanted to do something different. UCAS application time was imminent and I had to pick a course I wanted to s

Controversial Topic In Science 2: Alternative Medicine - 30 Day Blogging Challenge (Day 27)

For the second day, discussing a controversial topic in science I will be reviewing the efficiency of Alternative medicine . But to what extent can we trust alternative medicine? First of all, what is alternative medicine ? Alternative method contains the practice of: acupuncture, chiropractic and homeopathy. All of these techniques had not been proven by scientific methods.   The reason why it’s so popular is due to the power of anecdotal evidence. For example, you can hear from a friend that alternative treatment helped improve their back pain. At first, this may seem as the treatment works and you’ll want to try it. But you have to remember that the experience of a single person doesn’t prove that a treatment works the same for everyone. Sometimes the body gets better on its own or via a placebo effect, giving rise to the “it worked for me” response and encouraging more people to follow in their footsteps.   ................. Contrary to what the popular

Controversial Topics In Science 1: GMOs - 30 Day Blogging Challenge (Day 26)

Is it possible, that after years of controversy, between the public, that GMO’s are safe? There are many people for or against GMOs, but mainly against. Even though the public are showered with incorrect, and sometimes dishonest, information about GMOs a.k.a genetically modified organisms, s cientists and science writers are working to correct any misconceptions about GMOs to the public and eliminate misleading data. What are GMOs? GMO’s are plants or animals that have gone under genetic modification: where scientists alter their genes with DNA from different species of living organisms, bacteria or viruses to get desired traits such as resistance to disease or tolerance of pesticides. Such as: apples that have been genetically modified to be resistant to browning. Studies about GMOs... The results from a meta analysis (conducted by Wilhelm Klümper, Matin Qaim , Department of Agricultural Economics and Rural Development, Georg-August-University of Goettingen,   G