Hey, Y’all! last week I attended the week long program, medic insight (which is as self-explanatory as it sounds) hence why I am late in posting and I have decided to share my experience for future aspiring medics. The program intends to allow fifth-year pupils in high school (i.e me) to experience the life of a typical medical student and much more. I have included their “About” page below so they can say for themselves.
The Glasgow one I attended was only in its 3rd year running, a baby when compared to its Edinburgh and Dundee counterparts. The Glasgow program runs twice, I attended week 1 as seen from my name card.
I felt one of the best things were how meticulously planned everything was, from tirelessly scouring through several hundred applications (from Glasgow alone!!!) in order to admit 50 lucky people for each week and giving each of them a personalised timetable. This was an impressive feat, considering it is run by Glasgow medics who have their own lectures and exams outside of organising Medic Insight.
The term ‘alkaloids’ may be unfamiliar to most of us but if I start naming some examples which fall into this group of ‘nitrogenous bases secondary metabolites’, you will know what I mean. Some of the big names include morphine, quinine, strychnine, nicotine etc. basically a continuous list of –ine’s. The thing to note is that though the alkaloids were attributed to pharmacologically active bases derived from plants however, animals (including us!), insects and microbes also produce them.
For many, the heart is synonymous with passion, personality which is literally at the heart of a person. We even carelessly use the phrase “broke my heart”, however, what does happen when our thick- muscular pump of an organ truly breaks down? The assumed answer would be death; no heart beat=no longer living…right? Well, in reality, a stopped heart can restart, there is no true universal rule in death determination. You are dead when the doctor says you are dead.
So…I haven’t written a sole biology blog post in such a long time so I thought I would share some of the knowledge covered in class, more specifically on exciting enzymes.
Enzymes are biological catalysts made by living organisms which speed up chemical reactions. Each cell in our bodies is like a factory, constantly using up raw materials to turn them into useful products and also resulting in waste products. These reactions are usually slow if unaided by either heat or enzymes. This can be annoying in everyday life, for example, delayed respiration rates which rely heavily on enzymes. The food we eat in turn become the energy we use (vastly simplified). Continue reading
This week I have received some exciting news. No, I didn’t win the lottery, if that’s what you’re thinking. Or discovered a cure for cancer. I received a letter from a certain university which more or less confirmed my research placement for the summer of 2k17. However it’s is on the condition that I am accepted through the Nuffield summer placement. Without exaggeration, I opened the acceptance email and I gave myself a high five (sad, I know).
The short email was formal of course but I would like to summarise it to a brief ‘you go girl!’. This was I had waited for, my chance to discover a side of medical research, which is fundamental to medical discoveries. I will be undertaking a 4-6 week journey through the world of research based around infection, immune system and inflammation, so I decided it was appropriate to write this post surrounding this matter. So without further ado, let’s get started.
Stem cells, and nope I don’t mean the acronym for science, technology, engineering and math which this blog is focused on. (hint hint – self-promotion, there are also many other interesting posts which Susan and I have written). I mean the unspecialised cells which have the ability to cure currently untreatable diseases. In plants, these cells are known as meristems, usually found in the root and shoot tips. In our bodies there are two types of stem cells. Continue reading
Cancer has been defined as the disease of our era. Even with advancing medical technology, it is one of the few ‘incurable’. Those who are diagnosed with cancer are often generalised as ‘patients’ who are solely characterised by cancer. However it is important to recognise they are people with every right to live and love.
In “The fault in our stars” by John Green, the protagonist, Hazel Grace Lancaster, a ‘grenade’ as she refers to herself, has been through a huge amount strain with her disease.