lucyfloss
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i'm currently studying biomedical science and my dream job would be to work as an embryologist although i want to keep an open mind and explore other options incase this doesn't work out/i change my mind. i'm curious as to what areas of science other people studying biomed or biology want to go into? is there a particular area that really fascinates you? some ideas that i can do further research on would be really helpful (i ideally want to do lab work)
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cathasatail
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Hi!

I've just finished my biomed degree, but I'm afraid I'm aiming for the medicine route. However, I have had quite a bit of experience attached to a cardiovascular/microcirculatory research group.

There's just something about the heart that's absolutely fascinating to me.
Mechanically, it's an interesting organ- lots of pressure changes and physical movement happening (valves, blood flow, cardiomyocyte contractility).
From a clinical point of view, cardiovascular diseases make up the leading cause of death in most countries around the world, there are a whole raft of technical/surgical procedures which can be employed (ranging from stenting a coronary artery to open cardiac surgery), and there are so many new avenues opening up for medical research in heart-related specialisms.

And when you drill down to the "nuts and bolts" (take the no-reflow phenomenon) there's a vast amount we still don't know, both in terms of mechanisms and also whether components of these mechanisms and pathways can be used therapeutically. And with the lab work itself, you can name a technique and it's probably used in cardiovascular research. Animal models, perfusion chambers, Langendorff hearts, flow cytometry, cell culture, electrophysiology, hypoxic chambers, immuno work, microscopy, metabolomics- the list goes on and on!

I hope that's been of some use! If you really want to know my niche area of interest, it would be the role of the microcirculation in causing myocardial ischaemia reperfusion injury (again, with so many applicable settings: myocardial infarctions, open heart surgery, cardiopulmonary bypass, etc, etc)

Last edited by cathasatail; 1 year ago
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lucyfloss
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(Original post by cathasatail)
Hi!

I've just finished my biomed degree, but I'm afraid I'm aiming for the medicine route. However, I have had quite a bit of experience attached to a cardiovascular/microcirculatory research group.

There's just something about the heart that's absolutely fascinating to me.
Mechanically, it's an interesting organ- lots of pressure changes and physical movement happening (valves, blood flow, cardiomyocyte contractility).
From a clinical point of view, cardiovascular diseases make up the leading cause of death in most countries around the world, there are a whole raft of technical/surgical procedures which can be employed (ranging from stenting a coronary artery to open cardiac surgery), and there are so many new avenues opening up for medical research in heart-related specialisms.

And when you drill down to the "nuts and bolts" (take the no-reflow phenomenon) there's a vast amount we still don't know, both in terms of mechanisms and also whether components of these mechanisms and pathways can be used therapeutically. And with the lab work itself, you can name a technique and it's probably used in cardiovascular research. Animal models, perfusion chambers, Langendorff hearts, flow cytometry, cell culture, electrophysiology, hypoxic chambers, immuno work, microscopy, metabolomics- the list goes on and on!

I hope that's been of some use! If you really want to know my niche area of interest, it would be the role of the microcirculation in causing myocardial ischaemia reperfusion injury (again, with so many applicable settings: myothis is scardial infarctions, open heart surgery, cardiopulmonary bypass, etc, etc)

this is so interesting thank you for your input! especially what you said about cardiovascular disease being such a problem currently i think it'd be really interesting to study something so relevant to society
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pokoloco123
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hey! I'm in year 12 looking to become an embryologist too by using a biomed degree at Manchester
after I'm going to apply for the NHS STP however its very competitive so I may take a masters at Leeds uni for: Clinical Embryology and Assisted Reproduction Technology to increase my chances of getting in, especially if I get lower then a 2:1 in biomed (BSc)

however its the competitiveness for the STP that worries me as its the only way to become an embryologist in the UK so far...
…and if the job availability is high after I graduate from the STP:rolleyes:

if you want to discuss or just talk about anything let me know
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