why do we study biomedical engineering and what are the uses.?
154945
I think u need to specify whats the level of study, is it undergrads or graduate or postgrads!!!!!\nUngergraduate courses differ from inistitution to inistituion. Generally u are supposed to know about the physical techniques  employed to understand physiological phenomenon, the relationship between physical laws and biological function.....\nGraduate and postgraduate level is more interdesciplinary.\n\nUse:\nIf we know the force balance in our foot or hand, how electrical nerve impulse can be read, we can construct artificial hands or feet.\nOrgans for replacement are getting harder these days. Biomechanical engineers try to build mechanical devices which can be used in place of damaged organs like heart, kidney and so on.\nThere may be several implications.
821827
Engineers see real world problems and come up with effective and cost-efficient solutions that would benefit society. I'm an engineer (or at least have a degree) and my friends and I used to come up with solutions for small problems that used to bug us right in the faculty! I never would have been able to do that before. Plus, you have the skills to do it yourself, instead of hiring and paying someone else to do it.
642098
One's actually engineering, the other two are sciences.\n\nChemical engineering is classified as one of the branches of applied engineering, just like mechanical eng or electrical eng.  People go to university to get degrees in this.\n\nBiochemical engineering is a discipline of biochemistry and biomolecular engineering is a discipline of biology/biotechnology.  Both need to be studied under the natural sciences disciplines and are not specific degrees.
208980
Well Biotech. is the hottest field, next to medical, for all those who are interested in the Biology stream. It seems that you're an Indian, if yes then this is the best option available (again except medical) to you because this field is going to change the Indian economy very well and providing good employment as well. GOOD LUCK.
553659
Yes. But it is very difficult to explain as the study of bio mechanics is in the early stages. As everyone knows it is possible to stimulate the brain by either electrical or chemical means. Our brain is active both electrically and chemically. I wish you pursue this line of study as it has huge potential.
1179519
the research in biomedical genetics is carried mainly for\nI) The role of signaling networks and small molecule metabolites in normal cell regulation and organ development as well as in diseases with a genetic basis, such as cancer\n\nII) Stem cell research in association with tissue repair paradigms
52504
There is no such degree as "Medical Engineer".\n\nYou may be referring to Biomedical Engineering, a specialty which normally is taught at the graduate level, after an initial engineering degree. Most people who go to grad school for Biomedical engineering have initial degrees in electrical or chemical engineering. For a Master's degree it would be at least 1 year after the initial degree and for a PhD or DEng you would need about 2-3 years after the Master's. Total: 4+1+3= 8 years.
449345
Another important aspect of physics and engineering is building stuff.  In all the labs I've worked in (physics), there has been a large element of working with the hands, whether by putting together electronics, welding and soldering, using machine tools, sample preparation, or whatever.  It's important to feel comfortable working with your hands.  \n\nThe most effective way I have found for me to study is not only reading, but working to solve problems-- after you learn a concept, do several simple problems to make sure the concept and its applications stick with you.  I also find it's a lot easier to visualize things if I have some idea of the mathematical stuff that's going on.
586195
Biotechnology is a subject that involves the understanding of the physiology, functions and activities etc of various Biological entities and the use of technology in it to produce better products. \nThe main branches of bio tech are plant bio tech, animal bio tech, genetics, Environmental bio tech, Etc. Each of these branches involves the development of that particular branch with the use of technology.\nMedicines or the medical aspect of biotechnology is found in most of these courses. But the basics has to be genetics if you mean to study human disorders etc.\nBiotechnology has a good future as biotech products are now in demand. Also biotechnologists are needed in researches, Pharmaceutical companies, And various biotech companies itself.
973442
It is the cross disciplinary study of merging nanotechnology and genetics; i.e using nanostructure to create nanometer size machine. For example, a nanosize red blood cell would be used to cure some ailments.
232809
biomedical science (the application of the principles of the natural sciences to medicine)\n\nWhat is a biomedical scientist?\nBiomedical science is the term for the investigations carried out by biomedical scientists on samples of tissue and body fluids to diagnose disease and monitor the treatment of patients.\n\nThe role of biomedical scientists\nFrom cancer screening to diagnosing HIV, from blood transfusion for surgery to food poisoning and infection control biomedical scientists are the foundation of modern healthcare. Biomedical scientists work in partnership with doctors, nurses and other healthcare professionals to perform many different roles in NHS laboratories. Without biomedical scientists the diagnosis of disease, the evaluation of the effectiveness of treatment, and research into the causes and cures of disease would not be possible.\n\nDoctors treat their patients based on results of the vital tests and investigations that diagnose often serious and life threatening illnesses such as cancer, AIDS or diabetes. Without biomedical scientists departments such as Accident & Emergency and operating theatres could not properly function. The many roles of support by biomedical scientists for A & E and theatre surgery includes tests for emergency blood transfusions and blood grouping as well as tests on samples from patients who have overdosed on unknown substances, or may have leukaemia or are suspected of having a heart attack.\n\nThe work of a biomedical scientist must be accurate and efficient because patients' lives may depend on their skills. They are continually increasing their knowledge as laboratory techniques develop and research transforms the cutting edge of science and medicine. Scientists learn to work with computers, sophisticated automated equipment, microscopes and other hi-tech laboratory equipment. They employ a wide range of complex modern techniques to perform their roles.\n\nCareer opportunities\nBiomedical science is a continually changing, dynamic profession with long term career prospects including management, research, education and specialised laboratory work. UK biomedical scientists are employed in National Health Service private sector laboratories but are also involved in other organisations such as the National Blood Authority which provides support to hospital blood banks and the Blood Transfusion Service. Biomedical scientists working for the Medical Research Council carry out research in the medical and biological sciences to help preserve health and combat and control disease.\n\nBiomedical scientists are also employed in a variety of roles including the veterinary service, the Health and Safety Executive, university and forensic laboratories, pharmaceutical and product manufacturers, Her Majesty's Forces and various government departments.\n\nThere are also opportunities for biomedical scientists to use their training and skills in healthcare posts and projects around the world. They are involved in voluntary work in developing countries on behalf of international bodies such as the World Health Organisation and the Voluntary Service Overseas.\n\nBiomedical science represents an opportunity to put scientific knowledge into practical use and perform a key role within medical healthcare that offers career satisfaction for many in the profession. Biomedical scientists learn skills and gain qualifications that can be transferred all over the UK and can be recognised worldwide.
1072471
I am an entering freshman at Temple University. My major is biomedical engineering (aka bioengineering). I am setting a plan on attending Medical School after completing 4 years of engineering. Biomedical engineering is a 4 year degree, and is an excellent pre-med major. Med schools and optometry love engineering majors.\nUT (Austin) offers a wonderfull program in biomedical engineering. They have a 4 year undergrad program as well as the graduate program.\nI wound highly recommend attending UT.
514138
Engineering affects everyone, everywhere in the world. Which is nice. And kind of cool don't you think? And, here's the thing - there's a global shortage of engineers out there. Employers - from big blue chips to start-ups - are looking for newly qualified workers by the bucket load.\n\nHmmm - food for thought? Worth taking some time out to explore what the engineering industry could do for you?\n\nWell, you're in the right place...\n\nThere's a route into engineering to suit everyone, whether you want to earn and learn at the same time or whether you'd prefer to stay in full time study.\n\nStep one is to ensure that your knowledge of maths and science is up to a good standard, as these are the mainstays of a career in engineering. Other useful subjects for potential engineers include design & technology and modern languages.
985461
To gain a better understanding of microorganisms (and their biological processes) and the part that they play in the world.\n\nMost often, you hear about these terms in the study of pathogens (diseases) that affect humans and animals. However, some parasites are useful and have formed a symbiotic relationship with their host organsism.\n\nFor example, the infamous E. coli bacteria can cause illness if it gets into the wrong parts of your body, but are quite helpful if they stay put. \n\nMicrobiolgy also helps understand how the life processes work done at the cellular level. This helps us formulate drugs and treatments for different ailments, from mineral deficiencies to cancers.\n\n~X~
306920
A whole lot of things!  But it starts with research.\n\nI did a project on the bionic eye, which was a computer that linked directly to the visual cortex and a set of glasses.  It was awesome...the person, blind from birth, could see black and white dots, representing locations, but could not judge depth perception.\n\nI suppose biomedical engineering is going to be used for saving people's lives, like with nanotechnology.  In the works are nano computers that can enter the bloodstream and work as super-white blood cells, for example.  Other uses will be for early detection and diagnosis.  As well, there will be treatments for existing diseases, and hopefully a cure for cancer.\n\nOther possible topics for the future of BM Engin. could be the construction and easy use and application of huge bulky machines, like MRI machines.  There is also the idea of radiation treatment either being improved for precision and accuracy, or if that still is too dangerous it could be replaced by "safer" radiation or no radiatino at all.\n\nGood luck!
534320
Seriously, do both. It'll be painful to have to sit through both but trust me, you'd be in demand more than than plain engineers.\n\nBesides, with the globe going all biomed-medical hub, your expertise would be needed everywhere, and I guess it doesn't help that there are very many engineers out there already. You don't need the competition, do you?\n\nAnyway, choose what your heart says. If you really wanna do plain engineering, go ahead. After all, you're the one sitting for the course.\n\nChoose wisely and well, it's too advance but I'll still say it..HAPPY STUDYING c",)
956256
Biotechnology or BT is industrial application of biology. Its biology in the service of mankind. It involves application of plants, animals and microorganisms in industry. On the other hand, Biomedical engineering uses traditional engineering expertise to solve problems in biology and medicine. Hearing aids, pacemakers etc. are the gifts of biomedical engineering to mankind. \n\nFor list of Biotechnology colleges and Biomedical engineering colleges, visit http://www.biotechworld.cjb.cc