Today, you can turn back the hands of time and become young and beautiful once again. And you do not have to go under the knife to achieve amazing results. You can make it happen with a single Botox injection. The results from this cosmetic procedure have made it a Hollywood craze and it has now become much more accessible to non-celebrity patients as well. What exactly is Botox?
The microbiology laboratory is take a sample from patient to know what type of bacteria or another microorganism a causing the disease, and what the best treatment for it. The main purpose of the microbiology laboratory is work to discover the reason and causes of the diseases and treatment medical microbiology laboratory is one of important laboratory in clinical laboratory. The microbiology laboratory is very important that help to the diagnosis and pathogenesis of infectious diseases . The microbiology laboratory has many section such as bacteriology, parasitology, virology and mycology . Microbiology laboratory has many sections and each section do many type of test.
This is true because not all experiments on transgenic animals are effective. Additionally, critics also pose the idea that they are concerned about the long run effect of vaccines an medicine produced by these transgenic animals. 3. They are victims themselves: -
Many scientists to this day are creating stepping stones for tools causing mass destructions and horror with no thought or unease of what those developments will mean to mankind. Even scientists who clone and work with manipulation of DNA do not seem to consider what their discoveries might be used for. While acknowledging it is impossible to predict all the uses of any one thing, science must be accountable for the applications of technologies and the dangers it could bring to the planet we live
In biomedical engineering it combines my love of math and my want to save lives or improve them. However, in pathology I really want to look for diseases. I think this job will be interesting. In particular, I want to look at tissue samples and look for cancer cells to see if they are cancerous or not cancerous. Cancer has always encaptured my attention.
Especially in the fields of cloning, genetic modification, and synthetic biology. Where one step in the wrong direction can change everyone’s lives, and the world that everyone lives in. The only thing that keeps the world of science in check is a few laws and a thin veneer of morals. Shelly, Mary. Frankenstein.
ROBOTIC APPLICATIONS IN MEDICAL SCIENCE The continuous and rapid advancement of robotic science has had a severe impact in medical practice, transforming traditional medical routine. Robots made their first appearance in medicine in 1987 by performing the first laparoscopic surgery, a cholecystectomy. Since then, several medical methods have been developed with the aid of robots. These new methods have significant advantages in comparison with older methods, by being minimally invasive, as incisions are smaller, recuperation time is shorter and the risk of infection has almost been diminished. Typical examples include modern robotic surgical systems like da Vinci Surgical System and robotic limbs like prosthetic missing body parts.
1 INTRODUCTION Apart from purely theoretical sciences, the science and engineering world is largely an empirical one. Many of the physical formulas used today have not been independently proven by mathematical arguments but are extrapolated from data collection and analysis. In the same way, Ecology relies heavily on observation of the environment in order to extrapolate useful predic- tions about the way in which the natural world is changing, and how fast. Studies are conducted by ecologists to better understand natural phenomenons. Mathematical models based on experiments and data collection, are used to make predictions about the future of our planet.
Recently, scientists have been contemplating the beauty of nature and its creatures from the biggest trees to the smallest insects. They came with new inventions and designs that imitate nature and have both its beauty and complexity. Furthermore, these inventions make every part of our daily life much easier and comfortable. Biomimicry is the science of imitating nature and its creatures and applying it in new inventions. Biomimicry has a lot of benefits and numerous applications in every field; it has applications in industry, architecture and transportation.