Suchergebnisse

The biomedical industry -- Education for biomedical engineers -- Evaluating your entrepreneurship -- Establishing your venture invention (strategic planning) -- Researching the market for your invention -- Forming the company -- Patenting your invention -- FDA regulations -- The FDA 510(k) submission -- Obtaining help and support -- SBIR grants for product development -- Writing and presenting the business plan -- Financing and accounting -- Negotiating deals -- Leading people and managing yourself -- Manufacturing your product -- Marketing and sales -- Expanding and globalizing your business -- Investing in the future -- How to succeed in biomedical engineering entrepreneurism with really trying / Shu Chien.

New Biomedical Sciences is a new scientific journal of the biomedical sciences that is addressed at Graduate Students, Post-Doctoral Scientific Researchers and Principal Scientific Researchers who still work at the bench with their brains and hands. New Biomedical Sciences is not intended for armchair scientists who have long ago stopped doing biomedical sciences at the bench with their brains and hands and have no idea how hard it is to come up with an original experiment, do the experiment, collect the results, analyze the results, and write the paper without resorting to Data Fabrication, Data Falsification and Dishonest Scientific Reporting. The latest scandals in the inability of Governmental and Scientific leaderships (including those of the United States, United Kingdom, France, Italy, Spain, Sweden and Brazil) to deal with SARS-COV-2 infections and virulence around the world, and the publication of sub-standard and made up scientific articles are tell tale signs that there is something fundamentally wrong with the way the biomedical sciences are practiced and disseminated nowadays. It is submitted that the so-called top journals in the biomedical sciences that are mostly run by ex-post-docs who could not make it in the highly competitively world of research universities and other research institutions, and by other arm-chair scientists who have long ago stopped doing biomedical sciences at the bench with their brains and hands bear the collective responsibility of the disastrous state of our craft and also of the inability to control SARS-COV-2 infections and virulence (deaths) around the world. None of the so-called top scientific journals (or the lowest of the low scientific journals) have published any significant papers that could have mitigated the hundreds of thousands of deaths (still counting) due to SARS-COV-2 infections around the world. Although, they do not see it as their responsibility, the fact that they profit enormously from it makes them guilty of dereliction of their duties. The ...

Biomedical Ethics for Engineers provides biomedical engineers with a new set of tools and an understanding that the application of ethical measures will seldom reach consensus even among fellow engineers and scientists. The solutions are never completely technical, so the engineer must continue to improve the means of incorporating a wide array of societal perspectives, without sacrificing sound science and good design principles.Dan Vallero understands that engineering is a profession that profoundly affects the quality of life from the subcellular and nano to the planetary scale. Protecting

Even though Biomedical engineering contributes significantly to health care delivery, its full potential is yet to be comprehended and appropriated by the health sector in Ghana. This paper therefore provides a comprehensive description of Biomedical engineering in Ghana as of November, 2011 and makes recommendations based on the situation in Ghana and some developed countries.Biomedical engineering in Ghana started in the late 1990s thanks to the combined efforts of the pioneering stakeholders in the field. Since then, the country has seen a steady increase in the number of institutions engaged in educating and employing biomedical engineers. Though Bioinstrumentation is the dominant subspecialty in Ghana, it employs less than half the graduates of the field annually. Regulatory bodies for medical devices and consumables exist in the country, though not operating at full capacity.For Biomedical engineering to be firmly established in Ghana there should be a massive campaign to educate the public on its relevance. Educational institutions should strive to supply well trained biomedical engineers to meet increasing demands, while the government provides funds for the necessary logistics for such a cause. To avoid redundancy in the roles each identified regulatory body should have clearly defined and differentiated tasks.

he methods of waste disposal in accordance with the guidelines are explained in a simple language that makes it easy to understand. A number of photographs and line diagrams are included to make the subject more comprehensive. Various tables further add value to the subject matter as these give the required information in brief. neglected issues like Immunization of Healthcare Workers and Infection Control Practices in Waste Management are address properly. A chapter on Dental Office Wastes is also included to help the dentists to practice dentistry in an environment friendly way. The book is