To begin, agricultural biotechnology is the utilization of newly developed scientific techniques that have the ability to improve plants and livestock, which are not possible solely by regular breeding. After thoroughly studying the concept of DNA, scientists have invented solutions to escalate the use of agricultural productiveness. These solutions are implemented in many different ways, such as: genetic engineering, vaccines,...
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Climate change has assumed global concern such that several aspects of the Sustainable Development Goals (SDGs) of the United Nations are relevant to climate change. Some of the climate change related aspects of the SDGs are SDG 7 (Affordable and clean energy), SDG 13 (Climate action), SDG 14 (Life below water) and SDG 15 (Life on land). Within the context...
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The ability of science to operate effectively within society is de- pendant on a number of factors. Science is totally reliant on the law for its regulation and control, while the boundaries in which science can operate are governed by legal constraints. These boundaries are strongly influenced by society which dictates acceptable levels of morals and ethics in which science...
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Abstract Modern biotechnology is recognised as one of a good potential application in agriculture sector and Genetically Modified Organism (GMO) is one of this application which is widely used in Malaysia in order to reinforce its agricultural sector as it rapidly increases in crops production. GMO can be defined as any organism which its genetic material has been modified using...
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Biotechnology can be defined as the exploitation of living systems and biological processes to develop tools for technological use. Applications may be used in areas such as industry (e.g. food, energy), medicine, environmental sciences, and computational design. The term âbiotechnologyâ was introduced in 1919 by a Hungarian scientist, Karl Ereky, to refer in general to processes where raw materials were...
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Climate change and food shortage, resulting due to it, has been one of the major problems being faced by the World in recent times. Over the past century, human activities have released Carbon dioxide and Greenhouse gases to the atmosphere thereby altering it. Greenhouse gases, that is present as a blanket around the Earth, warms up the atmosphere by trapping...
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ABSTRACT Nanobiotechnology is the study of the smallest biological items of nano scale 1-100 nm to create devices and systems of the equivalent range that employ for new purposes. There are many applications of nanobiotechnology such as it is used in food packaging, drug delivery, diagnosis, etc. I have discussed the applications of nanobiotechnology in food safety. Nanobiotechnology plays a...
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Biology, derived from the Greek words, âbiosâ translating to âlifeâ, and âlogosâ denoting a subject of study, is defined as the study of living organisms, for example humans. The rapidly expanding human population is faced with multiple complex and severe problems, such as diseases, which could be argued to be the biggest risk to the integrity of civilisation. Diseases can...
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Biopharming the last two decades emphasis in new drug development has shifted from small-molecule chemicals to large-molecule proteins and other biopharmaceuticals such as human insulin, gene therapies and specialized antibiotic treatments.biopharmaing involves transgenic organisms, particularly plants and animals that have been genetically modified to produce drugs.The process of drug discovery involves the identification of candidates, synthesis, characterization, screening, and assays...
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The UN Sustainable Development goals are goals set out to improve upon problems that are an issue on a global scale. There are 17 of these goals which set out to rectify their respective problems.1 For example, these goals include improving good health and well-being, obtaining affordable and clean energy, prevention of further climate change and improving conditions for both...
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Introduction Marine environments are teeming with microscopic life forms that play crucial roles in global ecosystems and hold immense biotechnological potential. Marine microbes, including bacteria, archaea, viruses, and microalgae, are fundamental to the health of oceanic environments and contribute significantly to biogeochemical cycles. These organisms have adapted to thrive in diverse and extreme marine conditions, leading to unique metabolic pathways...
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Introduction Plant molecular biology and genomics have revolutionized our understanding of plant life, providing unprecedented insights into the complex mechanisms governing plant growth, development, and adaptation. As the global demand for sustainable agriculture increases, the significance of these fields becomes ever more apparent. By dissecting the molecular intricacies of plants, scientists aim to enhance crop resilience, improve yield, and address...
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Introduction Agrobacterium, a genus of gram-negative bacteria, has emerged as a pivotal tool in the field of biotechnology, particularly in plant genetic engineering. Known for its unique ability to transfer DNA between itself and plants, Agrobacterium has been harnessed to introduce new traits into crop species, revolutionizing agricultural practices. This bacterium's natural mechanism of horizontal gene transfer, primarily through the...
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Introduction Bioengineering and biodesign are rapidly advancing fields that merge biological sciences with engineering principles to develop innovative solutions for complex health, environmental, and industrial challenges. The interdisciplinary nature of these fields enables the creation of transformative technologies that can potentially redefine how society addresses various issues, from medical treatments to sustainable agriculture. As the demand for technological solutions that...
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Biomedical engineering technologists should consider the improvement of health care access in developing countries. Biomedical technologists have a professional responsibility of ensuring that health care facilities in developing countries access high-quality medical equipment. These professionals can achieve this by supporting repair and maintenance of the broken medical equipment in the hospitals and support developing counties in acquiring high-quality refurbished medical...
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Introduction In recent years, nanotechnology has emerged as a transformative force in biomedical sciences, offering unprecedented opportunities for innovation in diagnostics, therapeutics, and regenerative medicine. Defined as the manipulation of matter on an atomic, molecular, and supramolecular scale, nanotechnology enables the development of materials and devices with enhanced properties and functionalities. This essay explores the profound impact that nanotechnology has...
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Abstract This report includes a definition of ethics and morality. I combined them and how can it be embodied in biomedical engineering. Then I will give 2 examples --Biomedical Imaging and Neural Engineering, Which contain the main challenges they face in ethics. Introduction What is ethics? The term ethics comes from the Greek ethos, meaning âcustom.â It means human relations...
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Rationale It has been claimed that âfuture medicine will only be based on synthetic DNA (XNA) technologyâ. Synthetic DNA are proteins that can duplicate synthetic genetic material. It could lead doctors to begin treating diseases by allowing the synthetic genetic material to interfere and prevent vital processes in the course of the disease. In theory, this method could function on...
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Introduction The human body is filled with hundreds and thousands of small DNA (deoxyribonucleic acid) strands which together as a complete strand create whatâs called a Genome. DNA is a chemical compound which makes up the genetic instructions that are needed by all living things. DNA is made up of two intertwining, paired stands that create a double helix shape....
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Biomedical Engineering is a part of engineering where the technology focuses on medical equipment. It focuses on the precision and automation of the current equipment used by professionals or doctors. It was shown in the seminar how the old equipment looks. In some people, it can be as scary as it can be a reason to not go to a...
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From ancient biotechnology to modern, biotechnology has evolved profoundly and has gained exceptional importance and significance during recent years, which is just unprecedented. From vaccinations to mapping human DNA to agricultural impacts, medical biotechnology is creating major advancements and helping countless individuals. The intricacy of biotechnology is augmented due to enhancements and the developments of new technologies, as these are...
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