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Webpages:

https://aabme.asme.org/posts/single-chamber-bioreactor-grows-both-bone-and-cartilage

https://www.science.org/doi/10.1126/sciadv.aay2387

https://stemcellres.biomedcentral.com/articles/10.1186/s13287-018-0847-8

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A bioreactor is a manufactured device or system that supports a biologically active environment. They are typically used for cells or enzymes to transform biochemicals into products.

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Bioreactor refers to any manufactured device that can support a biologically active environment. For example, they can grow organisms under controlled conditions.

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A bioreactor is an apparatus for growing organisms like yeast, bacteria, or animal cells under controlled conditions. These are used to produce pharmaceuticals, vaccines, or antibodies.

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A bioreactor is a device in which living organisms and especially bacteria synthesize useful substances. They could also break down harmful substances such as in sewage.

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A bioreactor has two sets of inlet and outlets that can be easily placed in the well of a plate used to culture tissues. It is a manufactured device that is made to support to a biologically active environment. It can grow organisms and produce pharmaceuticals. Nutrients, oxygen, and growth factors can move through the ECM and onto the next bioreactor.

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Bioreactors coax cells into 3D shapes using certain growth factors, and they can work inside or outside the body. The cells have to be capable of differentiating into osteoblasts and are maintained under dynamic culture.

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A bioreactor is a device that can produce constructs that are similar to natural joints. These can potentially be used to replace medication or bone and cartilage implants for patients who suffer from disease.

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A bioreactor is important as it will eliminate the chances of infection or rejection for transplants compared to animal/cadaver transplants. Bioreactors ensure that cell survival during the development of the product receive proper delivery of essential nutrients.

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A bioreactor develops a bone by using materials that are widely used for bone tissue engineering. Basically, these materials are seeded with cells capable of differentiating them into osteoblasts and are maintained under dynamic culture.

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An innovation like this is important because it can cultivate a lot of tissues, they are good for screening drugs at multiple concentrations, and the provide the fluids for bone growth and others on the top to serve the cartilage. A bioreactor can work inside or outside the body and can turn cells into 3D shapes. It can eliminate the chances of infection for transplants and ensure cell survival during the product development.

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A bioreactor is a machine used to create the ideal environment for or organism to live in. They are designed and produced to provide an effective environment for enzymes or whole cells to transform biochemicals into products.

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Innovations such as these are important because they could provide new possibilities within the health industry such as total bone replacements. By cultivating and promoting bone growth, we could reproduce full bones and implant them into the body. By reproducing cells, we could use them to help supply bones and cells to the body.

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An innovation like this is important since it can be used to build new bones, which can be implanted where necessary. Many adult seniors suffer from osteoarthritis. Using the bioreactor to create bone, researches can replace current treatments with more effective methods.

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This innovation is important because they ensure cell survival through good delivery of essential nutrients throughout the tissue engineered construct. They can also guide tissue structure, organization, and function through applying chemical and mechanical stimuli!

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Such breakthroughs and innovations bring possibilities for those with osteoporosis to have bone replacements. Combined with MSCs they were used to recreate the osteochondral tissue interface. Thanks to this invention bioreactors are used to engineer bone.

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A bioreactor is a device that creates an effective environment for enzymes or whole cells to transform biochemicals (especially bacteria) into products. It can be used to synthesize useful substances or break down harmful substances.

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An innovation like a bioreactor is important because it can lessen the chance of infection and risk of transplant rejection. We will be able to reproduce full bones, instead of only parts. Bioreactors ensure cell survival during the product development.

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The way that a bioreactor develops bones is by making a suitable environment for them to grow. They take cells from a living organism and synthesize it in order for it to grow and turn into a full bone. The conditions inside of the bioreactor are similar to that of the human body, which is most suitable for these cells to develop.

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Bioreactors create bones by making a stable environment (similar to the human body) that is conducive to their growth. They utilize materials, imbued with cells that can transform into osteoblasts.

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A bioreactor creates a stable environment for bone growth. It is able to utilize cells that assist in growing bones. The cells used are able to differentiate between osteoblasts which also help with better development of the bones.

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Bioreactors develop bones by using bone tissue engineering materials and planting a 3D model in the body. This regenerates the cells to help them grow bones.

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The bioreactor develops the bone with the use of three-dimensional printing . The bioreactor needs the right cells and nutrients to create a bone that will develop and grow in the body properly. It also mimics the environment of the tissues in the bones to utilize growth.

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A bioreactors use cells and materials found in the process for bone tissue engineering in shape of a bone. As the cells and materials inhabit the mold, a bone is formed that can be used to replace bones in the body.

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The bioreactor was an important innovation for it allows for cell growth and survival. It allows for flow of specific media to the chondral and osseous components as well as tissue communication. Bioreactors also ensure delivery of essential nutrients to tissues.

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A bioreactor is a device that duplicates the requirements necessary to develop and sustain organisms inside. These essentials can be modified to accommodate the biological reaction needed.

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Bioreactors develop bones by using materials that are utilized in bone tissue engineering. The materials have cells that can reproduce and split into osteoblasts. 3D printing is used to make microenvironments on an equal scale of cells and then is used to construct the bone.

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Bioreactors are a vital innovation because being able to create bones from the patient's cells that the patient's body is ensured to bear can save lives. It isn't easy to find a donor, and there's also the chance that the body may or may not accept the new bone. An invention such as this can aid numerous who suffer from diseases and health complications of the bone.