What is FiberCell?

FiberCel is a Viable Bone Matrix (VBM) made of cancellous bone particles with preserved cells combined with demineralized cortical fiber produced via Aziyo’s gentle proprietary VBM process. Sold Through Medtronic.

What is hollow fiber culture?

Hollow fiber bioreactors (HFBs) are a 3D culture system that consist of fibers fixed into a module with cells typically seeded on the outside of the porous fibers and media delivered through the fiber lumen (reviewed in10) (Figure 1).

What is the advantage of culturing cells in bioreactor?

Cell culture at high densities has the following benefits: Reduces serum requirements and facilitates adaptation to serum- free medium, including CDM-HD. Increases the concentration of secreted product by 10 to 100X. Viral and parasitic infections proceed rapidly.

Is fiber a cell?

Fibres are slender cells, many times longer than they are wide. They are highly lignified cells with tapering (oblique) end walls. The side walls of fibres are often so thick that the centre of the cell (the lumen) is often occluded.

What is FiberCel used for?

As a bone and fracture repair product, FiberCel is marketed for use in orthopedic or reconstructive bone-grafting procedures in combination with autologous bone, other forms of allograft bone, or alone as a bone graft.

What is a hollow fiber filter?

Hollow fiber filtration utilizes thousands of long, porous filaments ranging from 1-3.5mm wide, that are potted in place in a PVC shell. Each filament is very narrow in diameter and flexible. Hollow fiber can find uses in all types of filtration, ranging from microfiltration to reverse osmosis.

What is the main problem with using bioreactors when growing algae?

As a result, however, a number of major drawbacks have been identified [17, 35, 36, 38] including: (i) only a small number of algal species can be grown in large scale successfully; (ii) wild microbial predators are a problem; (iii) there are significant evaporative losses and water conservation therefore becomes an …

What are bioreactors how large volume of culture?

“What are bioreactors? How are large volumes of cultures maintained and processed in them?” Bioreactors are vessels in which raw materials are biologically converted into specific products such as enzymes using microbial, plant, animal or human cells.

What food is a good source of fiber?

Beans, peas and lentils are excellent sources of fiber. Add kidney beans to canned soup or a green salad. Or make nachos with refried black beans, lots of fresh veggies, whole-wheat tortilla chips and salsa. Eat more fruit and vegetables. Fruits and vegetables are rich in fiber, as well as vitamins and minerals.

Is paper and pulp made from fiber?

Paper and pulp are made from plant materials including cellulosic fibers. Synthetic materials are sometimes used to provide the finished product with special qualities. Some papers are made using wood fibers, the residue from sugar cane or bagasse, flax, rags and cotton linters.

How much fiber is in a serving of fibercel?

FiberCel FiberCel is an instantly dissolving, soluble fiber powder, providing 5 grams in every serving. Easy to use product: mix it with as little as 2 oz of water or with your favorite beverage/food. FiberCel doesn’t contain potassium or phosphorous, making it renal friendly.

What can fibercell systems be used for in cell culture?

The FiberCell Systems hollow fiber bioreactors are the first bioreactors that are optimized for both adherent and suspension cells. The cellulosic fibers are generally not intended for use in cell culture, as their low gross filtration rate is not optimal for cell growth. They have specific applications for in vitro toxicology.

What is the RDA for fibercel fiber powder?

FiberCel doesn’t contain potassium or phosphorous, making it renal friendly. Did you know that the minimum RDA of fiber is 21g per day for women and 30g for men?

How big is a fibercell bioreactor in ML?

FiberCell Systems hollow fiber bioreactors are powerful cell culture tools and their small size can be misleading. The medium sized C2011 with a surface area of 3,000 cm2 and a volume of only 20 mL has been shown to out-produce a 10 liter bag type bioreactor by a significant degree.

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