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Both starch and cellulose consist of sugar molecules, linked together in different ways, and sugar is what fermentation feeds on.
In the production of SBS and SIS, styrene and either butadiene or isoprene are polymerized (their single-unit molecules linked together to form long, chainlike, multiple-unit molecules) under the action of anionic initiators.
Methyl methacrylate, in bulk liquid form or suspended as fine droplets in water, is polymerized (its molecules linked together in large numbers) under the influence of free-radical initiators to form solid PMMA.
Under the action of polymerization catalysts, however, the double bond can be broken and thousands of propylene molecules linked together to form a chainlike polymer (a large, multiple-unit molecule).
It's also made from long chains of glucose molecules linked together into fibers.
The first are chains of organic molecules linked together by strong covalent bonds.
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Plastics, in which thousands to millions of identical carbon-based molecules link together into long chains known as polymers, are generally insulators, blocking the passage of electrical currents.
Under the influence of heat or light and free-radical initiators, the HEMA polymerizes, its molecules linking together to form long, multiple-unit chains.
The resultant unstable compound, silanol ([CH3]2Si[OH]2), polymerizes in a condensation reaction, the single-unit molecules linking together to form poly-dimethylsiloxane with concomitant loss of water.
Low concentrations (1.5 to 4.5 percent) of isoprene are added in the presence of aluminum chloride, which initiates the reaction in which the two compounds copolymerize (i.e., their single-unit molecules link together to form giant, multiple-unit molecules).
We propose that GOS are fragments of mixed-linkage β-glucans, homopolymers of glucose in which the blocks of β-1,4-linked glucose molecules are linked together through β-1,3 linkages.
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