Clinical chemistry, automation

In addition to being necessary for all forms of life, biopolymers, especially enzymes (proteins), have found commercial applications in various analytical techniques (see Automated instrumentation, clinical chemistry Automated instrumentation, hemtatology Biopolymers, analytical techniques Biosensors Immunoassay) in synthetic processes (see Enzyme applications, industrial Enzyme applications in organic synthesis) and in prescribed therapies (see Enzyme applications, THERAPEUTICS IMMUNOTHERAPEUTIC AGENTS Vitamins). Other naturally occurring biopolymers having significant commercial importance are the cellulose (qv) derivatives, eg, cotton (qv) and wood (qv), which are complex polysaccharides. 

C) produced and reported its state-of-the-art S-Li results independently of Lab A and Lab B. In 1999, Lab A and Lab C fused to form one company. In the new laboratory union, the former Lab A was lacking an in-house S-Li test method, while the current instrumentation used for S-Li determinations was running out of its technical performance capabilities. Consequently, New Lab A (united Lab A + C) evaluated the production status in terms of S-Li and decided to set up a fully automated S-Li method within the capabilities of the available clinical chemistry automation and discontinue the subcontract with Lab B. 

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