Molecular component

Trentler T J ef a/1997 Solution-liquid-solid growth of indium phosphide fibers from organometallic precursors elucidation of molecular and non-molecular components of the pathway J. Am. Chem. Soc. 119 2172... 

Biologicals. Figure 3 Fusion protein construction combination of the molecular component of interest with the constant region (Fc) of an antibody molecule, usually immunoglobulin (lg)G1 Fc, imparts the Fc function on to the molecularcomponentfortherapeutic use. The example given is ofCTLA4-lg, derivatives of which have shown clinical efficacy in the treatment of rheumatoid arthritis and transplant rejection. 

Ko CH, Takahashi JS (2006) Molecular components of the mammalian circadian clock. Hum Mol Genet 15 Spec No 2 R271-R277... 

Fibrinolytic enzymes (proteases) are used to dissolve thrombus, the insoluble aggregate of fibrin and platelet including several additional cellular and molecular components of the blood. 

Enzymology of proteases in a water-phase is well known, but its alteration in a compartment is poorly understood. There are dramatical changes in reaction rates, in enzyme contractions and in enzyme sensitivity to inhibitors, which are not exactly described. In addition, besides fibrin and platelets there are several cellular and molecular components present in a thrombus compartment, where their influence on the basic fibrinolytic reactions is not known. To study this aspect of fibrinolysis is a task of the near future [4]. 

Kalt, A. Schliwa,M. (1993). Molecular components ofthecentrosome. Trends Cell Biol. 3,118-128. 

It should be mentioned that fire retardant-polypropylene has higher impact energy than polypropylene without HBCD and this improved impact energy resulting from the addition of fire retardant is a rare phenomenon. Usually the addition (15-25%) of low molecular components decreases the high impact properties of plastics although we know that HIPS flame-retarded with decabromodiphenyl oxide (DECA), for example, has almost the same impact energy as non-retarded HIPS (Table 5). 

Siddig, N.E. Osman, M.E. Al-Assaf, S. Phillips, G.O. Williams, P.A. (2005). Studies on acacia exudate gums, part IV. Distribution of molecular components in Acacia seyal in relation to Acacia Senegal. Food Hydrocolloids, Vol. 19, No.4, 0uly 2005), pp. 679-686, ISSN 0268-005X. 

The analyzer contains three sensitive elements (thin films of zinc oxide) two elements are used in the measurements, whereas the third one is isolated hrom the atmosphere and serves to compensate for time and temperature drifts and to exclude the influence from molecular components of the environment. 

Cortistatin was discovered as a result of the effort to characterize cortex-specific gene expression modulated by synaptic activity. It was named after its cortical expression and sequence homology to somatostatin (de Lecea et a ., 1996). The characterization of this peptide is yet another example of the use of reverse genetics to study the molecular components of the sleep machinery. 

In biological systems one of the primary modes of molecular recognition processes occurs via H-bond formation. Research concerning design and synthesis of molecular components that can self-assemble via H-bonding interactions has been reported [90,155]. 

A study of the molecular descriptions provided by geneticists and molecular biologists reveals at least three different levels. The first can be illustrated by the schematic models of signal-transduction pathways. In such models, the precise shape of the different proteins, their atomic composition, is of no importance. Sometimes, only the name of the protein is given. What is important is the place of these proteins in the pathways, how they receive upstream signals and transfer them to downstream molecular components. 

The fact that molecular components are organized in pathways, networks and complexes used for different tasks in the organism explains, at least partly, the existence of pleiotropy as shown in particular by gene inactivation studies. 

---