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Yeast expressing .

Yeast expression vector for production of poly phenolic proteins.

Yeast glutathione reductase, semiquinone anion production from the 2-electron-reduced form. Curve 1, oxidized enzyme, anaerobic conditions, pH 7.6 curve 2, 1 min after the addition of 1 equivalent of NADPH curve 3, 22 hr later curve 4, 1 hr after the addition of 10 equivalents of NADP curve 5, 236 hr later curve 6, 186 hr after the addition of 5 equivalents of NADPH and curve 7, 35 min after opening to air.

Yeast growth and survival curves in a grape juice medium containing killer toxin

Yeast growth cycle and fermentation kinetics of grape mnst containing high sugar concentrations Fermented sugar

Yeast growth factors

Yeast growth modulation screen. Biphasic concentration response curve for target-specific stimulatory compounds that are cytotoxic at higher concentrations. A target-specific hit may appear as stimulatory .

Yeast iso-l-cytochrome c with side chains of Pro-71 and Lys-72 illustrated. Lys-72 is trimethylated in the yeast cytochrome. The orientations of the protein structure in Figs 4 and 5 are identical

Yeast membrane phospholipids

Yeast metabolites involved in anthocyanin transformations.

Yeast Molecular Karyotype. This illustrates an ethidium bromide-stained l.OX high gelling temperature gel for 30 hours.

Yeast phosphomanno-protein. M, mannose Gin Ac, N-acetyl glucosamine asn, asparagnine ser, serine thr, threonine.

Yeast prion replication cycle. Prion fibres grow by non-covalent polymerization of prionogenic proteins. Polymer fragmentation by Hspl04 completes replication cycle

Yeast propagating apparatus devised by Hansen and Kiihle. A is the boiler, B is the propagator, and C the wort sterilizer.

Yeast protein sequences from the aldo-keto reductase superfamily. are indicated as in

Yeast reduction of a-diketones

Yeast reduction of cyclic P-diketones

Yeast reduction of ketones with substituents of differing sizes.

Yeast surface display elements

Yeast surface display. Dual color flow cytometric analysis. ScFv expression is shown on Y-axis and antigen-binding on the Y-axis. Top plot is no antigen control. Bottom plot is plus antigen control. Uninduced cells are located in the bottom left quadrant. Only cells expressing scFv are able to bind antigen and move along the Y-axis.

Yeast two-hybrid system. Interaction of proteins X and Y upstream of a reporter gene leads to transcriptional activation. Protein X is part of a fusion protein that binds to a site on DNA upstream of the reporter gene by means of a DNA binding domain. Protein Y is part of a fusion protein that contains a transcriptional activation domain. Interaction of proteins X and Y places the activation domain in the vicinity of the reporter gene and stimulates its transcription.

Yeast vitality measurement using Einhom fermentation saccharometer and the

Yeast-based functional screen for receptor-independent activators of G-protein signaling. The yeast strain indicated in A was generated as described previously

Yeast-based screen for 32-agonists. The Pa-adrenergic receptor expressed from a GALl promoter links to the mating type response via the human Gsa-subunit expressed off the CUP1 promoter, by complementation of GPA-1. The detection of signaling is by induction of the FUS promoter linked to a p-galactosidase reporter gene.

Yeast-based screen for agonists or antagonists of the human estrogen receptor. The hormone estrogen that controls the expression of the p-galactosidase reporter gene. The assay measures the activity of the enzyme using a substrate that forms a colored product on conversion.



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