✍ Scribed by R. Giegé; A.C. Dock; D. Kern; B. Lorber; J.C. Thierry; D. Moras
No coin nor oath required. For personal study only.
📜 SIMILAR VOLUMES
## Abstract Statistical analysis of structures from the PBD has been used to examine the role that the aromatic amino acids play in protein–nucleic acid recognition. In protein–DNA complexes, the residues Phe and His are found to bind selectively to the DNA chain—Phe to A and T, and His to T and G.
Polyphosphates of chain lengths between 3 and 100 were coupled to porous zirconia particles and used for affinity chromatography of nucleic acids and proteins. It is demonstrated that single-stranded RNA and DNA are strongly retained on the polyphosphate-modified zirconia support, while double-stran
## Abstract | I. | Introduction | 306 | | II. | Supramolecular Structure Characterization | 308 | | | A. A Protein Is Used as a “Hook” | 309 | | | 1. Immuno‐Precipitation | 309 | | | 2. Tagging with a Poly‐Histidine Sequence | 310 | | | 3. Direct Analysis of Large Protein Complexes | 3
## Abstract Reactive crystallization of calcium oxalate was investigated in the presence of amino acids, proteins and carboxylic acids at different pH and temperatures. Average particle size, filtration rates of calcium oxalate crystals obtained in the absence and presence of additives were determi
Protein and nucleic acid synthesis is usually determined by measuring the incorporation of labeled precursors of low molecular weight. This is done either by autoradiographic methods or by measuring incorporation of the acid-soluble precursors into acid-insoluble products. Spurious incorporation of