Progress of Lens Biochemistry Research Volume in honour of Prof. Dr. med. J. Nordmann

Intra-Nuclear inclusions in the lens fibres observed in the galactose-induced cataract in the young rat.- Electron microscopic study of cataractous lenses of diabetic sand rats (Psammomys obesus).- RNA synthesis in the lenses of normal chicks and in two strains of chicks with hyperplasia of the lens epithelium.- Protein synthesis and its regulation in the lenses of normal chicks and in two strains of chicks with hyperplasia of the lens epithelium.- Epithelium of the adult lens in tissue culture.- On the stability of the differentiated state — Reactivation of lens fiber cells to mitotic growth.- On the chromosomal proteins of lens epithelium.- Triggering of mitosis in the cultured mammalian lens by proteolytic enzymes.- Iso-electric focusing of crystallins from different parts of the bovine and dog lens in dependence on age.- Improved separation of LM (Low molecular weight) crystallins.- Changes in the subunit structure of ?-crystallin from bovine and rabbit eye lenses.- A comparative study of rabbit lens proteins.- The protein structure of chick lens fiber cell membranes and intracellular matrix.- Investigation of proteolytic activity in bovine lenses with age I. The exopeptidases.- Lens glutathione: Metabolism and possible functions.- Protein-bound glutathione in mammalian lenses and in galactose cataract.- The effect of oxidants on the membrane sulfhydryl groups of the lens.- Some aspects of human lens metabolism: Glycolysis and protein synthesis.- Competition for glucose-6-phosphate by enzymes of bovine lenses.- Effect of aging on transport of amino acids by bovine lens.- Cholesterol, cholesterol ester, and sphingomyelin complexed to protein of normal human lens and senile cataracts.- Studies on the mode of action of l-hydroxy-pyrido-(3,2a)-5-phenoxazone -3-carboxylic acid in bovine lenses.- Sodium and potassium in the normal human lens in relation with age.- Cell volume regulation in the lens.- Differences in the calcium binding capacity of normal and cataractous lenses.- Intracellular markers in the crystalline lens of the rat.- Lens fluorescence in aging and cataract formation.- Effect of long-wave ultraviolet light on the lens. II. Metabolic inhibitors synergistic with UV in vitro.- Tryptophan excited states in the lens.- On the independent action of cataractogenic agents x-rays and galactose.- Naphthalene cataracts in rats. Association of eye pigmentation and cataract development.- Topical treatment of galactose cataracts.- Studies on the Crystalline lens. XXIV. Bicarbonate content and flux determinations.