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Your search keyword '"Disaccharidases metabolism"' showing total 9 results
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9 results on '"Disaccharidases metabolism"'

1. [Disaccharidase deficiencies. Clinical, nutritional and therapeutic aspects].

Author

Bergoz R

Subjects
Adult, Celiac Disease enzymology, Child, Chronic Disease, Colitis, Ulcerative complications, Cystic Fibrosis enzymology, Diabetes Mellitus enzymology, Diabetes Mellitus, Type 1 enzymology, Disaccharidases metabolism, Humans, Infant, Lactose Intolerance diagnosis, Lactose Intolerance diet therapy, Lactose Intolerance epidemiology, Lactose Intolerance etiology, Oligo-1,6-Glucosidase deficiency, Pancreatitis enzymology, Trehalase deficiency, alpha-Glucosidases deficiency, Disaccharidases deficiency
Published
1980

2. [Intestinal complications of chemotherapy in pediatric oncology. Incidence, type, and development].

Author

Morali A, Olive D, Vidailhet M, and Benz-Lemoine E

Subjects
Adolescent, Animals, Child, Child, Preschool, Disaccharidases metabolism, Humans, Infant, Intestinal Diseases enzymology, Intestinal Diseases pathology, Intestine, Small enzymology, Intestine, Small pathology, Intestine, Small ultrastructure, Antineoplastic Agents adverse effects, Intestinal Diseases chemically induced, Nutrition Disorders chemically induced
Published
1984

3. [Study of the raffinose character in "escherichia coli" and "salmonella" (author's transl)].

Author

Buissière J, Coynault C, and Le Minor L

Subjects
Animals, Antigens, Bacterial analysis, Conjugation, Genetic, Disaccharidases metabolism, Disaccharides metabolism, Enterotoxins biosynthesis, Escherichia coli enzymology, Fructose, Galactosidases metabolism, Genes, Genetic Linkage, Membrane Transport Proteins metabolism, Plasmids, Species Specificity, Swine microbiology, Transduction, Genetic, Escherichia coli metabolism, Oligosaccharides metabolism, Raffinose metabolism
Published
1977

5. [Disaccharidases of the changed jejunal mucosa].

Author

Brasseur D

Subjects
Animals, Cattle, Humans, Infant, Newborn, Intestinal Absorption, Intestinal Mucosa immunology, Jejunum immunology, Milk Proteins immunology, Protein-Energy Malnutrition immunology, Disaccharidases metabolism, Immunoglobulin A immunology, Immunoglobulin A, Secretory immunology, Intestinal Mucosa enzymology, Jejunum enzymology, Lactose Intolerance immunology
Published
1983

6. [Breath hydrogen for detecting lactase deficiency. II. Relation between intestinal lactase activity, breath hydrogen and blood glucose during lactose tolerance test in 73 adult patients (author's transl)].

Author

Cochet B, Griessen M, Balant L, Infante F, Vallotton MC, and Bergoz R

Subjects
Adult, Aged, Blood Glucose analysis, Breath Tests, Disaccharidases metabolism, Female, Humans, Intestines enzymology, Lactose Intolerance metabolism, Lactose Tolerance Test, Male, Middle Aged, beta-Galactosidase metabolism, Hydrogen analysis, Lactose Intolerance diagnosis
Published
1981

7. [Alpha-mannosidase activity of different human biological fluids].

Author

Chéron JM, Rahimulla P, Courtois JE, and Truhaut R

Subjects
Adult, Age Factors, Child, Cobalt pharmacology, Enzyme Activation, Humans, Hydrogen-Ion Concentration, Infant, Newborn, Kinetics, Mannosidases blood, Mannosidases urine, Zinc pharmacology, Disaccharidases metabolism, Mannosidases metabolism
Abstract

Two distinct alpha-mannosidases have been found in biological fluids by investigating the effect of pH on activity, the effect of Co2+ and Zn2+ and by determining the Michaelis constant. The two enzymes are designated as S, predominating in serum (optimum pH about 5.6) and U, predominating in urine (optimum pH about 4.2). In cerebro-spinal fluid, the amount of alpha-mannosidase S is almost the same as that of alpha-mannosidase U. Alpha-mannosidase S activity in sera is significantly higher in children than in adults.

Published
1975

8. [Development of the digestive function: regulation of the maturation of intestinal brush border enzymes].

Author

Kedinger M, Simon-Assmann P, and Lacroix B

Subjects
Alkaline Phosphatase metabolism, Animals, Animals, Suckling, Dexamethasone pharmacology, Digestion, Digestive System anatomy & histology, Digestive System Physiological Phenomena, Disaccharidases metabolism, Epidermal Growth Factor pharmacology, Epithelium physiology, Hormones physiology, Humans, Hydrolases metabolism, Insulin pharmacology, Intestinal Absorption, Intestinal Mucosa drug effects, Intestinal Mucosa embryology, Intestinal Mucosa enzymology, Intestines growth & development, Mesoderm physiology, Microvilli enzymology, Pentagastrin pharmacology, Peptide Hydrolases metabolism, Sucrase metabolism, Thyroxine pharmacology, Weaning, beta-Galactosidase metabolism, Digestive System growth & development, Intestines enzymology
Abstract

During the suckling period in mammals, the immaturity of the digestive function as well as several functional pecularities lead the gastrointestinal physiology to adapt to milk digestion and absorption. The dietary transition which occurs at weaning is accompanied by wide modifications as neonatal properties are lost and mature digestive functions are acquired. The involvement of factors like tissue interaction, hormones and nutritional substrates in the onset and subsequent maturation of intestinal brush border hydrolases is discussed.

Published
1986

9. [Contribution to the critical and experimental study of the enzyme content of meconium in the human species].

Author

Galerne D, Deroches A, Baudon J, and Dastugue G

Subjects
Acid Phosphatase metabolism, Alkaline Phosphatase metabolism, Amniotic Fluid enzymology, Amylases metabolism, Cholinesterases metabolism, Disaccharidases metabolism, Endopeptidases metabolism, Female, Glucuronidase metabolism, Humans, Infant, Newborn, Lipase metabolism, Muramidase metabolism, Peptide Hydrolases metabolism, Pregnancy, Hydrolases metabolism, Meconium enzymology, Oxidoreductases metabolism, Transferases metabolism
Published
1973

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