0000000000547651

AUTHOR

P. Monaco

showing 3 related works from this author

AMINOACIDI LIBERI NEL TUMORE DI WALKER E NEGLI ORGANI DEL RATTO PORTATORE

1955

The free amino acids content in the Walker tumour and in some organs (liver, lung and skeletal muscle) of the tumour-bearing rats has been chromatograprically determined at different times after the tumour implantation. The contents were very poor in the first stages of the tumour growth but they largely increased with the tumour growth. In the organs of the tumour-bearing rats the aminoacids contents were considerably modified in comparison with the normal animals.

03 medical and health sciencesCancer Research0302 clinical medicineBearing (mechanical)OncologyBiochemistrylawChemistry030220 oncology & carcinogenesisGeneral MedicineFree amino030218 nuclear medicine & medical imaginglaw.inventionTumori Journal
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NEUROCHEMICAL STUDIES WITH L-CYCLOSERINE, A CENTRAL DEPRESSANT AGENT.

1963

CerebellumCarboxy-LyasesThalamusCaudate nucleusPharmacologyBiochemistryAminobutyric acidCellular and Molecular Neurosciencechemistry.chemical_compoundMiceNeurochemicalThalamusMesencephalonCerebellummedicineAnimalsPyridoxal phosphateEnzyme InhibitorsTransaminasesCerebral CortexPharmacologyAminobutyratesResearchCycloserineBrainNeurochemistryElectrophysiologymedicine.anatomical_structurechemistryCerebral cortexCycloserinePyridoxal PhosphateCaudate Nucleusmedicine.drugBrain StemJournal of neurochemistry
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Behavioural studies on rats injected with l-cycloserine and other compounds

1964

l-cycloserine, a cyclic derivative of O-substituted hydroxylamine, causes the suppression of the conditioned avoidance reaction in the rat. The subsequent injection of equimolar amounts of pyridoxine hydrochloride is responsible for a complete reversal of this suppression. The suppression of the conditioned response is not observed with the d-isomer of cycloserine. Isoniazid is a strong antagonist of l-cycoserine. Changes in the brain level of GABA under several conditions are described. These changes suggest though do not establish a relationship between the block of the conditioned response and the elevation of the aminoacid above its physiological concentration.

PharmacologyAminobutyratesResearchCycloserineAntagonistBrainPyridoxineMetabolismPharmacologyPyridoxineAminobutyric acidRatschemistry.chemical_compoundMetabolismHydroxylamineBiochemistrychemistryCycloserineConditioning PsychologicalAvoidance LearningIsoniazidmedicineAvoidance reactionPyridoxine Hydrochloridemedicine.drugPsychopharmacologia
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