International Journal of Radiation Biology and Related Studies in Physics Chemistry and Medicine · 1975 · 23 citations · 4 references
Life SciencesGeneticsNutritional SciencesCytogeneticsPlant NutritionRadiobiologyAneuploidyBiological Effects Of RadiationChromosomal AberrationsChromosomal AbnormalitiesChromosome AberrationsRadiation BiologyAneuploidy EffectsBone Marrow - Derived CellsChromosomal Copy Number AberrationsCytogenetic Effects Of RadiationDietary Protein IntakeRadiation-induced Chromosomal AberrationsStructural Chromosomal Aberrations
The effects on chromosomal aberrations in bone-marrow cells of feeding irradiated wheat to well-fed and malnourished rats were investigated. Rats maintained on low levels of dietary protein (5 per cent) had a higher incidence of breaks and deletions in their bone-marrow chromosomes compared with rats maintained on adequate levels of protein (18 per cient), showing that the level of dietary protein per se can produce structural abnormalities. Feeding of irradiated wheat to rats was associated with increase in the number of polyploid cells in the bone-marrow. The level of protein in the diet did not appear to influence polyploidy.
4
IRON DEFICIENCY WITHOUT ANÆMIA
A. L. Cochrane, P C Elwood, Adam Turnbull · The Lancet · 1968 · 146 citations
Chromosome Abnormalities in Severe Protein Calorie Malnutrition
S Armendares, F Salamanca, S Frenk · Nature · 1971 · 66 citations
CHROMOSOME ABNORMALITIES IN MALNOURISHED CHILDREN
MarigoldJ. Thorburn, Sybil Hutchinson, George A.O. Alleyne · The Lancet · 1972 · 20 citations
Life Sciences, Genetics, Pediatrics +12
CHROMOSOMAL ABERRATIONS IN MALNUTRITION
G. Sadasivan, T.C. Raghuram · The Lancet · 1973 · 16 citations