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• W2048723258 startingPage "993" @default.
• W2048723258 abstract "Abstract— A segment, defined by gross anatomic boundaries, which comprises most of the sciatic nerve was dissected from rabbits aged from birth to 1 yr. The mean and standard deviation of the variance determined for the weights of pairs of nerve units removed from single animals of an age group did not exceed 2·7 per cent and 12·3 per cent respectively of the average weight of the two nerve units which were the values determined for a group of newborn animals. During the period from birth to one year of age, the weight and length of the nerve unit increased 47- and 6-fold respectively while the animal's weight increased 78-fold. Whereas the nerve unit length increased little after 8 weeks, its weight and that of the whole animal continued to increase up to 1 year. Estimations of nucleic acids in the nerve unit from adult animals gave values of 54 μg DNA-P and 25 μg RNA-P per g fresh weight. During the period birth to 1 yr the absolute amount of DNA in the nerve unit increased 11-fold, 71 per cent of this having occurred by 6 weeks of age. The absolute amount of RNA increased 11 -fold by 8 weeks of age and remained constant thereafter. During the period birth to 1 yr, the proportion of the nerve constituents accounted for by lipid-free solids remained constant at 10 per cent, while lipids increased from 5 to 18 per cent and tissue water declined from 84 to 71 per cent. Changes in some lipid classes were examined also. Increases of absolute content in the nerve unit over the first year and concentrations on a fresh weight basis attained in year-old animals were as follows: cholesterol, 132-fold and 86 mg/g; triglyceride 554-fold and 43·2 mg/g; total phospholipid, 85-fold and 61 mg/g; cerebroside 205-fold and 28 μmol/g; sulphatide, 154-fold and 10 μmol/g; monogalactosyl diglyceride, 31-fold and 0·6 μmol/g. The ratio cholesterol/phospholipid/galactolipid in whole nerve units from adult animals was 2·0/2·1/1·0 and the change in this ratio in the first year was compatible with enrichment of myelin in galactolipid during myelination. The ratio of cerebroside to sulphatide increased from 2·0 to 2·6 during this period. Increases in absolute content and concentrations attained for sialic acid-containing components representing cell surface constituents were as follows: ganglioside sialic acid, 33-fold, and 83 μg/g; glycoprotein sialic acid, 57-fold and 371 μg/g. The quantitative pattern of ganglioside fractions separated by thin-layer chromatography in one direction resembled that of whole brain and was the same at all ages studied. The changes reported reflect a composite picture of changes in a variety of cell membranes indicative of marked variation during development in quantity and composition of membranes." @default.
• W2048723258 created "2016-06-24" @default.
• W2048723258 creator A5023318870 @default.
• W2048723258 creator A5027231880 @default.
• W2048723258 date "1974-11-01" @default.
• W2048723258 modified "2023-09-23" @default.
• W2048723258 title "CHANGES IN THE SCIATIC NERVE OF THE RABBIT AND ITS TISSUE CONSTITUENTS DURING DEVELOPMENT" @default.
• W2048723258 cites W1481046285 @default.
• W2048723258 cites W1516008789 @default.
• W2048723258 cites W1517893670 @default.
• W2048723258 cites W1536299500 @default.
• W2048723258 cites W1538506738 @default.
• W2048723258 cites W1595212185 @default.
• W2048723258 cites W1771691146 @default.
• W2048723258 cites W1855721896 @default.
• W2048723258 cites W1877758263 @default.
• W2048723258 cites W1881428111 @default.
• W2048723258 cites W1968138628 @default.
• W2048723258 cites W1968968197 @default.
• W2048723258 cites W1976168084 @default.
• W2048723258 cites W1978102319 @default.
• W2048723258 cites W1978573689 @default.
• W2048723258 cites W1981866572 @default.
• W2048723258 cites W1982428542 @default.
• W2048723258 cites W1983197779 @default.
• W2048723258 cites W1991945345 @default.
• W2048723258 cites W1992581386 @default.
• W2048723258 cites W1997522187 @default.
• W2048723258 cites W1997565156 @default.
• W2048723258 cites W2000393374 @default.
• W2048723258 cites W2003392649 @default.
• W2048723258 cites W2003707632 @default.
• W2048723258 cites W2004425577 @default.
• W2048723258 cites W2006218363 @default.
• W2048723258 cites W2010458094 @default.
• W2048723258 cites W2010502177 @default.
• W2048723258 cites W2011192445 @default.
• W2048723258 cites W2013336581 @default.
• W2048723258 cites W2016711414 @default.
• W2048723258 cites W2017215771 @default.
• W2048723258 cites W2017602415 @default.
• W2048723258 cites W2022705808 @default.
• W2048723258 cites W2034941966 @default.
• W2048723258 cites W2036938897 @default.
• W2048723258 cites W2038610745 @default.
• W2048723258 cites W2039237243 @default.
• W2048723258 cites W2040927311 @default.
• W2048723258 cites W2046021520 @default.
• W2048723258 cites W2047119015 @default.
• W2048723258 cites W2048541191 @default.
• W2048723258 cites W2056745580 @default.
• W2048723258 cites W2063762114 @default.
• W2048723258 cites W2064378090 @default.
• W2048723258 cites W2068847208 @default.
• W2048723258 cites W2071177745 @default.
• W2048723258 cites W2072819505 @default.
• W2048723258 cites W2073200745 @default.
• W2048723258 cites W2075836148 @default.
• W2048723258 cites W2076066251 @default.
• W2048723258 cites W2081024789 @default.
• W2048723258 cites W2082004319 @default.
• W2048723258 cites W2082988090 @default.
• W2048723258 cites W2085459182 @default.
• W2048723258 cites W2088049062 @default.
• W2048723258 cites W2093539598 @default.
• W2048723258 cites W2100162924 @default.
• W2048723258 cites W2111157528 @default.
• W2048723258 cites W2142550830 @default.
• W2048723258 cites W2160428694 @default.
• W2048723258 cites W2199161517 @default.
• W2048723258 cites W2262635949 @default.
• W2048723258 cites W2317398202 @default.
• W2048723258 cites W2322130903 @default.
• W2048723258 cites W2334892741 @default.
• W2048723258 cites W2337745978 @default.
• W2048723258 cites W2356710372 @default.
• W2048723258 cites W2405785480 @default.
• W2048723258 cites W2412599669 @default.
• W2048723258 cites W2460314760 @default.
• W2048723258 cites W2502036657 @default.
• W2048723258 cites W2504187794 @default.
• W2048723258 cites W2993317408 @default.
• W2048723258 cites W3192668533 @default.
• W2048723258 cites W4211212265 @default.
• W2048723258 cites W4251284371 @default.
• W2048723258 cites W50467503 @default.
• W2048723258 cites W2027443440 @default.
• W2048723258 doi "https://doi.org/10.1111/j.1471-4159.1974.tb10751.x" @default.
• W2048723258 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/4436685" @default.
• W2048723258 hasPublicationYear "1974" @default.
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