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   1 ese genes in rat femoral metaphyseal primary spongiosa.                                              
     2 nd also abolishes development of the primary spongiosa.                                              
     3  in trabecular bone formation in the primary spongiosa and a delay in vascular invasion of the early 
     4 r both skeletal sites, regions of trabecular spongiosa and cortical bone were identified and segmente
     5 hs was accompanied by a reduction in primary spongiosa and increased osteoclast surfaces on histomorp
  
     7 ric analysis was performed to study alveolar spongiosa and periodontal ligament (PDL) modeling dynami
     8 ation induced increased turnover of alveolar spongiosa, and the activity was localized; dramatic esca
     9 p had significantly (P <0.05) less calcified spongiosa bone surface, greater periodontal ligament sur
  
    11 ed presence of cartilaginous remnants in the spongiosa, confirming a decrease in resorption of the ca
    12 ion rate) were three-fold greater, calcified spongiosa decreased by two-fold, and PDL surface increas
  
    14   All leaflets had variable increases in the spongiosa element within the leaflet itself with some di
  
  
    17  cells of the perichondrium, and the primary spongiosa in fetal growth plates of mice and chickens.  
  
  
  
  
  
    23 enchyme and correlated with expansion of the spongiosa (proteoglycan-rich) region in Adamts5(-/-) val
  
  
    26 emonstrated, however, that a close surrogate-spongiosa volume (combined tissues of trabecular bone an
  
    28 ly, a predictive model of the total skeletal spongiosa volume (TSSV) would be a clinically useful too
  
  
    31 had a defect in the formation of the primary spongiosa with reduced immature osteoid (new bone format
    32 cked within an infinite extent of trabecular spongiosa, with no allowance for particle escape to cort
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