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1 sculature status and tissue viability of the skeletal system.
2  factors controlling ageing processes in the skeletal system.
3 he model should be registered to the musculo-skeletal system.
4 nts in the developing nervous, vascular, and skeletal system.
5 nes and cartilages), and subdivisions of the skeletal system.
6 athological changes in either the hepatic or skeletal system.
7 reported to be specifically expressed in the skeletal system.
8 ng, especially of the nervous system and the skeletal system.
9 pment and function of the cerebellum and the skeletal system.
10  it transduces muscle-generated force to the skeletal system.
11 l effect on the physiology and health of the skeletal system.
12 n multiple organs, including ear, kidney and skeletal system.
13  is associated with numerous diseases of the skeletal system.
14 ro-mechanical interplay in the neuro-musculo-skeletal system.
15 sitive, negative, and neutral effects on the skeletal system.
16 , lung, pancreas, spleen, adipose tissue and skeletal system.
17 nd offer prospects for rejuvenating the aged skeletal system.
18 mineral homeostasis and the integrity of the skeletal system.
19 lization in the developing, adult and ageing skeletal system.
20 al density and content throughout the entire skeletal system.
21 th broad roles for organogenesis outside the skeletal system.
22 er cellular regulatory functions outside the skeletal system.
23 ated to the development of the heart and the skeletal system.
24  organization and function of the neural and skeletal systems.
25 ablishment of vertebrate neurobehavioral and skeletal systems.
26 relationship between cells of the immune and skeletal systems.
27  advanced study of the biomechanics of other skeletal systems.
28 ve tissue that affects the cardiac, eye, and skeletal systems.
29 ectional interactions between the immune and skeletal systems.
30 rmalities that affect the cardiovascular and skeletal systems.
31 enerative diseases affecting the nervous and skeletal systems affect the health of millions of elderl
32 organ systems, including gut, liver, and the skeletal system, also demonstrated age-related pathologi
33                                       In the skeletal system, although intermittent PTH administratio
34 ied two therapeutic groups of drugs (Musculo-skeletal system and Anti-infective for systemic use) whe
35 ght have shaped the evolution of vision, the skeletal system and diet in blind snakes, and thermorece
36 titutes for reconstructive treatments of the skeletal system and for constructing qualified experimen
37  particularly, growth and development of the skeletal system and for current screening and future tre
38 of neural tissue, formation of joints in the skeletal system and neurogenesis in the adult brain.
39                Development and repair of the skeletal system and other organs is highly dependent on
40  the major secretory cells that comprise the skeletal system and pancreas.
41       TGF-beta is abundantly produced in the skeletal system and plays a crucial role in skeletal hom
42 reveal considerable cellular dynamism in the skeletal system and show that activation and recruitment
43 lution of immune, scale, respiratory and fin skeletal systems and identify hundreds of gene-regulator
44 c morphological traits in the nervous and/or skeletal systems and provide the impetus for additional
45 a close interrelationship between immune and skeletal systems and suggests an osteolytic role of IL-1
46 enriched in morphogenesis and development of skeletal system, and HOX transcription factors.
47 n renal development and in patterning of the skeletal system, and suggest that alteration of Lmx1b/LM
48                           The immune and the skeletal system are tightly interconnected, and B lympho
49 immune evasion in S. aureus infection of the skeletal system as well as features of other osteomyelit
50 radigm was exemplified in the context of the skeletal system by testing the osteoinductive capacity o
51                            Genes that direct skeletal system development and limb morphogenesis are t
52 6 downregulated, 10 upregulated) involved in skeletal system development and morphogenesis and patter
53     Gene functions related to cell adhesion, skeletal system development, and extracellular matrix ar
54 ticipated in developmental processes such as skeletal system development.
55  problems in neurological, immunological and skeletal system development.
56              Deterioration of the immune and skeletal systems, each of which parallel obesity, reflec
57 ch species can achieve connective tissue and skeletal system formation in the absence of ascorbate.
58 ctive skin abnormality, birth defects of the skeletal system, genomic instability and increased cance
59                               The vertebrate skeletal system has various functions, including support
60 ral bacterium that can cause diseases of the skeletal system in children and infective endocarditis i
61 l bacterium that can cause infections of the skeletal system in children.
62          Interactions between the immune and skeletal systems in inflammatory bone diseases are well
63 , plural membrane, and widely throughout the skeletal system including the skull, vertebra, femur, ti
64 tly associated with bacteremia, clone N with skeletal system infections, and clone P with bacterial e
65  2012 from Israeli patients with bacteremia, skeletal system infections, or endocarditis, were typed
66                                          The skeletal system is affected in up to 39% of patients, bu
67                                          Its skeletal system is composed of amorphous hydrated silica
68                       The vasculature of the skeletal system is crucial for bone formation, homoeosta
69         The diverse morphology of vertebrate skeletal system is genetically controlled, yet the means
70 the mechanical performance of a soft coral's skeletal system is largely unknown.
71                                              Skeletal system is possible localization of primary extr
72 tilage and bones, the core components of the skeletal system, is mediated by systematic inter- and in
73                 Debilitating diseases of the skeletal system occur when mutations arise that disrupt
74 ral bones is crucial for coherent neural and skeletal system organization.
75 zed paradigm model of Malat1 function in the skeletal system, providing novel mechanistic insights in
76 damental aspects of vascular function in the skeletal system remain poorly understood.
77                                 A functional skeletal system requires the coordinated development of
78 osition of EMILIN-1 and -2 in tissues of the skeletal system such as cartilage and bone as well as in
79 monstrated changes in the liver, spleen, and skeletal system suggestive of SCA complicated with spond
80 steoblasts are two primary cell types in the skeletal system that are differentiated from common mese
81 oped a module of anatomical concepts for the skeletal system, the Vertebrate Skeletal Anatomy Ontolog
82 omise the integrity and functionality of the skeletal system to the extent requiring implantation of
83 om the surface barbs to the remainder of the skeletal system was maximized.
84 is capability is attributed to their dynamic skeletal systems, which consist of thousands of minerali
85 t use their incredibly complex neuro-musculo-skeletal system with astonishing ease.
86     Our understanding of interactions of the skeletal system with other systems, ie, the vascular sys