Musculoskeletal System
Description
A musculoskeletal system (also known as the locomotor system) is an organ system that gives animals (including humans) the ability to move using the muscular and skeletal systems. The musculoskeletal system provides form, support, stability, and movement to the body [Source: Wikipedia].
Structure
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Anatomical System 4331 ➥
- anatomical site 223 ➥
- cardiovascular system 62 ➥
- respiratory system 187 ➥
- hematological system 385 ➥
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lymphoreticular system 2 ➥
- lymph
- lymph node
- tonsil
- spleen
- alimentary system 123 ➥
- urogenital system 301 ➥
- endocrine system 10 ➥
- musculoskeletal system 529 ➥
- integument system 1602 ➥
-
nervous system 767 ➥
-
central nervous system 737 ➥
-
brain 734 ➥
-
cerebrum 334 ➥
-
cerebral cortex 334 ➥
-
frontal lobe 84 ➥
- prefrontal cortex 3 ➥
- parietal lobe 78 ➥
- temporal lobe 31 ➥
- occipital lobe
- visual
- insula
- olfactory bulb
- anterior olfactory nucleus
- lateral olfactory stria
- medial olfactory stria
- olfactory tubercle
- primary olfactory cortex
- secondary olfactory cortex
- hippocampus 137 ➥
- parahippocampal gyrus
-
frontal lobe 84 ➥
- basal nuclei
-
cerebral cortex 334 ➥
-
hypothalamus 1 ➥
- preoptic nucleus
- supraoptic nucleus
- suprachiasmatic nucleus
- paraventricular nucleus
- infundibular nucleus
- anterior nucleus
- dorsomedial nucleus
- ventromedial nucleus
- lateral nucleus
- posterior nucleus
- premamillary nucleus
- tuberomamillary nucleus
- medial mamillary nucleus
- lateral mamillary nucleus
- lateral tuberal nucleus
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brain stem 12 ➥
-
midbrain 2 ➥
- crus cerebri
- colliculi
- substantia nigra 2 ➥
- red nucleus
- periaqueductal grey matter
- oculomotor nucleus
- trochlear nucleus
- mesencephalic trigeminal nucleus
-
pons 10 ➥
- vestibular nuclei
- cochlear nuclei
- superior olivary nucleus
- trapezoid nucleus
- nucleus of the lateral lemniscus
- abducent nucleus
- facial nucleus
- salivatory nuclei
- trigeminal nucleus
-
midbrain 2 ➥
-
cerebellum 14 ➥
- cerebellum cortex
- cerebellum nuclei
-
tract 1 ➥
- corpus callosum 1 ➥
- ventricular system
- cerebrospinal fluid
- meninges
- white matter 5 ➥
- grey matter 2 ➥
- blood brain barrier 4 ➥
-
cerebrum 334 ➥
- spinal cord
-
brain 734 ➥
- peripheral nervous system 25 ➥
-
central nervous system 737 ➥
- immune system 98 ➥
Changes associated with this tissue
Due to the potentially large amount of high-throughput molecular changes these have been excluded below. You can view the full list of 531 changes through the filter results page.
Physiological (46) View on results page
Advanced glycation end products increases in aging human skeletal muscle
Bone becomes more brittle, less flexible
Bone density of total hip and femoral neck decreases
Bone loss
Bone mass decreases
Bone mineral density in cortical ulna decreases
Bone porosity increases
Bone remodeling decreases
Bone resorption increases for cortical bone
Calcification makes cartilage more brittle
Calcification of cartilage matrix
Calcification of costal cartilage
Cartilage asbestos transformation
Cartilage calcification interferes with normal diffusion metabolism
Cartilage color changes
Cartilage joint surface cracks and frays
Cartilage matrix softening and cavity formation
Cartilage matrix synthesis to degradation ratio decreases
Cartilage resiliency decreases
Cell number decreases in cartilage
Chondroitin sulfate molecules are smaller
Chondroitin sulfate molecules' water-binding capacity is decreased
Decline in respiratory muscle fibers
Fibril types in cartilage matrix are altered
Fractures are cleaner
Grip strength decreases
Grip strength decreases
Interleukin-15 levels decrease in plasma and muscle
Joint cushioning reduced
Loss of muscle torque
Loss of peripheral motor neurons
Mineralization of bone tissue increases
Motor coordination decreases
Muscle atrophy (sarcopenia)
Muscle characteristics change with aging
Muscle fiber energy metabolism declines
Muscle mass and strength loss
Mutations in mitochondrial DNA accumulate
Osteoporosis: progressive loss of bone strength
Proteoglycan alterations in cartilage
Reduced type II muscle fiber
Respiratory muscle strength declines
Synovial fluid alterations
Telomere shortening
Tendons' ability to elongate decreases
Weaker digestive tract muscle contractions
Molecular (2; 479 in total) View on results page
Changes from high-throughput approaches are excluded but can be viewed on the results page.