Endoskeleton
Internal Skeleton
Exoskeleton
External Skeleton
Anthropods
Hydrostatic Skeletal
Fluid Skeleton
Soft-Bodied Invertebrates
The Human Skeleton
Shape
Built For Upright Walking
Bone Function
Movement
Protection
Mineral Storage
Support For Soft Organs
Parts
Skull
Pelvic Gridle
Pectoral Gridle
s
Subtopic
Vertebrae (Singular)
Vertebral Column (Plural)
Intervertebral Disks
Rib Cage
Skeletal Joints
Joint
Fibrous Joint
Cartilaginous Joint
Synovial Joints
Ligements
Connective Tissue
Hold Bones
Types Of Bones
Compact Bones
Spongy Bones
Shafts and Ends of femur
Types of Marrows
Red Marrow
Yellow Marrow
Inactivity
Increase
Risk of Cardiovascular Diseases
Diabetes
Metabolic Changes in Muscle
Exercise
Increase
Protein Filaments
Mitochondria
Skeletal Muscle Fibers
Myofibrils
Contractile Units
Sacromeres
Two Parallel Arrays
Sliding-Filament Model
Actin
Thin Filaments
Myosin
Thick Filaments
Increase
Skeletal Muscles Mass
Growth Hormone
Testosteron
Mutation
Eliminates Myostatin
(RPM) Regulatory Protein Myostatin
Discourages Muscle Growth
Tendons
Connective Tissue
Sphincter
Ring of Muscle
Controls Passage
Tubular organ/opening
Three Main Pathways
Dephosphorylation
Aerobic Respiration
Red Muscle Fibers
Lactate Fermentation
White Muscle Fibers