ECPI BIO 111: Exam
Chapter 8,9,10,11
199 Terms in this set
,ECPI BIO 111
ECPI BIO 111: Exam Chapter 8,9,10,11 With
Complete Solution Latest Update.
Practice questions for this set
Learn 1/7 (199)
fibrous joints
Give this one a try later!
• Bones bound by a sheet of dense
• Held together with dense
connective tissue (interosseous
connective tissue containing many
2 membrane) or a bundle of dense
collagen fibers
connective tissue (interosseous
• Found in bones in close contact
ligament)
: cranial and spinal nerves that
connects third and fourth
3 4 connect CNS to viscera
ventricles
(subconscious activities)
®™
,ECPI BIO 111
• Held together with fibrous joints
dense connective tissue
containing many
collagen fibers
• Found in bones in close
contact
• Syndesmosis
3 types of fibrous joints: • Suture
• Gomphosis
• Bones bound by a sheet syndesmosis
of dense connective
tissue (interosseous
membrane) or a bundle
of dense connective
tissue (interosseous
ligament)
• Thin layer of connective suture
tissue (sutural ligament)
connects bones
Cone-shaped bony gomphosis
process in a socket
2 types of cartilaginous • Synchondrosis
joints • Symphysis
Bands of hyaline synchondrosis
cartilage unite bones
• Joint between bodies of Symphysis; Amphiarthrotic
adjacent vertebrae
(intervertebral discs)
• All are diarthrotic joints Synovial Joints
• Hip, shoulder ball and socket
®™
, ECPI BIO 111
• Oval condyle fits into condylar
elliptical cavity
• Joints between
metacarpals and
phalanges
• Almost flat, or slightly plane joints
curved
Wrist and ankle joints
• Convex surface fits into hinge joint
concave surface of other
bone
• Elbow, joints between
phalanges
• Atlas- first vertebrae (C1) pivot joints
and dens of axis- second
(C2)
• Cylindrical surface
rotates within ring of
other bone
• Both bones have saddle joints
concave and convex
surfaces
• Carpal and metacarpal
of thumb
Relatively fixed end of a origin
skeletal muscle
More movable end of a insertion
skeletal muscle
• Bending of parts at a flexion
joint
Straightening of parts at extension
a joint
®™
Chapter 8,9,10,11
199 Terms in this set
,ECPI BIO 111
ECPI BIO 111: Exam Chapter 8,9,10,11 With
Complete Solution Latest Update.
Practice questions for this set
Learn 1/7 (199)
fibrous joints
Give this one a try later!
• Bones bound by a sheet of dense
• Held together with dense
connective tissue (interosseous
connective tissue containing many
2 membrane) or a bundle of dense
collagen fibers
connective tissue (interosseous
• Found in bones in close contact
ligament)
: cranial and spinal nerves that
connects third and fourth
3 4 connect CNS to viscera
ventricles
(subconscious activities)
®™
,ECPI BIO 111
• Held together with fibrous joints
dense connective tissue
containing many
collagen fibers
• Found in bones in close
contact
• Syndesmosis
3 types of fibrous joints: • Suture
• Gomphosis
• Bones bound by a sheet syndesmosis
of dense connective
tissue (interosseous
membrane) or a bundle
of dense connective
tissue (interosseous
ligament)
• Thin layer of connective suture
tissue (sutural ligament)
connects bones
Cone-shaped bony gomphosis
process in a socket
2 types of cartilaginous • Synchondrosis
joints • Symphysis
Bands of hyaline synchondrosis
cartilage unite bones
• Joint between bodies of Symphysis; Amphiarthrotic
adjacent vertebrae
(intervertebral discs)
• All are diarthrotic joints Synovial Joints
• Hip, shoulder ball and socket
®™
, ECPI BIO 111
• Oval condyle fits into condylar
elliptical cavity
• Joints between
metacarpals and
phalanges
• Almost flat, or slightly plane joints
curved
Wrist and ankle joints
• Convex surface fits into hinge joint
concave surface of other
bone
• Elbow, joints between
phalanges
• Atlas- first vertebrae (C1) pivot joints
and dens of axis- second
(C2)
• Cylindrical surface
rotates within ring of
other bone
• Both bones have saddle joints
concave and convex
surfaces
• Carpal and metacarpal
of thumb
Relatively fixed end of a origin
skeletal muscle
More movable end of a insertion
skeletal muscle
• Bending of parts at a flexion
joint
Straightening of parts at extension
a joint
®™
