Extra for progress test Flashcards
holds organs in place attaches epithelial to other tissues
Loose fibourouse connective tissue
moulding is
horizontal growth of long bones with the osteoclasts moulding the medullary cavity in the centre
fibrous joint
no movement i.e. ligament, cranial structure
cartilaginous joint
Joint with Hyaline cartilage
or
Fibrocartilage (e.g., pubic symphysis, intervertebral discs)
pivot joint
uniaxial rotation i.e. vertebrae/radio-ulnar joints
Condylar Joint
Same as Elipsoid Joint
A biaxial joint where an oval-shaped condyle of one bone fits into an elliptical cavity of another bone, allowing movement in two planes (flexion/extension and abduction/adduction), but limited rotation. Example: Wrist joint
uniaxial rotation at joint..
Pivot joint (i.e Radius to humerus)
individual original muscle tissue with own nucleus, all fused to give multiple nucleus to single cell
Myoblasts are the individual, original muscle cells that have their own nucleus.
What is the correct order of muscle structures from biggest to smallest?
: Fascicle → Muscle Fiber (Myofiber) → Myofibril → Myofilament → Myoblast
old osteoblasts, they live in lacunae, communicate when to turn over bone
They are??
osteocytes
A connective tissue that stores fat and provides insulation.
Adipose tissue
Suture
A suture is a type of immovable fibrous joint found between the bones of the skull. The bones are tightly joined by dense connective tissue and do not allow movement.
Fibrocartilage is made of
Many collagen fibres
Fibrocartilage is useful for resisting both tension and compression
True
DFCT can heal/Recover quick (T/F)
False
DO Tendons have less elastin than ligaments?
Yes
Slow or fast fibres White
Fast
(only time the whites are the fastest lol)
Which muscles are neutralisers to provent supernation
- Pronator muscles in forearm
act as neutralisers to
prevent supination, but still
allow flexion.
Ankle plantarflexion Agonist and Antagonists
Agonist: Gastrocnemius (Triceps surae)
Antagonist: Tibialis anterior
Are these Posterior or Anterior to the Line of Gravity
-Hip
-Knee
-Ankle
Hip = Anterior
Knee =Posterior
Ankle =Posterior
A Type I error occurs when
when you reject a true null hypothesis (false positive). A Type II error is when you fail to reject a false null hypothesis (false negative).
