Download Structure of skeletal muscle Attachment sites (origin/insertion)

  Structure
of skeletal muscle
  Attachment
sites (origin/insertion)
  Components
  Classes
  Prime
mover/agonist
  Antagonist
  Synergist
  Fixators/stabalizers
  Pathway
from brain to muscles
  Review
structure lists!
  Actions
  Insertions
  Innervations
  Joint(s)
crossed
  Review
structure lists!
  Actions
  Insertions
  Innervations
  Joint(s)
crossed
  Triangle
of Ausculation
  Rotator
cuff
  “Lady
between 2 Majors”
  Quadrangular
and triangular space,
triangular interval
  Review
structure lists!
  Actions
  Insertions
  Innervations
  Joint(s)
crossed
  Review
structure lists!
  Actions
  Insertions
  Innervations
  Joint(s)
crossed
  Carpal
tunnel
  Anatomical
  Tennis
  Little
snuffbox
elbow
league elbow
  Review
structure lists!
  Actions
  Insertions
  Innervations
  Joint(s)
crossed
  Plasma
membrane structure
  Specialized
  Functions
structures
  Passive
  Active
transport
transport
  Initial
set-up
◦  RMP and it’s maintenance
  Definitions
  Sequence
  Graded
of events
potential vs. Action potential
  All-or-none
  What
are they?
  Microscopic
muscle anatomy
  Elements
  Cycle
  Motor
unit
  Muslce
twitch/response
  Types
of contractions
  Anaerobic
  Aerobic
respiration
respiration
  Summary
of E produced
  Muscles
  Spinal
  Cells
of deep back/abs/LE
cord/plexus anatomy
and synapses of NS
  Reflexes
  Bilateral
contraction of which of the
following muscles will result in flexion of
the head?
◦  A) levator scapulae
◦  B) Sternocleidomastoid
◦  C) Trapezius
◦  D) Subclavius
◦  E) Rhomboid major
  Resting
membrane potential is:
◦  A) a state of electrical neutrality
◦  B) 70mV
◦  C) -70mV
◦  D) 40mV
  1
sarcomere runs from:
◦  A) Z line to Zline
◦  B) A band to A band
◦  C) Z line to M line
◦  D) H zone to I band
  Skeletal
muscle is defined as an excitable
tissue because it can:
◦  A) conduct an action potential
◦  B) produce movement
◦  C) contract
◦  D) generate heat
  The
anterior arm is innervated by:
◦  A) The median nerve
◦  B) The musculocutaneous nerve
◦  C) The radial nerve
◦  D) The ulnar nerve
  Simple
diffusion of molecules:
◦  A) is driven by pressure changes
◦  B) is movement from an area of low
concentration to high concentration
◦  C) Requires the presence of a channel protein
◦  D) occurs without the input of energy
  _______
are located in the brain.
◦  A) lower motor neurons
◦  B) upper motor neurons
◦  C) spinal nerves
◦  D) pyramidal tracts
  Who
causes a shift in the troponin
complex on tropomyosin?
◦  A) O2
◦  B) NADH
◦  C) Ca2+
◦  D) ATP
◦  E) FADH