|
"9+2"
|
F-actin
|
myosin ATPase
|
|
\(\alpha \) tubulin
|
F-actin polarity
|
myosin
|
|
A-band
|
flagella
|
myosin "heads"
|
|
acetylcholine
|
fluorescence microscopy
|
neuromuscular junction
|
|
acidic keratin
|
force transduction
|
nuclear lamina
|
|
actin
|
G-actin
|
plus and minus ends
|
|
actin-binding proteins
|
hair, horn
|
protofilaments
|
|
actin-myosin interactions
|
I-band
|
psuedopodia
|
|
actin-myosin paradox
|
intermediate filaments
|
sarcomere
|
|
action potential
|
intestinal microvilli
|
sarcoplasmic reticulum
|
|
aoeboid movement
|
keratin
|
sarcolemma
|
|
ATPase
|
keratin isoforms
|
scales, feathers, fingernails
|
|
axoneme
|
lamins
|
secretion vesicle transport
|
|
\(\beta \) tubulin
|
membrane depolarization
|
skeletal muscle contraction
|
|
basal body
|
microfilaments
|
skeletal muscle relaxation
|
|
basic keratin
|
microtubule assembly end
|
sliding filament model
|
|
Ca
2
+
regulation of contraction
|
microtubule disassembly end
|
syncytium
|
|
Ca
2
+
release v. active transport
|
microtubule doublets
|
thick and thin filaments
|
|
cell motility
|
microtubule organizing center
|
titin
|
|
centriole
|
microtubule polarity
|
transverse (T) tubules
|
|
cilia
|
microtubule-associated proteins
|
tread-milling
|
|
contraction regulation
|
microtubules
|
tropomyosin
|
|
cortical cellular microfilaments
|
mitotic, meiotic spindle fibers
|
troponin I
|
|
creatine phosphate
|
M-line
|
troponin T
|
|
cross-bridges
|
motor proteins
|
troponins
|
|
cytoplasmic streaming
|
MTOC
|
troponin C
|
|
cytoskeleton
|
muscle cell
|
tubulin heterodimer
|
|
desmosomes
|
muscle fiber
|
tubulins
|
|
dynein
|
myocyte
|
viscoelasticity
|
|
evolution of actin genes
|
myofiber
|
Z-disks
|
|
evolution of myosin genes
|
myofibril
|
Z-line
|