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28 Cards in this Set

  • Front
  • Back
Nucleus (darker areas surrounding paleness)
Euchromatin (lighter coloured, more active central part of nucleus)
Heterochromatin (darker coloured, less active on the periphery of the nucleus)
Cytoplasm (space between the nucleus and the plasma membrane)
Plasma membrane (encapsulating the whole cell)
Identify the nucleus, euchromatin, heterochromatin, cytoplasm, plasma membrane on this image.
A - Mitochondria surrounded by RER
B - Ribosomes
C - Cisternae
D - Rough Endoplasmic Reticulum (RER)
E - Matrix
F - Cristae
G - Intermembrane space
H - Outer membrare
Label this diagram
A - Pseudostratified ciliated epithelium of the trachea
B - Basal bodies
C - Cilia
D - Basement Membrane
E - Lamina Propria (CT containing fribroblasts)
Label Diagram
a) Simple columnar epithelium of the small intestine
b)microvilli/brush border
c) goblet cell
d) lamina propria (loose CT with fibroblasts and lymphocytes present)
e) lacteal (lymphatic capillary)
Label
a) Renal corpuscle, kidney (bowmans capsule with JGA)
b) Simple squamous epithelium
c) Cuboidal Epithelium
Label
a) Kidney medulla
b) Cuboidal epithelium
c) Collecting Tubules, lumen
Label
a) Thick skin of the foot (stratified squamous epithelium)
b) Epidermis
c) Dermis
d) Papillary layer (greater cellularity)
e) Reticular layer (greater amount of collagen)
f) Stratum corneum
g) Stratum lucidum (only in thick skin)
h) Stratum granulosum
i) Stratum spinosum
j) Stratum basale
k) Dermal papillae (projections of the dermis)
l) Duct of a sweat gland
a) Thick skin of the foot (stratified squamous epithelium)
b) Epidermis
c) Dermis
d) Papillary layer (greater cellularity)
e) Reticular layer (greater amount of collagen)
f) Stratum corneum
g) Stratum lucidum (only in thick skin)
h) Stratum granulo
a) Vagina
b) stratified squamous epithelium
c) Blood vessels
d) Smooth muscle layer
Label
a) Urinary bladder, transitional epithelium
b) Dome cells (in bladder distension, these cells flatten to become squamous)
c) Columnar cells?
d) Basal cells
e) lamina propria (loose CT)
a) Urinary bladder, transitional epithelium
b) Dome cells (in bladder distension, these cells flatten to become squamous)
c) Columnar cells?
d) Basal cells
e) lamina propria (loose CT)
a) Mammary gland showing connective tissue and glands
b) Dense irregular connective tissue (darker staining with fewer nuclei)
c) Loose connective tissue (lighter stain, wispy with more nuclei)
a) Mammary gland showing connective tissue and glands
b) Dense irregular connective tissue (darker staining with fewer nuclei)
c) Loose connective tissue (lighter stain, wispy with more nuclei)
a) Connective Tissue
b) Dense irregular connective tissue
c) Loose connective tissue
d) Adipocytes
a) Connective Tissue
b) Dense irregular connective tissue
c) Loose connective tissue
d) Adipocytes
a) Skeletal muscle
b) Muscle fibre
c) Nerve bundle
d) Nuclei (multiple per cell, at periphery)
a) Skeletal muscle
b) Muscle fibre
c) Nerve bundle
d) Nuclei (multiple per cell, at periphery)
a) Skeletal Muscle from the tongue
b) Muscle fibre/cell (surrounded by endomysium)
c)Bundle/fascicle of muscle fibres
d)Connective tissue (perimysium)
a) Skeletal Muscle from the tongue
b) Muscle fibre/cell (surrounded by endomysium)
c)Bundle/fascicle of muscle fibres
d)Connective tissue  (perimysium)
a) Cardiac muscle
b) Cardiac muscle fibre (composed of numerous cardiomyocytes stacked on to one another, can be branched)
c) Cardiomyocyte (cylindrical cell with one or two centrally located nuclei)
d) Intercalated discs (attachment between cardiomyocytes that binds the cells and allows communication)
a) Cardiac muscle
b) Cardiac muscle fibre (composed of numerous cardiomyocytes stacked on to one another, can be branched)
c) Cardiomyocyte (cylindrical cell with one or two centrally located nuclei)
d) Intercalated discs (attachment between  cardiomyo
Label and Describe
a) Small Intestine (duodenum)
b) Brunner's glands
c) Muscularis mucosae
d) Muscularis externis (smooth muscle)
e) Longitudinal layer of smooth muscle
f) Circular layer of smooth muscle
g) Sub mucosa
h) Serosa
i) Villi
j) Mucosa
a) Small Intestine (duodenum)
b) Brunner's glands 
c) Muscularis mucosae
d) Muscularis externis (smooth muscle)
e) Longitudinal layer of smooth muscle
f) Circular layer of smooth muscle
g) Sub mucosa
h) Serosa
i) Villi
j) Mucosa
Smooth muscle with transverse and longitudinal fibres
Smooth muscle with transverse and longitudinal fibres
What are the histological features of an elastic artery?
Intima - endothelium, CT, smooth muscle cells
Media - Smooth muscle, ELASTIC LAMINA
Adventitia - CT, Elastic fibres, thin layer
What are the histological features of a muscular artery?
Intima - Endothelium, CT, Smooth muscle cells, INTERNAL ELASTIC MEMBRANE
Media - Smooth muscles, Collagen fibres, few elastic fibres
Adventitia - CT, few elastic fibres, thin layer
What are the histological features of a large vein?
Intima - Endothelium, CT, smooth muscle cells
Media - SMOOTH MUSCLE 2-15 LAYERS, collagen fibres
Adventitia - thick layer, CT, few elastic fibres, LONGITUDINAL SMOOTH MUSCLE
What are the histological features of a medium vein?
Intima - endothelium, CT, Smooth muscle cells, +/- INTERNAL ELASTIC MEMBRANE
Media - smooth muscle, collagen fibres
Adventitia - CT, few elastic fibres
What are the histological features that differentiate an arteriole from a venule?
Arterioles contain endothelium, smooth muscle and CT in their intima, whereas venule only have endothelium ony (maybe pericytes). Arterioles have a media with 1-2 layers of smooth muscle, whereas venules can have no media. Arterioles have a very thin sheath of connective tissue as their adventitia, whereas venules have none or a layer thicker than their media.
A) Muscular artery (medium artery)
b) endothelium
c) tunica intima (endothelium with loose CT, smooth muscle cells and internal elastic membrane)
d) internal elastic membrane (of intima)
e) tunica media (collagen, smooth muscle fibres, few elastic fibres)
f) tunica adventitia (thin layer)
A) Muscular artery (medium artery)
b) endothelium
c) tunica intima (endothelium with loose CT, smooth muscle cells and internal elastic membrane)
d) internal elastic membrane (of intima)
e) tunica media (collagen, smooth muscle fibres, few elastic fib
A) Elastic Artery (large artery)
b) Endothelium
c)Tunica Intima (no internal elastic membrane)
d) Tunica Media (contains elastic lamellae)
d) Tunica Adventitia
A) Elastic Artery (large artery)
b) Endothelium
c)Tunica Intima (no internal elastic membrane)
d) Tunica Media (contains elastic lamellae)
d) Tunica Adventitia
A) Arteriole and venule in the dermis
b) arteriole, cross section
c) venule
d) arteriole, longitudinal section
A) Arteriole and venule in the dermis
b) arteriole, cross section
c) venule
d) arteriole, longitudinal section
a) arteriole
b) venule
a) arteriole
b) venule
a) Thin skin
b) Epidermis
c) dermis
a) Thin skin
b) Epidermis
c) dermis
A) Compact bone, long bone
b) periosteum
c) osteocyte
d) osteoclast
A) Compact bone, long bone
b) periosteum
c) osteocyte
d) osteoclast
A) Epiphyseal plate
b) Resting cartilage
c) proliferating cartilage
d) calcified cartilage
e) bone
A) Epiphyseal plate
b) Resting cartilage
c) proliferating cartilage
d) calcified cartilage
e) bone