rER N

Transcription

rER N

Prof. Dr. Röhlich Pál
Dr. L. Kiss Anna
Dr. H.-Minkó Krisztina
EM images
for medical students
Semmelweis University, Department of Human
Morphology and Developmental Biology
p
n
rER
N
L
1.
Macrophage
nucleus (N)
nucleolus (n)
lipid droplets (L)
rER (rough endoplasmic reticulum)
processes on the cell surface (p)
mitochondria (black arrows)
M
M
2.
Higher magnification of the macrophage shown on Fig. 1.
mitochondria (M)
citoplasmatic processes (black arrows)
labyrinthycal invaginations of the cell surface (*)
clathrin-coated vesicles (white arrows)
G
N
3.
Cross section of smooth muscle cell
nucleus with euchromatin (N)
Golgi apparatus (G)
caveolae (arrows)
MT
TV
C
AV
4.
Fibroblast
centriole (C)
endoplasmic reticulum (ER)
autophage vacuole (AV)
transport vesicles (TV)
microtubule (MT)
ER
N
G
Nm
gr
5.
nucleus (N)
nuclear membrane (Nm)
Golgi apparatus (G)
granules (gr)
N
rER
F
Nm
N
EC
6.
nucleus (N)
euchromatin (EC)
rER
mitochondria (white arrows)
phago-lysosome (F)
F
G
7.
Nucleolus
pars granulosa (G)
pars filamentosa (F)
rER
N
M
Nm
M
M
8. Pancreas cell (exocrine)
nucleus (N)
pore (arrow) on nuclear membrane (Nm)
mitochondria (M)
rER for export protein synthesis
N
rER
M
Nm
sER
9.
nucleus (N)
mitochondrium (M)
rER
sER (smooth ER)
M
CF
rER
10. Fibroblasts
cisternae of rER (rER)
nucleus (N)
collagen fibers (CF)
mitochondrium (M)
N
CF
rER
N
M
G
ly
11.
rER
lysosomes (ly)
mitochondria (M)
Golgi apparatus (G)
nucleus (N), nuclear pores (arrows)
R
M
rER
12.
Fibroblast
ribosomes (R),
rER
transport vesicule (arrow)
mitochondria (M)
nucleus (N)
endocytotic vesicle (arrowheads)
N
G
L
13.
Golgi apparatus (G)
cytoskeleton, intermediate filaments (black arrow)
lipid droplet (L)
clathrin-coated vesicles (white arrow)
rER
R
IF
N
14.
intermediate filaments (IF)
rER
nucleus (N)
caveolae (arrowheads)
ribosomes (R)
N
M
rER
15.
mitochondrium (M)
nucleus (N), nuclear membrane (Nm)
rER
clathrin-coated pit (arrow)
Nm
rER
HC
rER
N
Nm
PM
16. Cell of exocrine pancreas
Plasma membrane between cells (PM)
rER
nucleus (N), nuclear membrane (Nm), heterochromatin (HC),
nuclear pore (arrow)
SC
M
M
17. Epithelium with stereocilia (epididymis)
stereocilia (SC)
junctional complexes (white arrows)
mitochondrium (M)
endocytotic vesicles (black arrows)
N
C
18. Fibroblast
the 2 centrioles in the center (C)
nucleus (N)
microtubules (white arrows)
M
R
R
M
M
M
19.
mitochondria (M)
ribosomes (R)
M
M
M
M
rER
M
20. Hepatocyte
mitochondria (M)
rER
ribosomes (arrow)
M
sER
rER
M
P
21. Hepatocyte
mitochondria (M)
rER
sER
peroxisome (P)
M
N
M
M
M
M
PM
22.
plasma membrane between 2 cells (PM)
mitochondria (M)
nucleus (N)
nuclear pores (arrows)
M
A
M
23. Cell of the adrenal cortex
tubular mitochondria (M)
ribosomes (arrows)
autophage vacuoles (A)
M
PM
v
s
G
v
rER
24.
plasma membrane (PM)
Golgi apparatus (G), cis-Golgi network (black arrows), vacuoles (v)
derived from trans-Golgi network, trans-Golgi network (white arrows),
secretory vacuole (s)
rER
ly
G
25. Oocyte
Golgi apparatus (G)
ribosomes (arrows)
lysosome (ly)
mitochondria (M)
M
ly
ly
N
M
M
ES
26. Details from 3 hepatocytes
extracellular space (ES)
mitochondria (M)
euchromatin in nucleus (N)
lysosome (ly)
PM
V
rER
CP
27.
clathrin-coated pit (CP) and vesicle (V), high magnification
ribosomes (arrows)
rER cisterne (rER)
LB
ES
PM
28. Periphery of smooth muscle cell
extracellular space (ES)
caveolae (white arrows)
lamina basalis (LB)
M
M
Nm
N
rER
R
29. Hepatocyte
mitochondria (M)
glikogen granules (white arrows)
ribosomes (R)
rER cistern (rER)
N
rER
Nm
M
M
sER
30. Hepatocyte
nucleus (N), nuclear membrane (Nm),
rER
mitochondria (M)
sER
31. Brush-border on intestinal epithelium cells
microvilli on the cell surface
zonula occludens (tight junction) (arrowhead)
zonula adherens (white arrow)
Desmosome (black arrow)
rER
PM
C
N
32.
clathrin-coated vesicle (C)
ribosome (arrow)
dilated rER cistern (rER)
heterochromatic nucleus (N)
MT
MF
33. Fibroblast
microfilaments (MF)
intermediate filament (white arrow)
microtubules (MT)
polyribosomes (arrowheads)
N
N
N
Nm
Ro
C
G
M
34.
segmented nucleus (N), nuclear membrane (Nm)
mitochondrium (M)
Golgi apparatus (G)
centriole, longitudinal section (C)
striated bundle (rootletin, Ro)
G
35.
section of centrioles, high magnification
R
C
S
G
36.
Cross section of centriole (C), satellites (S)
Golgi cisternae and vacuoles (G)
SER
M
M
DER
N
n
HC
EC
sER
37.
nucleus (N), nucleolus (n), euchromatin (EC), heterochromatin (HC)
mitocondria (M),
rER
sER
IF
PM
Pl
PM
38.
desmosome in the middle
plaque (Pl)
CF
rER
G
rER
39.
fibroblasts
rER
Golgi apparatus (G)
collagen fibres in the extracellular space (CF)
CF
rER
G
rER
M
TV
G
MB
A
M
40. Fibroblast
Golgi apparatus (G)
mitochondrium (M)
rER
primary cilium (arrow)
autophagosome (A)
basal lamina of neighboring cell (MB)
TV
G
41.
Golgi apparatus (G) in secretory cell
ribosomes (black arrows)
Cy
N
R
42.
nuclear pores (arrows)
nucleus (N), citoplasm (Cy), ribosomes (R)
ly
N
43.
mitochondrium (M)
Golgi apparatus (G)
nucleus (N)
nuclear pore (black arrow)
lysosome (ly)
M
G
A
c
44.
cross section of centriole (C)
autophagosome (A)
N
Nm
C
C
ly
Mb
45.
centrioles (C)
Golgi apparatus (G)
lysosome (ly)
multivesicular body (Mb)
G
G
G
rER
G
Mb
rER
46. Detail from neuron
mitochondrium (arrows)
rER
ribosomes (arrowheads)
lysosome (ly)
neurofilament (intermedier f., white arrow)
Golgi apparatus (G)
multivesicular body (Mb)
ly
CGN
G
R
rER
47.
Golgi apparatus (G)
ribosomes (R)
rER
cis-Golgi network (CGN)
transport vesicles (white arrows)
Nm
N
G
M
M
A
M
M
48.
mitochondrium (M)
nucleus (N, euchromatin),
Golgi apparatus (G),
autophagosome (A)
M
N
M
rER
P
49. Liver cell
nucleus (N)
nucleolus (n)
mitochondrium (M)
rER
peroxisome (P)
n
M
M
50. Detail from adrenal gland cortex cell
mitochondria with tubular cristae (M)
glikogen granules (black dots)
IF
MF
51. Fibroblast
microfilaments (MF)
microtubule (arrow)
52.
Cross sections of cilia

rER N

Transcription

Similar documents