Search Results for Methods: osmium tetroxide fixed tissue (Not the results you were expecting?) (Comments)

cell image, cell picture,Tetrahymena pyriformis,cell by organism,eukaryotic cell,Eukaryotic Protist,Ciliated Protist,contractile vacuole,contractile vacuolar membrane,intrinsic to contractile vacuolar membrane,contractile vacuole organization
image is part of a group image is suitable for quantitation
CIL:39795
NCBI Organism Classification
Tetrahymena pyriformis
Biological Process
contractile vacuole organization
Cellular Component
contractile vacuole
Higher magnification view of the spongiome of the Contractile Vacuole Complex. The spongiome is composed of a three dimensional array of tubules that...
cell image, cell picture,Tetrahymena pyriformis,cell by organism,eukaryotic cell,Eukaryotic Protist,Ciliated Protist,microtubule basal body,microtubule associated complex,fibril,microtubule basal body duplication
image is part of a group image is suitable for quantitation
CIL:39796
NCBI Organism Classification
Tetrahymena pyriformis
Biological Process
microtubule basal body duplication
Cellular Component
microtubule basal body
Basal body formation occurs most prominently in the equatorial region of the predivision cell. A new basal body begins to develop perpendicular to the...
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cell image, cell picture,Tetrahymena pyriformis,cell by organism,eukaryotic cell,Eukaryotic Protist,Ciliated Protist,microtubule basal body,microtubule associated complex,microtubule basal body duplication
image is part of a group image is suitable for quantitation
CIL:39797
NCBI Organism Classification
Tetrahymena pyriformis
Biological Process
microtubule basal body duplication
Cellular Component
microtubule basal body
Up to three basal bodies have been seen in various stages of development near a mature basal body/cilium complex. In this micrograph 2 new basal bodies...
cell image, cell picture,Tetrahymena pyriformis,cell by organism,eukaryotic cell,Eukaryotic Protist,Ciliated Protist,microtubule basal body,microtubule associated complex,fibril,microtubule basal body duplication
image is part of a group
CIL:39798
NCBI Organism Classification
Tetrahymena pyriformis
Biological Process
microtubule basal body duplication
Cellular Component
microtubule basal body
During division new basal bodies develop accessory fibers and begin to move apart to take up a position equidistant between the older complexes. The...
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cell image, cell picture,Tetrahymena pyriformis,cell by organism,eukaryotic cell,Eukaryotic Protist,Ciliated Protist,contractile vacuole,contractile vacuole pore,contractile vacuolar membrane,intrinsic to contractile vacuolar membrane,proton-transporting V-type ATPase complex,food vacuole,contractile vacuole organization
image is part of a group image is suitable for quantitation
CIL:39799
NCBI Organism Classification
Tetrahymena pyriformis
Biological Process
contractile vacuole organization
Cellular Component
contractile vacuole
A partially filled contractile vacuole is connected to two regions of spongiome tubules. The extra CV membrane is acquired from these spongiomes. Presumably...
cell image, cell picture,Tetrahymena pyriformis,cell by organism,eukaryotic cell,Eukaryotic Protist,Ciliated Protist,cell,cell division
image is part of a group image is suitable for quantitation
CIL:39801
NCBI Organism Classification
Tetrahymena pyriformis
Biological Process
cell division
Cellular Component
cell
Cell division in Tetrahymena occurs by lateral binary fission and results in an anterior proter and a posterior opisthe. Prior to division rows of basal...
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cell image, cell picture,Mus musculus,CNS neuron (sensu Vertebrata),dendritic spine,dendrite
image is part of a group
CIL:39970
NCBI Organism Classification
Mus musculus
(house mouse)
Biological Process
none specified
Cellular Component
dendritic spine
Single computed slice through a tomographic reconstruction of a selectively-stained spiny dendrite. This medium spiny neuron was contained in a thick...
cell image, cell picture,Paramecium multimicronucleatum,cell by organism,eukaryotic cell,Eukaryotic Protist,Ciliated Protist,mitochondrion,mitochondrial membrane,mitochondrion ATP synthetase
image is part of a group image is suitable for quantitation
CIL:40501
NCBI Organism Classification
Paramecium multimicronucleatum
Biological Process
mitochondrion ATP synthetase
Cellular Component
mitochondrion
Enlargement of two mitochondria showing the cross sections of tubular cristae bear one pair of protrusions (these are the F1 subunits of F1F0 ATP synthase...
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cell image, cell picture,Paramecium multimicronucleatum,cell by organism,eukaryotic cell,Eukaryotic Protist,Ciliated Protist,food vacuole,early phagosome,vesicle membrane,vesicle docking,digestive system process
image is part of a group image is suitable for quantitation
CIL:40557
NCBI Organism Classification
Paramecium multimicronucleatum
Biological Process
vesicle docking
Cellular Component
food vacuole
Detail of acidosome docking sites at DV-IA planar view through the site where acidosomes are docked and/or fusing with a DV-I. These sites are labeled...
cell image, cell picture,Paramecium multimicronucleatum,cell by organism,eukaryotic cell,Eukaryotic Protist,Ciliated Protist,food vacuole,phagocytic vesicle,phagoacidosome,digestive system process
image is part of a group image is suitable for quantitation
CIL:40558
NCBI Organism Classification
Paramecium multimicronucleatum
Biological Process
digestive system process
Cellular Component
food vacuole
At the same time that the acidosomes fuse with the phagosome, the DV-I membrane, that originated from the discoidal vesicles, is transformed into tubules...
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