The particles of measles and distemper viruses have been examined in the electron microscope and the technique of negative staining was used. The diameter of virus particles varies from 120mμ to 600mμ and the structures of the viruses are very similar for each other. The particles have an internal herical component about 18-20mμ diameter, enclosed in the outer membranes with the spikes. The virus particles are pleomorphic
Electron micrographs of poliovirus using negative staining technique and rotation technique suggest ...
A distinguishing physical feature of many viruses is the presence of a host-derived lipid bilayer. T...
Sap from plants infected with a strain (NDEMV) of dolichos enation mosaic virus (DEMV) contains many...
The particles of measles and distemper viruses have been examined in the electron microscope and the...
Highly purified virions of satellite tobacco mosaic virus (STMV) were found to crystallize at relati...
The intact particles and nucteocapsids of mumps, Sendai and measles viruses are of closely similar a...
I recently reported in this journal some observations on the structure of Sericesthis iridescent vir...
International audienceBecause most viruses are too small to be observed by light microscopy, electro...
A few reports have so far been presented on the scanning electron microscopy of herpesviruses. This ...
High resolution and high magnification electron micrographs of turnip yellow mosaic virus particles ...
Electron micrographs of turnip yellow mosaic virus particles prepared by the negative staining techn...
COOPER1 placed measles virus in the deoxyvirus group. There is now considerable evidence which is co...
There are many electron microscopic observations of the cells infected with measles virus (1-6), and...
<p>(A) The empty particles had a defective structure with approximately 30–32 nm in diameter. (B) Th...
<p>Supernatant from infected SCCF1 or A549 cells was collected, purified and negative staining elect...
Electron micrographs of poliovirus using negative staining technique and rotation technique suggest ...
A distinguishing physical feature of many viruses is the presence of a host-derived lipid bilayer. T...
Sap from plants infected with a strain (NDEMV) of dolichos enation mosaic virus (DEMV) contains many...
The particles of measles and distemper viruses have been examined in the electron microscope and the...
Highly purified virions of satellite tobacco mosaic virus (STMV) were found to crystallize at relati...
The intact particles and nucteocapsids of mumps, Sendai and measles viruses are of closely similar a...
I recently reported in this journal some observations on the structure of Sericesthis iridescent vir...
International audienceBecause most viruses are too small to be observed by light microscopy, electro...
A few reports have so far been presented on the scanning electron microscopy of herpesviruses. This ...
High resolution and high magnification electron micrographs of turnip yellow mosaic virus particles ...
Electron micrographs of turnip yellow mosaic virus particles prepared by the negative staining techn...
COOPER1 placed measles virus in the deoxyvirus group. There is now considerable evidence which is co...
There are many electron microscopic observations of the cells infected with measles virus (1-6), and...
<p>(A) The empty particles had a defective structure with approximately 30–32 nm in diameter. (B) Th...
<p>Supernatant from infected SCCF1 or A549 cells was collected, purified and negative staining elect...
Electron micrographs of poliovirus using negative staining technique and rotation technique suggest ...
A distinguishing physical feature of many viruses is the presence of a host-derived lipid bilayer. T...
Sap from plants infected with a strain (NDEMV) of dolichos enation mosaic virus (DEMV) contains many...