Pictures and Figures


Click on images for larger viewing

Figure 1

Syncytia - Multinuclear Cell, Respond to the expression of measles virus genes.


Figure 2

Syncytium in action.


Figure 3

E.M. of measles virus particles at different stages of budding from an acute infected host cell.


Figure 4

E.M. of measles virus particle.


Figure 5

Microarrays to assess which genes are active in a given cell. To see if we can discover a connection between certain genes and cell fusion.


Figure 6

A proof of principles: measles virus
accessories in cancer gene therapy.


Figure 7

Living Entamoeba histolytica.


Figure 8

Entamoeba histolyticastained wtih acridine orange.


Figure 9

Schematic drawing of measles virus.


Figure 10

Fusion and syncytia formation.


Figure 11

Hemadsorption of monkey red blood cells.


Figure 12

E.M. of measles virus particle

 


Figure 13

"EM of measles virus particles at different stages of budding"

Figure 14

"Measles virus budding"

Figure 15

"A multinuclear cell"

Figure 16

"2-for a Tango"

Figure 17

"A multinuclear cell"

Figure 18

"Classical Heterokaryon: Monkey cells fused with Mouse cells
by UV Inactivated Sendai Virus"

Figure 19

"Classical Heterokaryon: Monkey cells fused with Mouse cells
by UV Inactivated Sendai Virus"

Fusion movie (50MB)

"click on the image to see the movie"

Figure 20

"Blue" multinuclear cell.

Figure 21

Multinuclear cell fusion in progress

Figure 22

Three Measles virus particles.

Figure 23

RNP of measles virus

Figure 24

Entamoeba rDNA.PBR-322 at the center as size marker.

Figure 25

Entamoeba stained with Et-Br

Figure 26

Hemadsorption. Adsorption of monkey red blood cells to a multinuclear cell obtained by expressing HA and F genes of measles virus

Figure 27

"It takes two to tango but only one to lead."
Hemadsorption of monkey red blood cells to recombinant virus infected cells:
A. Vaccinia expressing the fusion gene.
B. Vaccinia expressing the hemagglutinin gene.

Figure 28

Enders measles virus and Rozenblatt

 

Figure 29

FATE of a multinuclear cell. Monkey VERO cells infected with measles virus.
Hours post infection of the very same location.

 

 

 

Fig 30A

Multinuclear cells stained to demonstrate NUCLEI , TUBULIN and ACTIN filaments

Figure 30B

Multinuclear cells stained to demonstrate NUCLEI , TUBULIN and ACTIN filaments

Figure 30C

Multinuclear cells stained to demonstrate NUCLEI , TUBULIN and ACTIN filaments

 

Figure 30D

Multinuclear cell stained to demonstrate NUCLEI , Paxillin and ACTIN Filaments.

 

Fig 31

Osteoclasts are large multinucleated cells.
RAW-264.7 induced to differentiate , stained with crystal violet.

Fig 32

A Fixed and Stained Multinuclear Osteoclast

Figure 33

Right to left: Ian Wilmut, Ephraim Katzir and Shmuel Rozenblatt





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