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Dictyostelium aggregation
tglab
8,707 views
Here we see the social amoeba, Dictyostelium Discoideum, aggregate to form a migrating slug and then a fruiting body (the fruiting body grows up and left out of the frame)....
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100601-BcdGFP_HisRFP.avi
tglab
527 views
Dual channel time lapse of a Drosophila embryo expressing Bicoid-GFP and Histone-RFP fusion proteins. The development of the embryo is recorded every 15 seconds in a 2 hour...
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Early mitotic divisions and gastrulation of a Drosophila embryo
tglab
1,199 views
A one hour old fly embryo containing a Histone RFP fusion protein is imaged for one hour and thirty minutes. One can track the position of the nuclei during the 9th, 10th, ...
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Massive amoebae aggregation and multiple slime molds
tglab
4,764 views
A starved cell population of 10000s of Dictyostelium cells develops on agar to form a slime mold and eventually a fruiting body (latter not shown). Fluorescence microscopy ...
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Amoebae aggregation and slime mold formation
tglab
2,835 views
A starved cell population of ~250 Dictyostelium cells develops on agar to form a slime mold and eventually a fruiting body (latter not shown). Fluorescence microscopy is us...
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Slugs and fruiting body formation
tglab
1,768 views
Movie shows developing social amoebae populations on a wet substrate. The development stages shown are between 12 and 24 hours after starvation, the field of view is approx...
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Cell signaling/spiral waves in Dictyostelium
tglab
2,802 views
A lawn of starved Dictyostelium cells is imaged using fluorescence microscopy. Cells signal via spiral waves of cAMP in the center of which a slime mold froms and crawls away.
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Slug fest (difference image version)
tglab
884 views
Multiple Dictyostelium slugs move around on an agar surface. Fruiting body formation can be seen towards the end of the movie.
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Slug fest
tglab
687 views
Multiple Dictyostelium slugs move around on an agar surface. Fruiting body formation can be seen towards the end of the movie.
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Dictyostelium mound formation
tglab
943 views
Dictyostelium cells have aggregated to form a mound (which eventually becomes a slug and later on a fruiting body). This mound is imaged using FRET microscopy.
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