Welcome to the Hyman Lab Data Page

 

This page is designed to facilitate the sharing of various types of experimental data with our peers.
We will try to update it regularly, and welcome all constructive feedback.
NOTE: The movies on this page are all in Quicktime format (.mov): if your browser does not have this plug-in, you may want to download it now (this may take a while): Quicktime 3 icon

Enjoy!

 

C. elegans data In vitro Microtubule Dynamics data S. cerevisiae Kinetochore data

First embryonic cell division,
viewed by time-lapse DIC microscopy:
(by Pierre Gönczy et al.)

-wild type (N2):
[400x300pixels= 2.9MB]
-pronuclear migration mutant (strain t1543):
[400x300pixels= 1.4MB]
-centrosome rotation mutant (strain t1599):
[400x300pixels= 1.5MB]
-spindle assembly mutant (strain t1595):
[400x300pixels= 1.3MB]
-chromosome segregation mutant (strain t1712):
[400x300pixels= 1.4MB]
-anaphase spindle positioning mutant (strain t1650):
[400x300pixels= 0.8MB]
-cytokinesis mutant (strain t1568):
[400x300pixels= 3.0MB]
 
 
RNA-mediated Interference (RNAi) of
Cytoplasmic Dynein Heavy Chain:
(by Pierre Gönczy et al.)

-wild type (N2):
[400x300pixels= 2.9MB]
-dhc-1(dsRNAi):
[400x300pixels= 3.8MB]
 
  Lasercutting of C. elegans
embryos
 (by Stephan Grill et al.)

 
 

-Microtubule Dynamics in Interphasic
Xenopus egg extracts:
high growth rate and few catastrophes.
 (by Régis Tournebize et al.)
Microtubules are rhodamine-labeled, nucleated from centrosomes, time interval between images: 4 seconds
(~1.3 MB movie file)

-Microtubule Dynamics in Mitotic
Xenopus egg extracts:
high catastrophe frequency.
 (by Régis Tournebize et al.)
Microtubules are rhodamine-labeled, nucleated from centrosomes, time interval between images: 2 seconds
(~2.8 MB movie file)

-Time-lapse fluorescence recordings of
GFP-tubulin and GFP-centromeres
in wild-type and mutant strains
of S. cerevisiae:
soon to come...

 

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