Application training Impetux SENSOCELL

Posted onAuthorGabriel Krens

Calendar
When:
December 16, 2024 – December 20, 2024 all-day
2024-12-16T00:00:00+01:00
2024-12-21T00:00:00+01:00
Where:
ISTA
Am Campus 1
Seminars & Teaching events

Dear all,

Please find below the agenda for the upcoming introduction of the Impetux Sensocell Optical Trap system.

The introduction takes place between Dec. 16th and Dec. 18th, and is for selected trainees only!

On Dec. 19 we will host the Impetux seminar and demonstration (remote mode) about the system, open to the general public.

For additional details please see the text below.

For further questions, please contact us

 

Monday Dec 16th – 13:30h, Mondi 3 – Q&A for training and demo session

Monday Dec 16th

09:00 – 13:00 Group 1, session 1 IOF
14:00 – 18:00 Group 2, session 1 Hei; Loose; Sixt
Tuesday Dec 17th

09:00 – 13:00 Group 1, session 2 IOF
14:00 – 18:00 Group 2, session 2 Hei; Loose; Sixt

 

Wednesday Dec 18th

Whole day, schedule to agree with users Groups 1&2
Trainings Session 3: trials, tests, review points in the training

  • 09:00 – 11:30h; Ingrid (Six): beads; Dictyostelium; cells
  • 12:15 – 14:30h; Joke (Feng): isolated nuclei
  • 15-17:30h; Roman(Loose): beads on lipid-bilayer
Thursday Dec 19th

10:00 – 12:00
Demo:  The Impetux SENSOCELL Optical Tweezers

System features & Application examples

Dr. Oriol Nos Aguilà

 Join Zoom Meeting

Join the remote demo via this link

Meeting ID: 694 4106 0065
Passcode: 525779
Trainings Session 4: 13:30-17:30h; Michaela (Heisenberg); beads; zebrafish

 

 

Friday Dec 20th

Morning + early afternoon, schedule to agree with users Groups 1&2
Trainings Session 5: tests, review trails & explore

  • …
  • Groups:
    Group 1: Imaging and Optics Facility
    Group 2: Representatives of Heisenberg, Loose and Sixt Scientific groups.
  • Sessions 1 and 2:
    General introduction: assembly of chambers (sample preparation) and model applications.    For this session the materials will be provided by Impetux.
  • Test applications (session 3):
    Group 1: H2B.8 variant increases nuclear flexibility in response to mechanical forces in the cell.
    Group 2: Intracellular rheology – myoplasm viscosity/rigidity (Heisenberg)  • beads and colloids in assemblies of in vitro reconstituted protein filaments (Lose) • Cell dynamics driven by motile objects (Sixt)
  • Location: The practical sessions will take place at the new Crest Optics X-Light V3 setup, room i04.UG.019.