11 Mar 2021 40X silicone oil lens is installed back on the Olympus Confocal replacing the trial 40X objective from 11 Mar 2021
After a year trial of Olympus’s latest high-end 40X lens on the Olympus confocal, we are now return the trial 40X oil lens and replacing with our previous 40X silicone oil from today (11 Mar 2021). Please be reminded of the following important notes on the 40X silicone oil objective by clicking the below link.
Important notes on the 40X silicone oil lens
11 Mar 2021 trial of 30X silicone lens offered by Olympus (from 6 Aug 2020) is over from 11 Mar 2021
The trial 30X silicone objective has now been replaced with previous 10 X dry objective on the Olympus confocal and therefore no longer available. Users imaging thick tissue or live samples are recommended to use the current 40X silicone oil objective instead.
Zoom seminar: things you need to know about figure-making for final publishing 12-1pm 18 Sept 2020
You may not know that often researchers process images incorrectly after collecting your original microscopy images, this is quite common when it comes to figure-making for publication. You are invited to join this Zoom seminar to go through the steps from original images to final publication.
Seminar time: 12-1pm 18 sept 2020 (Fri)
Zoom seminar link: https://uni-sydney.zoom.us/j/97053713493
Zoom ID: 97053713493
A trial 30X silicone lens is available on the Olympus confocal from 6 Aug 2020
The current 10 X dry objective on the Olympus confocal has been TEMPORARILY replaced with a new 30x silicone oil one. This 30x lens is a trial offer by Olympus and it is great for imaging deep or live samples. Click here to access the instruction on how to use it.
Important notes:
- You MUST use silicone oil (green bottle) rather than normal immersion oil (blue bottle) when use this objective.
- The silicone lens is a very expensive (cost over 16k) and therefore I am calling for extra care when try it out.
This new silicone objective will offer excellent resolution (high NA 1.05), brightness, depth and it is recommended for imaging thick/deep samples particularly for tissue or live samples.
Imaging and Histology workshop 23rd July 2020
- Image analysis using cellSens & whole slide imaging with the Olympus VS 120
- Histology project 101
Westmead researchers are invited to the above combined Workshop organised by imaging and histology facilities scheduled on 23rd July 2020 in the C2.22 Conference Room WIMR (max 20 seats) alongside a concurrent online Zoom session.
Morning talks and afternoon hands-on sessions on cellSens software applications and Olympus VS 120 operations are available for booking via the links at the end of this email.
Morning tea and lunch will be provided.
About cellSens
Our existing cellSens, installed on the analysis PC on level 2 WIMR (and Argus RDCs), is a general imaging analysis software available to the whole Westmead Imaging Community.
This easy-to-use program helps “count and measure” any microscopy images and is particularly powerful for larger sized images i.e. images acquired from the Olympus VS 120 slide scanner (VS 120).
Program
Morning: Seminars (Session 1, C2.22 WIMR)
Join one or more talks if you can, feel free to go when you have to
- 00 -10.10 (10m) Welcome & introduction to the VS 120 (Hong Yu, WIMR)
- 10 -10.40 (30m) Histology project 101 (Virginia James, WIMR)
- 40-11.00 (20m) Morning tea + product display (Olympus Australia)
- 00-11.45 (45m) What can cellSens do for your imaging processing and analysis needs? (Sheng Le, Olympus Australia)
- 45-12.30 (45m) Everything about application of VS 120 and VS200 update (incl. deep learning module) (Hong Yu, Chunsong Yan & all users)
Afternoon: concurrent hands-on sessions
cellSens software application (Sheng Le Olympus, C2.34 WIMR)
You are welcome to bring your data set for cellSens analysis
- 30-15.00 (1.5h) CellSens Training (Session 2)
- 00-16.30 (1.5h) CellSens Training (Session 3)
Olympus VS 120 optimal operation (Tong Wu & Chunsong Yan Olympus, J2.08 WIMR)
- 30-15.00 (1.5h) Instrument operation (Session 4)
- 00-16.30 (1.5h) Instrument operation (Session 5)
All you need to do
- RSVP by 20 July 2020 so we can plan catering
Session No. | What | When | In Person Booking Link | Zoom Booking Link |
---|---|---|---|---|
1 | Talks | 10-12.30 | https://www.eventbrite.com.au/e/112567014972 | https://uni-sydney.zoom.us/j/96826266767 Webinar ID: 968 2626 6767 |
2 | Hands-on on cellSens Software | 13.30-15.00 | https://www.eventbrite.com.au/e/112742963238 | https://uni-sydney.zoom.us/j/92830279951 |
3 | Hands-on on cellSens Software | 15.00-16.30 | https://www.eventbrite.com.au/e/112745520888 | https://uni-sydney.zoom.us/j/91564101140 |
4 | Hands-on on VS 120 operation | 13.30-15.00 | https://www.eventbrite.com.au/e/112745677356 | NA |
5 | Hands-on on VS 120 operation | 15.00-16.30 | https://www.eventbrite.com.au/e/112745801728 | NA |
Adjustment to the data sync processing on the Olympus VS 120
To minimise interference of data sync on image acquisition on the Olympus VS 120
From 1 June 2020, there is a minor adjustment to the data sync process for data acquired on the Olympus VS 120. In particular:
- the auto data transfer from the acquisition computer to the Scientific Platforms folder on the AD server won’t start syncing until you log off the acquisition computer (previously sync happened instantly).
- if you need data transfer to occur immediately, you can manually initialise sync process by clicking the “data-sync” icon on the desktop, this will sync straightaway with no delay.
The original automated data management procedure remains unchanged ( https://sydneyuni.atlassian.net/wiki/spaces/WIF/pages/763887953/Data) and still applies to the Olympus VS 120 slide scanner: All data must be saved onto the local computer (kept for 7 days before auto deleting): F:\virtual slide images\”your_folder”. Your data gets transferred to the server automatically after you log off the acquisition computer: Scientific platforms (\\Scientific_Platforms\Cell Imaging\Olympus VS 120\”your_folder” (kept for 14 days before auto deleting). NO USB is allowed on the acquisition computer to minimize virus risk.
Remote access to imaging analysis software via ARGUS is now available
To better allow remote access to imaging analysis software we now are providing access via ARGUS.
- There are currently 3 high performance remote desktop computers (ARGUS) that can be utilised for imaging analysis.
- Argus 3 has additional software installed for imaging analysis.
- Imaging software including Huygens 19.10, Fiji, cellSens v2.1 (Argus 3) , Olyvia v3.1, cell profiler and others have been installed. CellSense and Olyvia will be temporarily available on Argus 3 until review on the 3rd of June.
- To access these platforms please see the attached email and respond with an “I agree” indicating you have read and agree to usage terms. Please include your unikey for provision of access.
- Remote desktop software from outside of WIMR (Teamviewer & Anydesk) is not permitted on the physical analysis PC’s located in the data analysis lab. These are not supported @ by WIMR and can result in breaches of privacy if accessed when another user is logged on. For this reason, Teamviewer & Anydesk have been REMOVED from the physical analysis PC’s located in the data analysis lab.
Advantages to use Argus:
- You can take advantage of the Argus HPC (refer to the attached email for the specifications)
- Good for working from home
- Currently no fees are charged to access the software / hardware on Argus
Remote technical support is now available on imaging instrument issues via Zoom meeting
Dear microscope users particularly those using Olympus Confocal, Olympus VS 120 and Nanozoomer,
Due to the current COVID19 pandemic, I partially work from home but I can still provide remote technical support/trouble shooting via Zoom meeting even when I am not on site. Zoom meeting allows you and myself sharing your screen which can help address your issues in an efficient way. If you are not familiar with Zoom, please visit here to get more info and hopefully you can sign up and become a Zoom user: https://zoom.us/.
I have installed Zoom on the above 3 systems which are top 3 frequently used systems at the Cell Imaging Facility. When it comes to how to have a Zoom video meeting, it is generally straight forward if you access to the Zoom program installed on the microscope computers except Olympus VS 120. This is because the computer that runs Olympus Vs 120 is blocked for internet connection. Thus, I have attached a step-by-step instruction here for Olympus VS 120 users.
My Zoom ID is 505-919-1026. Look forward to helping out with your image acquisition issues via Zoom meeting. If you need to speak with me, feel free to call 8627 3211 from the lab phone, I will receive the forwarded calls from the lab.
Any questions, feel free to ask.
Kind regards,
Hong
A live cell imaging system, called JuliBR Cell History Recorder, has been set up recently at the Westmead Imaging Facility (Level 2, WIMR) and it is ready to use.
- Trial rate: $2/hour
- Training is essential prior to use and will take ~60m.
- Submit your training request through PPMS here: https://au.ppms.info/wrh/req/?pf=2&training=true&form=43
- Instrument booking link: https://au.ppms.info/wrh/planning/?item=284
Sample experiment: wound healing/cell migration
Specimen: pancreatic islet endothelial cells
Methods: Matrix protein thrombospondin1 (TSP1) was added at 10 nM to the sample (red line in the last healing curve). TSP1 impairs islet endothelial cell migration. TSP1-treated and no-TSP1 samples were imaged with JuliBR simultaneously in the incubator for 72 hours at imaging interval of 30 min.
Results: It took 28 hrs for the normal control (no TSP1 added) to heal the wound while the wound of the TSP1-treated islet endothelial cells did not heal until 42hrs. This confirms the impact of TSP1 on slowing down cell migration of islet endothelial cells 28 hrs (Blue. no TSP1 added in the last healing curve) vs 42 hrs (red, TSP1 added). See below images and videos.
Features
- Bright field imaging of live samples to monitor cell changes/growth over time of live cells, tissue or organoids while culturing them.
- Acquisition is from within a tissue culture incubator and compatible with your culture dish. With stable CO2 supply and temperature control, cell culturing and imaging can be performed in a stable environment over long periods.
- Dual microscopes and a controller enabling single field of view simultaneous comparisons between experimental samples (i.e. treatment vs control or two different treatments).
- Automated video output - time lapse imaging outputs video data at the end of the time lapse.
- Provides additional cell growth and cell confluence data.
- Easy-to-use.
Technical configurations
- Light source: White LED
- Objective: 4 X (digital zoom -400 X)
- Image size: 2560 x 1920 pixels
- Image formats: JPEG, AVI, CSW (raw data)
- Display screen: 1" LCD touch screen
- Internal Storage: 320 GB HD
Wound with TPS1 added_0h (confluence: 62%)
I
Wound with TPS1 added_72h (confluence 99.7%)
Watch wound healing/cell migration process here
Video 1: TSP1 impairs islet endothelial cell migration over 72 hrs.
Video 2: Normal islet endothelial cell migration over 72 hrs (no TSP1 added).
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