Maurice Lee
@mauriceylee.bsky.social
PhD in BioPhysics.
Scientist who worked at the Genome Institute of Singapore. Worked on 3D lightsheet and confocal microscopy for 3D spatial transcriptomics via multiplexed error robust fluorescence in situ hybridisation (MERFISH).
Scientist who worked at the Genome Institute of Singapore. Worked on 3D lightsheet and confocal microscopy for 3D spatial transcriptomics via multiplexed error robust fluorescence in situ hybridisation (MERFISH).
Goodbye Mr Snouty. I had a lot of fun working with you. It has been a blast. Hopefully the next scientist/engineer who works with you will enjoy the process too.🥹
February 3, 2025 at 6:47 AM
Goodbye Mr Snouty. I had a lot of fun working with you. It has been a blast. Hopefully the next scientist/engineer who works with you will enjoy the process too.🥹
Caring for your friends in science means lending them your neutral density filter wheel to see if it will help to alleviate their microscope problems
November 15, 2024 at 5:30 AM
Caring for your friends in science means lending them your neutral density filter wheel to see if it will help to alleviate their microscope problems
I had the opportunity to conduct a hands-on workshop on basic optical alignment today!
Zesheng and Alex, from Dr Liang Kaicheng's group, joined me in the optics lab where we covered the basics such as "walking" the laser beam, collimating lasers, and checking back reflections!
Zesheng and Alex, from Dr Liang Kaicheng's group, joined me in the optics lab where we covered the basics such as "walking" the laser beam, collimating lasers, and checking back reflections!
November 9, 2023 at 9:12 AM
I had the opportunity to conduct a hands-on workshop on basic optical alignment today!
Zesheng and Alex, from Dr Liang Kaicheng's group, joined me in the optics lab where we covered the basics such as "walking" the laser beam, collimating lasers, and checking back reflections!
Zesheng and Alex, from Dr Liang Kaicheng's group, joined me in the optics lab where we covered the basics such as "walking" the laser beam, collimating lasers, and checking back reflections!
I think these are my favorite forever stamps ever!🖤🤍♥️💚🩵🧡
October 4, 2023 at 9:29 AM
I think these are my favorite forever stamps ever!🖤🤍♥️💚🩵🧡
We have started to work on 3D spatial transcriptomics of the whole larval zebrafish brain and I'm excited to share an image that we recently acquired in the lab!
Every bright spot or blob represents the RNA molecules that we've labelled and imaged!
The image below is 1750*1050 microns.
Every bright spot or blob represents the RNA molecules that we've labelled and imaged!
The image below is 1750*1050 microns.
August 19, 2023 at 1:47 AM
We have started to work on 3D spatial transcriptomics of the whole larval zebrafish brain and I'm excited to share an image that we recently acquired in the lab!
Every bright spot or blob represents the RNA molecules that we've labelled and imaged!
The image below is 1750*1050 microns.
Every bright spot or blob represents the RNA molecules that we've labelled and imaged!
The image below is 1750*1050 microns.
I'm still amazed that my Pixel 7 can see stars with the astrophotography mode amidst all that light pollution in Singapore.
August 4, 2023 at 2:49 PM
I'm still amazed that my Pixel 7 can see stars with the astrophotography mode amidst all that light pollution in Singapore.
It was a sunny day at #BiopolisSingapore
August 4, 2023 at 1:51 PM
It was a sunny day at #BiopolisSingapore
And the results are in!
The #1.5 glass coverslips that we have are all thicker than the 170 microns I expected. The range is supposed to be 150-190 microns. And different brands of coverslips have slightly different distributions too!
The #1.5 glass coverslips that we have are all thicker than the 170 microns I expected. The range is supposed to be 150-190 microns. And different brands of coverslips have slightly different distributions too!
August 4, 2023 at 5:53 AM
And the results are in!
The #1.5 glass coverslips that we have are all thicker than the 170 microns I expected. The range is supposed to be 150-190 microns. And different brands of coverslips have slightly different distributions too!
The #1.5 glass coverslips that we have are all thicker than the 170 microns I expected. The range is supposed to be 150-190 microns. And different brands of coverslips have slightly different distributions too!
We finally got a micrometer screw gauge (with a ratchet) to measure the thicknesses of our #1.5 glass coverslips to see how close they are to the specified 0.170 mm thickness with micron precision!
The first two were 0.183 and 0.212 mm thick.🤷🏻♂️
The first two were 0.183 and 0.212 mm thick.🤷🏻♂️
August 3, 2023 at 8:42 AM
We finally got a micrometer screw gauge (with a ratchet) to measure the thicknesses of our #1.5 glass coverslips to see how close they are to the specified 0.170 mm thickness with micron precision!
The first two were 0.183 and 0.212 mm thick.🤷🏻♂️
The first two were 0.183 and 0.212 mm thick.🤷🏻♂️
Got a chance to enjoy the hot weather and see some touristy sights in Singapore today!
July 30, 2023 at 1:02 PM
Got a chance to enjoy the hot weather and see some touristy sights in Singapore today!