brain disorders, epilepsy, brain rhythm, neuro-cancer interaction @cshl
Cold Spring Harbor, NY
Joined August 2010
- Tweets348
- Following284
- Followers146
- Likes783
“It’s funny how @LGUSSupport’s customer service waiting tone keeps reminding me how important my time is… while they kept me on hold for 3 hours to solve a delivery THEY missed.” 1/9
9/9 This has honestly been the worst customer service experience I’ve ever had with a major company with an international reputation!
LG, you can do better.
Customers deserve better.
@LGUSSupport — waiting for your response.
Viet Hang Le retweeted
As National Postdoc Appreciation Week continues, we’d like to thank our Postdoctoral Liason Committee @pdlccshl1 for their gracious contributions to the CSHL postdoc community! This is the team and their areas of study. 🧵(1/3) #NPAW2024
Viet Hang Le retweeted
This is an interesting comparison. $60k in St. Louis equals to $150k in NYC. So extra $10k really won’t make much difference. We need bigger solutions (or everyone should come for postdoc at @WUSTL 😉)
Raising postdoc salaries by 10k or even 15k won’t solve the problem. But if schools step in and provide subsidized housing and free childcare, it will have a real impact. @NIH could make a difference if indirects would be allowed for childcare and housing.
Viet Hang Le retweeted
Spatial transcriptomics reveal neuron–astrocyte synergy in long-term memory | Nature nature.com/articles/s41586-0…
Viet Hang Le retweeted
Getting your wires crossed: CXCL12 guides optic pathway development
Read this Research Highlight showcasing work from Viet-Hang Le, Christiana Ruhrberg @RuhrbergLab, Lynda Erskine @aberdeenuni and colleagues:
journals.biologists.com/dev/…
ALT Figure 1
The tissue culture experiment that entertained me well over 4 years of PhD 🤣
Read the #OpenAccess Research Report 'CXCL12 promotes the crossing of retinal ganglion cell axons at the optic chiasm' here:
journals.biologists.com/dev/…
ALT Figure 4A
Delighted to see our paper highlighted in Development Journal, the first issue of year 2024! #developmentalneuroscience
One reviewer said, “The study highlights a new guidance mechanism that may act in parallel, or be accessory to, the well known factors acting in chiasm formation.”
Full peer review history: journals.biologists.com/dev/…
The work from my PhD in @LyndaErskine Lab has been published in @Dev_journal We discovered that CXCL12 is a crucial promoter for the crossing of retinal ganglion cell axons at the optic chiasm. A wonderful way to cap off the year!1/2
@veromb2 @RuhrbergLab
doi.org/10.1242/dev.202446
Losing either Cxcl12 or its receptor, Cxcr4, results in the misrouting of crossing axons at the midline, leading to a birth defect in the visual pathway.
This classic axon guidance experiment revealed the solid phenotype we studied, one of my fav figures to make! @Co_Biologists
ALT a scientific image showing an axon guidance defect of the visual pathway. Losing either Cxcl12 or its receptor, Cxcr4, results in the misrouting of crossing axons at the midline, leading to a birth defect in the visual pathway.
A festive vibe with Pints and Postdocs by @PDLCCSHL1 . It has been a successful year in expanding the social connection across postdocs. I'm extremely grateful to be a part of this team with @DeeptimanChatt2 @mKate588 @BioJlynn . It was a lot of hard work but a lot of fun!
