Evo-Devo in š¦. Interests in Genomics, Genetics, and Molecules for studying cell fates and pattern formation in the natural world
Joined July 2019
- Tweets 37
- Following 491
- Followers 133
- Likes 1,197
8 Photos and videos
Ling Loh retweeted
14 Oct 2024
Very proud of @Lings_ll and the Martin lab team on this one, where we begin to unpick the molecular basis of sex-dimorphic cell type specification and differentiation in Colias butterflies.
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Absolutely pleased to share the last chapter of my PhD work, alongside great contributions from fellow co-authors (including 2 superb undergrads Alex and Martina) on deciphering sexual dimorphism in wing scales of the orange sulphur
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Ling Loh retweeted
31 Jul 2024
Today weāre excited to freely share an early-version of, perhaps, the worldās most expansive genetics dataset: Logan.
#bioinformatics #petabase #genetics #genomics #openscience
biorxiv.org/content/10.1101/ā¦
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Highly recommend! Couldn't have asked for a better PhD experience with great people, beautiful location and exciting projects
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Ling Loh retweeted
3 Jun 2024
Thrilled to share this preprint - Take a look at Ling's great thread below.
New preprint alert from @lings_ll, @Hanliconius and @KyleDeMarr with the Martin, Wray and Patel labs. We are pleased to share our work outlining evidence for how lepidopteran scale cells are derived from sensory organ precursors (SOPs). biorxiv.org/content/10.1101/ā¦ 1/
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Ling Loh retweeted
3 Jun 2024
Excited to present this preprint in collaboration with @Lings_ll & @Hanliconius where we query the homology relationship between š·ššš ššāššš bristles and butterfly/moth scales. Read along for insights garnered from live imaging (my contribution), sc-RNAseq, and more!
New preprint alert from @lings_ll, @Hanliconius and @KyleDeMarr with the Martin, Wray and Patel labs. We are pleased to share our work outlining evidence for how lepidopteran scale cells are derived from sensory organ precursors (SOPs). biorxiv.org/content/10.1101/ā¦ 1/
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New preprint alert from @lings_ll, @Hanliconius and @KyleDeMarr with the Martin, Wray and Patel labs. We are pleased to share our work outlining evidence for how lepidopteran scale cells are derived from sensory organ precursors (SOPs). biorxiv.org/content/10.1101/ā¦ 1/
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A great honor to share our work @Hanliconius on frizzled receptors in butterfly wing development, alongside fellow awardee Megan Michalski!
Register to attend Development presentsā¦ winners of @Dev_journal's 2023 Outstanding Paper Prize!
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Tue 21 May 15:00BST
Featuring talks by Joe Hanly @Hanliconius, Ling Loh
@Lings_ll, and Megan Michalski @VAInstitute:
us02web.zoom.us/webinar/regiā¦
ALT Development presents... webinar on Tuesday 21 May 15:00BST. Talks: (1) Ling Loh (The George Washington University) and Joe Hanly (The George Washington University and Duke University) on āFrom Signaling to Patterning: Dissecting the roles of Frizzled receptors in butterfly wing developmentā; (2) Megan Michalski (Van Andel Institute) āSuccessful therapeutic intervention in new mouse models of frizzled 2-associated congenital malformationsā
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Ling Loh retweeted
30 Jan 2024
NEW PAPER: Ever wondered why insects fly in all sorts of crazy patterns around lights at night? So did we! We set about recording flying insects to work out what's going on. I'll summarise what we found in this š§µ. Spoiler: We don't think they confuse lights with the moon.
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Ling Loh retweeted
24 Jan 2024
It does what it says on the tin: tells you how to build a camera that records in photoreceptor responses, letting you see the world in animal-view colours. Please share, use and adapt our system and let us know what you find!
@HanleyColorLab @GeorgeMasonU
@GMU_Biology
24 Jan 2024
What do animals actually see? @VeraVasas @HanleyColorLab &co present a camera system & video processing pipeline that record animal-perceived colors in motion, allowing us to study color signals in their full complexity #VisualEcology #PLOSBiology plos.io/3U79so1
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