Keep friends close, keep anemones closer
Bethlehem, PA
Joined July 2017
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- Following430
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Layden lab retweeted
Check out our new publication!
Whitney Leach collaborated with @LaydenLab @Layla_Al_Shaer on this project:
Environmental and molecular regulation of asexual reproduction in the sea anemone Nematostella vectensis royalsocietypublishing.org/d…
Layden lab retweeted
The #Aiptasia life cycle is closed! A prerequisite to settlement of larvae is actively hunting prey, not #symbiosis. Thus, carnivory likely is an ancestral feature in the cnidarian gastrula life stage: biorxiv.org/content/10.1101/…
Layden lab retweeted
The @biorxivpreprint has been weaponized by many labs who use it to plant priority flags, not to accelerate research (accomplished by withholding methods and/or data). This does not serve the interests of either the scientific community, or the public.
Layden lab retweeted
PhD position available in our group. The PhD candidate will explore single cell genomics data, generate transgenic and CRISPR lines to understand neuronal and muscular interactions in the cnidarian @Nematostella vectensis. Send your applications to [email protected]
Layden lab retweeted
Michael Layden @laydenbio @lehigU will explain their work on Nematostella nervous system evo-development and the pathways that make it possible #2022SDB #EvoDevo2022
ALT A picture of Michael smiling, wearing a pale blue shirt
ALT A picture of an adult Nematostella, which is elongated and has tentacles on top
Layden lab retweeted
Nervous systems are complex organs that consist of many - possibly thousands- different neuron types.
But how complex is the nervous system in Cnidarians?
What do we already know and what remains unexplored?
"Neural Cell Type Diversity in Cnidaria"
frontiersin.org/articles/10.…
Layden lab retweeted
#2022MASDB speaker Dr. Dylan Faltine-Gonzalez from the @LaydenLab studies the evolution of nervous systems and neuronal patterning. He uses Nematostella to investigate whether mechanisms of neuronal patterning are conserved between cnidarians and bilaterians.
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Layden lab retweeted
.@SocDevBio 2022 hybrid Mid-Atlantic regional meeting @LehighU is a go! Test, mask up, and get ready to science hard with us tomorrow morning! Thanks to @LaydenLab for hosting us. #2022MASDB
Layden lab retweeted
#2022MASDB @SocDevBio Mid-Atlantic Regional Meeting Abstract deadline is April 3, 11:59 PM ET
Short talks and posters. Submit today!
sdbonline.org/abstract_submi…
Layden lab retweeted
The #2022MASDB tee shirt shop has launched: bonfire.com/2022-masdb160-te…
Several styles and colors are available, in adult and youth sizes. Artwork by the fabulously talented @S_Nowotarski. Proceeds benefit @SocDevBio.
Check it out and order yours today!
Layden lab retweeted
📢 2022 Mid-Atlantic Society for Developmental Biology meeting launch is a go! #2022MASDB @SocDevBio
Visit our meeting website with all the details: sites.google.com/lehigh.edu/…
Layden lab retweeted
Co-organizer @laydenbio are happy to announce that the 2022 Mid-Atlantic @___SDB___ Regional Meeting will be held on Monday, May 2 - Tuesday, May 3.
On-site at @LehighU in Bethlehem, PA, with virtual options available.
sdbonline.org/meeting?Resour…
#2022MASDB
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Layden lab retweeted
Congrats to @pashucklab on receiving an @NIH grant to develop technologies to visualize protease activity in cancer models! 🎉🍾🔬🧫@LehighBioE @lehighengineers @LehighResearch @LehighU 😎🤩🥳 www2.lehigh.edu/news/nih-fun…
Layden lab retweeted
So excited to announce our HCR Probe Maker website. hcr.wustl.edu/
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Layden lab retweeted
Did nervous system patterning and brain evolution coincide? How may they be connected?
An interesting piece, on my reading list by @LaydenLab @laydenbio and colleagues...
Brain regulatory program predates central nervous system evolution biorxiv.org/cgi/content/shor… #bioRxiv
Layden lab retweeted
This is a great resource for research and teaching-
and for everyone just interested in Marine “Model Organisms”-
contributions by many colleagues
...and it’s #openaccess
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Layden lab retweeted
“Our results demonstrate that studies comparing the transcriptome of diseased and healthy subjects are more prone to reveal disease-induced gene expression changes rather than disease causing ones” this can sounds obvious but it is not! To be considered nature.com/articles/s41467-0…