Crump Lab
@crumplab.bsky.social
720 followers 810 following 36 posts
Studying development, evolution, and regeneration of the vertebrate head skeleton, one fish at a time
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crumplab.bsky.social
Great to see this in print. Amazing work!
crumplab.bsky.social
Go back and watch some Luis Suarez highlights
crumplab.bsky.social
Wonderful to have my second ever grad student stop by the lab today. Elizabeth Zuniga. She is now faculty working on eye development at Baylor College of Medicine. Such joy to see your former trainees doing so well.
crumplab.bsky.social
Library of Congress yesterday. It’s impressive inside.
crumplab.bsky.social
She will be a fantastic faculty hire for whoever can snag her
crumplab.bsky.social
I still use mine several days a week to make panini sandwiches
crumplab.bsky.social
You just made my day John. Thanks so much for the kind comments.
crumplab.bsky.social
I've been told the decision to cancel special emphasis panels has not been finalized yet but is definitely being considered.
crumplab.bsky.social
Worthy event to support the engine of innovation in our country.
Reposted by Crump Lab
plosbiology.org
When did the lubricated joints that allow our skeleton to swivel, rotate and bend evolve? @crumplab.bsky.social explores a new @plosbiology.org paper by @neelimasharma.bsky.social &co that pinpoints their origin to the earliest jawed vertebrates 🧪 Paper: plos.io/3CTC8La Primer: plos.io/4kkhXa6
Left: A phylogeny of chordates, flanked by images of a lamprey, a placoderm, a brown shark, a longnose gar and a hawksbill turtle. Agnathans such as lampreys lack synovial joints. The first putative evidence of synovial joints in the fossil record is in early gnathostomes such as the antiarch placoderm fish that lived during the Silurian and Devonian periods. Modern gnathostomes such as cartilaginous fishes (i.e., chondrichthyans such as the brown shark), bony fishes (i.e., osteichthyans such as the longnose gar), and limbed vertebrates (i.e., tetrapods such as the Hawksbill turtle) possess synovial joints in their jaws, fins/limbs, and other locations. All images used are freely available without copyright restrictions. Top right: a typical agnathan joint is shown where glycosaminoglycans and proteoglycans are uniformly distributed across the cartilages (blue) that are connected by fibrous tissue (olive). Bottom right: a typical gnathostome synovial joint is shown where surface cartilage has a unique proteoglycan composition from the underlying cartilage and bone, and a fluid-filled cavity separates adjacent skeletal elements.
crumplab.bsky.social
Hang in there Shawn. I feel so bad for everyone at NIH right now.
crumplab.bsky.social
I heard SBDD was just cancelled/postponed
crumplab.bsky.social
Would be great if Utah joined in. Preventing childhood diseases, fighting cancer, preserving jobs seem like things all states should agree on.
Reposted by Crump Lab
crumplab.bsky.social
That without an understanding of developmental biology, there would be no stem cell research or regenerative medicine.
Reposted by Crump Lab
nature.com
Nature @nature.com · Feb 1
Not only does Bennu contain all 5 of the nucleobases that form DNA and RNA on Earth and 14 of the 20 amino acids found in known proteins, the asteroid’s amino acids hold a surprise

https://go.nature.com/4hDJn
FM
Asteroid fragments upend theory of how life on Earth bloomed
Nature - Samples from Bennu contain the chemical building blocks of life — but with a twist.
go.nature.com