#hox — Public Fediverse posts

@lari kovennettu versio.

#hox

@lari kovennettu versio.

#hox

@lari kovennettu versio.

#hox

@lari kovennettu versio.

#hox

@lari kovennettu versio.

#hox

Onko HOX! Sittenkin Oululainen juttu? Luulin että teekkarijargonia kun lähinnä teekkarijutuissa siihen tuli aikanaan törmättyä.

#hox

Onko HOX! Sittenkin Oululainen juttu? Luulin että teekkarijargonia kun lähinnä teekkarijutuissa siihen tuli aikanaan törmättyä.

#hox

Onko HOX! Sittenkin Oululainen juttu? Luulin että teekkarijargonia kun lähinnä teekkarijutuissa siihen tuli aikanaan törmättyä.

#hox

Onko HOX! Sittenkin Oululainen juttu? Luulin että teekkarijargonia kun lähinnä teekkarijutuissa siihen tuli aikanaan törmättyä.

#hox

Onko HOX! Sittenkin Oululainen juttu? Luulin että teekkarijargonia kun lähinnä teekkarijutuissa siihen tuli aikanaan törmättyä.

#hox

Marvel Unlimited releases the House of X/Powers of X Chronological Edition #digitalcomics #XMen #HoX #PoX

https://graphicpolicy.com/2024/01/03/marvel-unlimited-releases-the-house-of-x-powers-of-x-chronological-edition/

Marvel Unlimited releases the House of X/Powers of X Chronological Edition #digitalcomics #XMen #HoX #PoX

https://graphicpolicy.com/2024/01/03/marvel-unlimited-releases-the-house-of-x-powers-of-x-chronological-edition/

Marvel Unlimited releases the House of X/Powers of X Chronological Edition #digitalcomics #XMen #HoX #PoX

https://graphicpolicy.com/2024/01/03/marvel-unlimited-releases-the-house-of-x-powers-of-x-chronological-edition/

Marvel Unlimited releases the House of X/Powers of X Chronological Edition #digitalcomics #XMen #HoX #PoX

https://graphicpolicy.com/2024/01/03/marvel-unlimited-releases-the-house-of-x-powers-of-x-chronological-edition/

This sea worm's posterior swims away, and now scientists know how.

#HOX #gene_expression

https://phys.org/news/2023-11-sea-worm-posterior-scientists.html

This sea worm's posterior swims away, and now scientists know how.

#HOX #gene_expression

https://phys.org/news/2023-11-sea-worm-posterior-scientists.html

This sea worm's posterior swims away, and now scientists know how.

#HOX #gene_expression

https://phys.org/news/2023-11-sea-worm-posterior-scientists.html

This sea worm's posterior swims away, and now scientists know how.

#HOX #gene_expression

https://phys.org/news/2023-11-sea-worm-posterior-scientists.html

The cool #evodevo paper everyone is talking about: Molecular evidence of anteroposterior patterning in adult echinoderms
"This finding suggests that from the perspective of ectoderm patterning, echinoderms are mostly head-like animals and provides a developmental rationale for the re-evaluation of the events that led to the evolution of the derived adult body plan of echinoderms."
https://www.nature.com/articles/s41586-023-06669-2
#hox #echinoderm #seastar

The cool #evodevo paper everyone is talking about: Molecular evidence of anteroposterior patterning in adult echinoderms
"This finding suggests that from the perspective of ectoderm patterning, echinoderms are mostly head-like animals and provides a developmental rationale for the re-evaluation of the events that led to the evolution of the derived adult body plan of echinoderms."
https://www.nature.com/articles/s41586-023-06669-2
#hox #echinoderm #seastar

The cool #evodevo paper everyone is talking about: Molecular evidence of anteroposterior patterning in adult echinoderms
"This finding suggests that from the perspective of ectoderm patterning, echinoderms are mostly head-like animals and provides a developmental rationale for the re-evaluation of the events that led to the evolution of the derived adult body plan of echinoderms."
https://www.nature.com/articles/s41586-023-06669-2
#hox #echinoderm #seastar

The cool #evodevo paper everyone is talking about: Molecular evidence of anteroposterior patterning in adult echinoderms
"This finding suggests that from the perspective of ectoderm patterning, echinoderms are mostly head-like animals and provides a developmental rationale for the re-evaluation of the events that led to the evolution of the derived adult body plan of echinoderms."
https://www.nature.com/articles/s41586-023-06669-2
#hox #echinoderm #seastar

The cool #evodevo paper everyone is talking about: Molecular evidence of anteroposterior patterning in adult echinoderms
"This finding suggests that from the perspective of ectoderm patterning, echinoderms are mostly head-like animals and provides a developmental rationale for the re-evaluation of the events that led to the evolution of the derived adult body plan of echinoderms."
https://www.nature.com/articles/s41586-023-06669-2
#hox #echinoderm #seastar

X-Men Krakoa Era Reading Guide Part 1. Get caught up with the X-journey! #xmen #hox #pox #comics #comicbooks

https://graphicpolicy.com/2023/10/18/x-men-krakoa-era-reading-guide-part-1/

X-Men Krakoa Era Reading Guide Part 1. Get caught up with the X-journey! #xmen #hox #pox #comics #comicbooks

https://graphicpolicy.com/2023/10/18/x-men-krakoa-era-reading-guide-part-1/

X-Men Krakoa Era Reading Guide Part 1. Get caught up with the X-journey! #xmen #hox #pox #comics #comicbooks

https://graphicpolicy.com/2023/10/18/x-men-krakoa-era-reading-guide-part-1/

X-Men Krakoa Era Reading Guide Part 1. Get caught up with the X-journey! #xmen #hox #pox #comics #comicbooks

https://graphicpolicy.com/2023/10/18/x-men-krakoa-era-reading-guide-part-1/

X-Men Krakoa Era Reading Guide Part 1. Get caught up with the X-journey! #xmen #hox #pox #comics #comicbooks

https://graphicpolicy.com/2023/10/18/x-men-krakoa-era-reading-guide-part-1/

How do #caterpillars acquire chubby #legs? Scientists trace the origins to a #genetic program associated with #crabs.

#prolegs #Hox #abdominal_A #mRNA #transcriptomics

https://phys.org/news/2023-10-caterpillars-chubby-legs-scientists-genetic.html

How do #caterpillars acquire chubby #legs? Scientists trace the origins to a #genetic program associated with #crabs.

#prolegs #Hox #abdominal_A #mRNA #transcriptomics

https://phys.org/news/2023-10-caterpillars-chubby-legs-scientists-genetic.html

#BlackMarketBrass - #Echo AD | #Hox | #MiscMusic | https://www.youtube.com/watch?v=LjeMr33ffWU

#BlackMarketBrass - #Echo AD | #Hox | #MiscMusic | https://www.youtube.com/watch?v=LjeMr33ffWU

#BlackMarketBrass - #Echo AD | #Hox | #MiscMusic | https://www.youtube.com/watch?v=LjeMr33ffWU

#BlackMarketBrass - But At #WhatCost? | #Hox | #MiscMusic | https://www.youtube.com/watch?v=kcjK8MOeomU

#BlackMarketBrass - But At #WhatCost? | #Hox | #MiscMusic | https://www.youtube.com/watch?v=kcjK8MOeomU

#BlackMarketBrass - But At #WhatCost? | #Hox | #MiscMusic | https://www.youtube.com/watch?v=kcjK8MOeomU

So I was rereading a cool arachnid evo-devo paper, and I wondered…

Could you make a simple "animal" as a web page, using #CSS and #HTML as #Hox genes and body plan, so that people could tweak things using browser dev tools to hide/duplicate/alter the presentation of elements, the way scientists knock down or upregulate genes to see what it does to the animal?

Evo-devo stuff has always reminded me of using "display: none !important" or "border: 1px solid red" to figure out what CSS rules do. And like CSS Zen Garden—radically altering the look of a page with CSS without touching the HTML.

#EvoDevo #WebDev #appendages

So I was rereading a cool arachnid evo-devo paper, and I wondered…

Could you make a simple "animal" as a web page, using #CSS and #HTML as #Hox genes and body plan, so that people could tweak things using browser dev tools to hide/duplicate/alter the presentation of elements, the way scientists knock down or upregulate genes to see what it does to the animal?

Evo-devo stuff has always reminded me of using "display: none !important" or "border: 1px solid red" to figure out what CSS rules do. And like CSS Zen Garden—radically altering the look of a page with CSS without touching the HTML.

#EvoDevo #WebDev #appendages

So I was rereading a cool arachnid evo-devo paper, and I wondered…

Could you make a simple "animal" as a web page, using #CSS and #HTML as #Hox genes and body plan, so that people could tweak things using browser dev tools to hide/duplicate/alter the presentation of elements, the way scientists knock down or upregulate genes to see what it does to the animal?

Evo-devo stuff has always reminded me of using "display: none !important" or "border: 1px solid red" to figure out what CSS rules do. And like CSS Zen Garden—radically altering the look of a page with CSS without touching the HTML.

#EvoDevo #WebDev #appendages

So I was rereading a cool arachnid evo-devo paper, and I wondered…

Could you make a simple "animal" as a web page, using #CSS and #HTML as #Hox genes and body plan, so that people could tweak things using browser dev tools to hide/duplicate/alter the presentation of elements, the way scientists knock down or upregulate genes to see what it does to the animal?

Evo-devo stuff has always reminded me of using "display: none !important" or "border: 1px solid red" to figure out what CSS rules do. And like CSS Zen Garden—radically altering the look of a page with CSS without touching the HTML.

#EvoDevo #WebDev #appendages

So I was rereading a cool arachnid evo-devo paper, and I wondered…

Could you make a simple "animal" as a web page, using #CSS and #HTML as #Hox genes and body plan, so that people could tweak things using browser dev tools to hide/duplicate/alter the presentation of elements, the way scientists knock down or upregulate genes to see what it does to the animal?

Evo-devo stuff has always reminded me of using "display: none !important" or "border: 1px solid red" to figure out what CSS rules do. And like CSS Zen Garden—radically altering the look of a page with CSS without touching the HTML.

#EvoDevo #WebDev #appendages

Notch activation revealed to be an important stepping stone on the path to acquiring anterior-posterior identity and mesodermal fate during axis elongation.

Very interesting work from @a_tsakiridis, Fay Cooper & colleagues in Sheffield using human pluripotent cell-based models, plus some lovely chick embryo grafting data from Kim Dale's lab in Dundee

#PaperThemeTune "I'm Notch Your Stepping Stone" by the Monkees

#DevBio #StemCells #Hox #Notch #NMPs

https://www.biorxiv.org/content/10.1101/2023.06.16.545269v1

Notch activation revealed to be an important stepping stone on the path to acquiring anterior-posterior identity and mesodermal fate during axis elongation.

Very interesting work from @a_tsakiridis, Fay Cooper & colleagues in Sheffield using human pluripotent cell-based models, plus some lovely chick embryo grafting data from Kim Dale's lab in Dundee

#PaperThemeTune "I'm Notch Your Stepping Stone" by the Monkees

#DevBio #StemCells #Hox #Notch #NMPs

https://www.biorxiv.org/content/10.1101/2023.06.16.545269v1

Notch activation revealed to be an important stepping stone on the path to acquiring anterior-posterior identity and mesodermal fate during axis elongation.

Very interesting work from @a_tsakiridis, Fay Cooper & colleagues in Sheffield using human pluripotent cell-based models, plus some lovely chick embryo grafting data from Kim Dale's lab in Dundee

#PaperThemeTune "I'm Notch Your Stepping Stone" by the Monkees

#DevBio #StemCells #Hox #Notch #NMPs

https://www.biorxiv.org/content/10.1101/2023.06.16.545269v1

Notch activation revealed to be an important stepping stone on the path to acquiring anterior-posterior identity and mesodermal fate during axis elongation.

Very interesting work from @a_tsakiridis, Fay Cooper & colleagues in Sheffield using human pluripotent cell-based models, plus some lovely chick embryo grafting data from Kim Dale's lab in Dundee

#PaperThemeTune "I'm Notch Your Stepping Stone" by the Monkees

#DevBio #StemCells #Hox #Notch #NMPs

https://www.biorxiv.org/content/10.1101/2023.06.16.545269v1

Notch activation revealed to be an important stepping stone on the path to acquiring anterior-posterior identity and mesodermal fate during axis elongation.

Very interesting work from @a_tsakiridis, Fay Cooper & colleagues in Sheffield using human pluripotent cell-based models, plus some lovely chick embryo grafting data from Kim Dale's lab in Dundee

#PaperThemeTune "I'm Notch Your Stepping Stone" by the Monkees

#DevBio #StemCells #Hox #Notch #NMPs

https://www.biorxiv.org/content/10.1101/2023.06.16.545269v1

#Embryoids shed light on a complex #genetic mechanism.

#genomics #HOX #CTCF

https://phys.org/news/2023-06-embryoids-complex-genetic-mechanism.html

#evodevo #arthropods #hox #dnacrobatics

#evodevo #arthropods #hox #dnacrobatics

#evodevo #arthropods #hox #dnacrobatics