kesness


I'm Kestrel.
Tiny Texan, little lady.


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I take photos.
( iphone | film | digital )


I craft mix playlists.


I collect words.
( quotes )

I like things.
( nerdery | musics
anatomy | yoga
streetart | cosmos
neon | typography )


flickr | last.fm | twitter

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moshita:

Composition of Mammals

Wataru Yoshida

psychokandi:

Stunning anatomic dresses from  Shih Chien University‘s fashion students exhibition. 


*swoon*

so much detail, such lush fabrics ;-;

hnnnnng.

Pity I can’t quite find the name of the designers…

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jesscrossdavis:

Male Anatomy Back, graphite, 2013

jtotheizzoe:

the-science-llama:

Animal Eye Close-Ups

By Suren Manvelyan

Jeepers creepers, where’d you get them peepers?

Aren’t eyes just great? It’s amazing to see how evolution has solved a single problem in such a myriad of ways. Actually, to be more accurate, it’s amazing to see that evolution has molded such diverse and intricate machinery from perhaps the same starting point.

That’s right. Although it’s long been thought that animal eyes evolved separately as many as 40 times, eyes most likely owe their varied existence all to one single gene. That gene is named Pax6, and it’s a master control switch for many of the things that end up becoming eyes in jellyfish, flies, snakes and even humans. It doesn’t make eyes on its own, but acts like the conductor during the symphony of development. The protein it makes looks like this:

Now that we are sequencing more and more genomes, and deciphering the precise DNA sequence of Pax6 in all of those diverse creatures, we are able to map out how that gene has changed over time. Like a game of molecular telephone, DNA sequences (usually) get more and more scrambled as they spread into new species. Follow the molecular breadcrumbs back far enough, and you can find out where you came from.

And for all those oodles of eyes, all gorgeous, intricate and exquisite, Pax6 might hold the key to seeing where vision began. 

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One of these days I will screen print myself some anatomical business cards.

frontal-cortex:

Danny Quirk’s Anatomical Résumé
via StreetAnatomy.com

One of these days I will screen print myself some anatomical business cards.

frontal-cortex:

Danny Quirk’s Anatomical Résumé

via StreetAnatomy.com

wnycradiolab:

staceythinx:

A knitted anatomy lesson by Shanell Papp 

Papp on the project:

To make the work, I borrowed a human skeleton from the university and collected anatomical textbooks. I also managed to track down a mortuary gurney for displaying the work–a mortuary gave me a gurney after a renovation…they were looking to get rid of it since “people are were getting too fat for the gurney.” I also worked in an old hospital turned history museum. I also went to open house day at a local funeral…they gave me a decorative pen. During my graduate studies, I was granted open access to the gross anatomy lab, though I was long finished making LAB/skeleton at this point. I was given access to draw, look around…. It is always funny how specimens are collected and cared for.

So much cool knitting in this world.

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Perot Museum of Nature and Science.  Dallas, TX

Perot Museum of Nature and Science.  Dallas, TX