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20 year old Nigerian. German major, Chemistry minor. Premed. Science lover and lover of language. German, virology, epidemiology, nuclear chemistry, orgo you name it!

AMAZING scientific illustration by Claudia Stocker 

source

her site

The individual toothed sucker rings of squid tentacles (highlighted in red) provide additional gripping power during prey capture and handling. These rings comprise a nanoscale network of parallel tubular elements, as shown in the background image which significantly alter the macromechanical properties of the resulting structure. - James C Weaver, University of California, Riverside
source

The individual toothed sucker rings of squid tentacles (highlighted in red) provide additional gripping power during prey capture and handling. These rings comprise a nanoscale network of parallel tubular elements, as shown in the background image which significantly alter the macromechanical properties of the resulting structure. - James C Weaver, University of California, Riverside

source

This picture was created from the convergence of a high-resolution cross-sectional and a plan view SEM image of a zinc oxide “nanowall structure” synthesized by a metal-organic chemical vapor deposition technique. Color was added to the original image. - Dong Chan Kim, Sungkyunkwan University
source

This picture was created from the convergence of a high-resolution cross-sectional and a plan view SEM image of a zinc oxide “nanowall structure” synthesized by a metal-organic chemical vapor deposition technique. Color was added to the original image. - Dong Chan Kim, Sungkyunkwan University

source

3D SpaceThe two dimensional images of space we see from famous telescopes like Hubble are stunning as they are, but what if you turn them 3D?Finnish artist J-P Metsavainio has done just that - giving us a glimpse into what the massive nebulae and star clusters we’re used to seeing in 2D might look like if we could fly through them.He uses educated guesses and data from astronomers to make a computer model of what these giant structures might be like in three dimensions. An example of science meets art producing something absolutely riveting. Makes me wish there was a spaceship fast enough to take me there! -KCheck out the animated gifs and videos here:http://bit.ly/VR8TNF
story from Science is Amazing 
also screw tumblr because it won’t let me post the gif and I’m having a hard time posting pictures 

3D Space

The two dimensional images of space we see from famous telescopes like Hubble are stunning as they are, but what if you turn them 3D?

Finnish artist J-P Metsavainio has done just that - giving us a glimpse into what the massive nebulae and star clusters we’re used to seeing in 2D might look like if we could fly through them.

He uses educated guesses and data from astronomers to make a computer model of what these giant structures might be like in three dimensions. An example of science meets art producing something absolutely riveting. 

Makes me wish there was a spaceship fast enough to take me there! -K

Check out the animated gifs and videos here:http://bit.ly/VR8TNF

story from Science is Amazing 

also screw tumblr because it won’t let me post the gif and I’m having a hard time posting pictures 

Even though I hated bio, here’s some biology inspired art by Michael Cammer! 

Bacterial Artistry
Serratia marcesens is a Gram-negative, rod-shaped bacterium that is commonly found in soil, water, on plants and in animals and thrives in damp conditions. This organism is well known for its production of the blood red pigment, prodigiosin. Production of prodigiosin can be influenced by several variables, including temperature, nutrient media and ultraviolet light exposure. The metabolic pathways that are involved in the production of the pigment are numerous and complex. Mutations to any one of the pathways can lead to a loss of pigment production. This photo shows a Serratia marcesens colony from a mutated strain in which pigment production has decreased. Instead of a solid red colony, the bacteria exhibit beautiful swirls of red and orange on a white background.

Bacterial Artistry

Serratia marcesens is a Gram-negative, rod-shaped bacterium that is commonly found in soil, water, on plants and in animals and thrives in damp conditions. This organism is well known for its production of the blood red pigment, prodigiosin. Production of prodigiosin can be influenced by several variables, including temperature, nutrient media and ultraviolet light exposure. The metabolic pathways that are involved in the production of the pigment are numerous and complex. Mutations to any one of the pathways can lead to a loss of pigment production. This photo shows a Serratia marcesens colony from a mutated strain in which pigment production has decreased. Instead of a solid red colony, the bacteria exhibit beautiful swirls of red and orange on a white background.

Science and Art via Scientific Illustration for the Research Scientist | somersault18:24 via Biologia-Vida“Science and art! Primate phylogeny made with bacteria E. coli on coloured agar. Made by graduate students in the Gregory Lab, University of Guelph, in Canada.”Via Biologia-VidaMore: http://www.microbialart.com/ — with Hans Kindt.

Science and Art via Scientific Illustration for the Research Scientist | somersault18:24 via Biologia-Vida


“Science and art! Primate phylogeny made with bacteria E. coli on coloured agar. Made by graduate students in the Gregory Lab, University of Guelph, in Canada.”
Via Biologia-Vida
More: http://www.microbialart.com/ — with Hans Kindt.

Discovered first working polio vaccine, went to PITT and wanted to see the vaccine free for all :) A hand for another great PITT alum! And the amazing lady who makes these designs! 

Discovered first working polio vaccine, went to PITT and wanted to see the vaccine free for all :) A hand for another great PITT alum! And the amazing lady who makes these designs! 

Sorry about all the science art lol :) Find out more about this print here

Sorry about all the science art lol :) Find out more about this print here