Van Gogh's 'Starry Night' was re-created with bacteria. It's as cool as it sounds.

Van Gogh's 'Starry Night' was re-created with bacteria. It's as cool as it sounds.

What do the Chicago skyline, a cat, a subway map, a Van Gogh, and a skull all have in common?

They've all been re-created into beautiful masterpieces using... bacteria.

BOOM is right. And BOOM is bacteria, too.

The American Society for Microbiology just held its first-ever Agar Art contest, challenging microbiologists to mix science with art.

Their main rule: to use microbes as the paint and agar (a jelly-like substance) as the canvas. 

Let's just say I'm glad I wasn't a judge — it would have been a tough call. After 85 submissions came rolling in, it's evident that science and art can overlap in a very special way.
Here are the top 3 winners:

1. Neurons

Submitted by Mehmet Berkmen of New England Biolabs, with artist Maria Penil.

2. NYC Biome Map

Submitted by Christine Marizzi, an educator at a community lab. This art piece was created as a collaboration between citizen scientists and artists at Genspace: New York City's Community Biolab.

A subway map! Ahh. I love this description of it:

"Microorganisms reside everywhere, yet they are too small to be seen with the human eye. New York City is a melting pot of cultures - both human and microbial - and every citizen has a personalized microbiome. Collectively, we shape NYC's microbiome by our lifestyle choices, and this unseen microbial world significantly impacts us."

3. Harvest Season

Created by Maria Eugenia Inda, a postdoctoral researcher from Argentina working at Cold Spring Harbor Labs.

People's Choice Winner: Cell to Cell

It had the most Facebook Likes! Created by the group that won first place, Mehmet Berkmen with artist Maria Penil.

When the idea of bacteria goes from "ew" to "interesting!" ... that's awesome.

Bacteria is so normal and EVERYWHERE (you're entirely covered with it, sorry), but it's still often seen as such an icky thing. This is one way to show it in a different light and have a lot of fun doing so. 

There were many submissions that didn't win the art contest but are still a sight to behold — like this version of Van Gogh's "Starry Night." Whaaat!

Or this butterfly that almost looks real.

And then there's St. Louis. Hey there, St. Louis.

Van Gogh's 'Starry Night' was re-created with bacteria. It's as cool as it sounds. Agar Art contest, American Society for Microbiology, art, Bacteria, Culture,

Looks like it was picture day for one petri dish.

What a cool competition and a way to show that science and art don't have to be seen as opposites.

Left-brained, right-brained, whatever. We tend to box ourselves in to thinking we're only good at certain things. But ... says who? Just go for it.

You can see the rest of the amazing submissions on Facebook. Feel free to share them too! They worked hard, guys.

ORIGINAL: UpWorthy
By Morgan Shoaff
October 21, 2015

Arte Bacterial por Fernan Federici

ORIGINAL: HuffingtonPost

Las bacterias crecen por división en el medio, su población duplicada en un tamaño tan rápido como cada veinte minutos. En unas pocas horas, un cultivo de bacterias puede ir desde una simple célula a miles de millones, y de ser invisible para el ojo humano a la formación de densas colonias en una placa de Petri, a veces centímetros de diámetro. Estas colonias pueden ser pequeños montículos circulares relativamente monótonos, enjambres que forman las ondas de bordes irregulares, o patrones fractal ramificada [PDF].

Crecimiento fractal de B. subtilis, de Fujikawa y Matsushita, Revista de la Sociedad de Física de Japón, 1989.

Estas colonias fractal se forman por la bacteria Bacillus subtilis el suelo, formando diferentes formas dependiendo de las condiciones de la placa de Petri, la presencia de nutrientes y la humedad. Dependiendo de estas condiciones externas y las reglas de cómo las células crecen y responder después de chocar entre sí, pueden surgir patrones sorprendentes.

Fernán Federici, un investigador en el Laboratorio de Haseloff la Universidad de Cambridge y uno de los residentes sintética estética, los estudios de cómo las células crecen y se desarrollan en formas complejas y estructuras. Mediante microscopía confocal, que sigue el crecimiento de las células y los tejidos de plantas, la creación de modelos de cómo se forman estructuras celulares y bellas imágenes, entre ellos dos ganadores de los Premios Imagen Wellcom en 2011.

Imágenes Galardonadas por Fernan Federici

En colaboración con el científico informático Tim Rudge, Fernan también estudia cómo los patrones se forman en las colonias de B. subtilis y biofilms, con el objetivo de finalmente ser capaz de modificar las reglas de cómo estas células interactúan para diseñar los nuevos modelos emergentes. Sus imágenes de las células bacterianas fluorescentes son increíbles, y usted puede comenzar a ver cómo los patrones complejos se forman a partir de la interacción de las células que crecen a gran aumento:

A la interacción cada vez mayor de dos tipos de células, una etiqueta con una proteína fluorescente de color rojo y verde:

, Alejándose aún más con colores más añadido, la creación de patrones que se asemejan a tejidos Missoni (y que me encantaría tener un vestido hecho de él):

Para ver más fotos increíbles, echa un vistazo a imágenes de plantas o bacterias de Fernan en su página de Flickr.