I wish you were here

Mm.. hello, my name is Leonela, I'm from Venezuela and I like write. I am a little crazy xD The metal/rock/classic/90's... is my passion

Mayo 8, 2013 1:32 am

bluesproxy:

Vash and Meryl

(vía zanty17)

1:29 am

(Fuente: zorronhd, vía jaidefinichon)

1:29 am
9gag: #truestory

9gag:

#truestory

1:29 am
jaidefinichon: Algún día llegará al final y estaré ahí para verlo.

jaidefinichon:

Algún día llegará al final y estaré ahí para verlo.

(Fuente: televandalist)

1:28 am

mivvu:

requested junk

(vía yesizi)

Enero 19, 2013 5:24 pm

kitkatari:

Paula Andrade.

(Fuente: katkritters, vía yesizi)

5:02 pm

moon83:

Sparkle palace cocktail table by John Foster

Portfolio // Tumblr

(vía yesizi)

4:56 pm
sciencenote: Tube Breakdown By Dr. Peijun Zhang, Structural Biology, University of Pittsburgh Depicted is an electron tomography image of degenerating neurons from ion regulatory protein (IRP) knockout mice, which develop progressive neurodegenerative symptoms that resemble human movement disorders such as Parkinson’s disease. The 3D tomogram was reconstructed from a series of TEM projection images tilted from -70° to +70° with an interval of 2°, and then segmented based on structural features, and presented with volume rendering. Image: The artwork illustrates a volume-rendered representation of an axonal section in the IRP knockout mouse brain, displaying the axonal membrane (purple), the oligodendrocyte membrane and myelin sheath (blue), neurofilaments (pink), and invaginated double-walled vesicles containing the oligodendrocytic cytoplasm and ferritin molecules (red dots).

sciencenote:

Tube Breakdown

By Dr. Peijun Zhang, Structural Biology, University of Pittsburgh

Depicted is an electron tomography image of degenerating neurons from ion regulatory protein (IRP) knockout mice, which develop progressive neurodegenerative symptoms that resemble human movement disorders such as Parkinson’s disease. The 3D tomogram was reconstructed from a series of TEM projection images tilted from -70° to +70° with an interval of 2°, and then segmented based on structural features, and presented with volume rendering.

Image: The artwork illustrates a volume-rendered representation of an axonal section in the IRP knockout mouse brain, displaying the axonal membrane (purple), the oligodendrocyte membrane and myelin sheath (blue), neurofilaments (pink), and invaginated double-walled vesicles containing the oligodendrocytic cytoplasm and ferritin molecules (red dots).

4:53 pm

(vía starryphoenix)

4:52 pm

a-wanky-bicorn:

I love this soundtrack.