inhale. exhale. and listen.


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May 21, 2013
@ 8:34 pm
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flashh-deliriumm:

i still have plenty of time | via Tumblr on We Heart It - http://weheartit.com/entry/61353970/via/jumondadori
Hearted from: http://nextyearsawaysaway.tumblr.com/

flashh-deliriumm:

i still have plenty of time | via Tumblr on We Heart It - http://weheartit.com/entry/61353970/via/jumondadori

Hearted from: http://nextyearsawaysaway.tumblr.com/


Photoset

May 21, 2013
@ 7:25 pm
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2,118 notes

nevver:

The Multiple Personalities of Coffee (larger)


Text

May 21, 2013
@ 7:20 pm
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wait, I forgot to mention that when we were at the Killers concert this weekend the venue had a whiskey & cigar stand.

you’re. doing. it. right.


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May 21, 2013
@ 6:54 pm
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2,293 notes

nevver:

Interior Design 101

nevver:

Interior Design 101


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May 21, 2013
@ 2:17 am
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(Source: krakzen, via breadandolives)


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May 21, 2013
@ 1:08 am
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(Source: dailydoseofstuf, via thecakeisalie03)


Text

May 20, 2013
@ 10:57 pm
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I hate when my bad moods start to make my entire body feel physically heavy. Our minds our stronger than we think.


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May 20, 2013
@ 10:51 pm
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409 notes

medicalschool:

Image of the Week: Microscopic view of lung surfactant
This microscopic image of lung surfactant, a lipid-protein material that reduces surface tension in the lung and aids in proper pulmonary function, could easily be mistaken for a whimsical textile print. A recent issue of Biomedical Beat provides more information about the fanciful designs represented in the image and how they may offer insights into developing new methods for drug delivery:

Using microscopy techniques, the researchers captured a snapshot of the changes that occur (black) when surfactant molecules are stressed by carbon nanoparticles. The scientists found that if inhaled, carbon nanoparticles could influence the function of the main lipid component of surfactant. A likely gateway for nanoparticles to enter the body is through the lungs, so this and future studies may help scientists improve drug delivery methods.

Photo by University of Kansas State

medicalschool:

Image of the Week: Microscopic view of lung surfactant

This microscopic image of lung surfactant, a lipid-protein material that reduces surface tension in the lung and aids in proper pulmonary function, could easily be mistaken for a whimsical textile print. A recent issue of Biomedical Beat provides more information about the fanciful designs represented in the image and how they may offer insights into developing new methods for drug delivery:

Using microscopy techniques, the researchers captured a snapshot of the changes that occur (black) when surfactant molecules are stressed by carbon nanoparticles. The scientists found that if inhaled, carbon nanoparticles could influence the function of the main lipid component of surfactant. A likely gateway for nanoparticles to enter the body is through the lungs, so this and future studies may help scientists improve drug delivery methods.

Photo by University of Kansas State


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May 20, 2013
@ 9:43 pm
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(Source: wearelionhart, via cladimir)


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May 20, 2013
@ 8:34 pm
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(via fuckyeahsexycars)