“Splash” (+) W Korea, May 2013 photographer: Alexi Lubomirski

“Splash” (+)
W Korea, May 2013 
photographer: Alexi Lubomirski

“De Brut en Blanc” Vogue Paris, November 2011

“De Brut en Blanc”
Vogue Paris, November 2011

NY 1980, Akiko Otake exhibition (+)

NY 1980, Akiko Otake exhibition (+)

“Rendez-vous à Manhattan”  Vogue Paris, February 2013 
// missclass:imfierceandimfeelingmighty

“Rendez-vous à Manhattan” 
Vogue Paris, February 2013 

// missclass:imfierceandimfeelingmighty

reblogged via missclass
Marie Zieger, Dine & Dash
// bigmagnets

Marie Zieger, Dine & Dash

// bigmagnets

reblogged via bigmagnets
Clever! From designer Elizabeth Perez:

Fahrenheit 451 is a novel about a dystopian future where books are outlawed and firemen burn any house that contains them. The story is about suppressing ideas, and about how television destroys interest in reading literature.
I wanted to spread the book-burning message to the book itself. The book’s spine is screen-printed with a matchbook striking paper surface, so the book itself can be burned.

Fahrenheit 451 - Elizabeth Perez | Graphic Design Art Direction

Clever! From designer Elizabeth Perez:

Fahrenheit 451 is a novel about a dystopian future where books are outlawed and firemen burn any house that contains them. The story is about suppressing ideas, and about how television destroys interest in reading literature.

I wanted to spread the book-burning message to the book itself. The book’s spine is screen-printed with a matchbook striking paper surface, so the book itself can be burned.

Fahrenheit 451 - Elizabeth Perez | Graphic Design Art Direction

I learned about this implant today in Biochemistry. It appealed to my science and design sides— so, naturally, I thought it was the coolest thing and made a note to blog it later.

Companies also are developing noninjection delivery mechanisms. For example, Intarcia Therapeutics is developing a GLP-1 receptor agonist implant, ITCA-650. This small osmotic pump is implanted subcutaneously and delivers therapeutics for nearly one year. In November, the company raised $210 million in financing, enabling global Phase III trials to begin the first quarter of 2013.

The drug delivery process is straightforward:

Intarcia Therapeutics’ delivery system is a matchstick-sized device consisting of a cylindrical titanium alloy reservoir. Once inserted under the skin, water from the extracellular fluid enters the device at one end, by diffusing through a semi-permeable membrane directly into a salt osmotic engine that expands to drive a piston at a controlled rate of travel. This forces the drug formulation to be released in a slow and consistent fashion through the exit port, or diffusion moderator, at the other end of the device.

I’d like to find a summer gig to learn more about the overlap between medicine and product design.
GEN | Magazine Articles: Type 2 Diabetes Drugs Drive Sector Growth
// blogmed

I learned about this implant today in Biochemistry. It appealed to my science and design sides— so, naturally, I thought it was the coolest thing and made a note to blog it later.

Companies also are developing noninjection delivery mechanisms. For example, Intarcia Therapeutics is developing a GLP-1 receptor agonist implant, ITCA-650. This small osmotic pump is implanted subcutaneously and delivers therapeutics for nearly one year. In November, the company raised $210 million in financing, enabling global Phase III trials to begin the first quarter of 2013.

The drug delivery process is straightforward:

Intarcia Therapeutics’ delivery system is a matchstick-sized device consisting of a cylindrical titanium alloy reservoir. Once inserted under the skin, water from the extracellular fluid enters the device at one end, by diffusing through a semi-permeable membrane directly into a salt osmotic engine that expands to drive a piston at a controlled rate of travel. This forces the drug formulation to be released in a slow and consistent fashion through the exit port, or diffusion moderator, at the other end of the device.

I’d like to find a summer gig to learn more about the overlap between medicine and product design.

GEN | Magazine Articles: Type 2 Diabetes Drugs Drive Sector Growth

// blogmed

reblogged via blogmed
business card progress, pre-kerning (cell phone blurred)

business card progress, pre-kerning (cell phone blurred)

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