From Deseret News archives:

2 Americans win Nobel for olfactory study

Duo solved puzzle of how odors trigger memory in people

Published: Monday, Oct. 4, 2004 9:56 p.m. MDT
 |  E-MAIL | PRINT | FONT + - 
Two American scientists who solved the enigma of how people can smell 10,000 different odors and recall them later were awarded the 2004 Nobel Prize in physiology or medicine Monday.

The winners, who will share the $1.3 million award, were Dr. Richard Axel, 58, a professor at Columbia, and Dr. Linda B. Buck, 57, of the Fred Hutchinson Cancer Research Center and a professor at the University of Washington in Seattle.

Until publication of their fundamental paper in 1991, the sense of smell had been "the most enigmatic of our senses," the Nobel Assembly of the Karolinska Institute in Stockholm, Sweden, said in recognizing the discovery that Axel and Buck made while working together at Columbia University in New York.

As the two scientists went on to work independently, the assembly said, "they have in several elegant, often parallel, studies clarified the olfactory system, from the molecular level to the organization of the cells."

Their work provides a molecular understanding of how people who smell a lilac in childhood can recognize the fragrance later in life and also recall associated memories.

Story continues below
The molecules start a process by which olfactory cells send messages to the olfactory bulb, a structure in the front of the brain that is a clearinghouse for the sense of smell. Information from the olfactory bulb is then relayed to other parts of the brain where it is combined to form a pattern in a system of smell that allows humans and animals to distinguish good from bad.

"A good wine or a sun-ripe wild strawberry activates a whole array of odorant receptors, helping us to perceive the different odorant molecules," the assembly said.

Buck, who was born in Seattle, received degrees in psychology and microbiology from the University of Washington, and a doctorate in immunology from the University of Texas Southwestern Medical Center in Dallas. Yearning to learn the techniques of molecular biology, she said, she joined Axel's laboratory, working on the side to understand "how the nervous system deals with the tremendous problem of diversity."

After "trying a number of crazy ideas," she said, she became so fascinated with the olfactory system that "I was totally hooked and obsessed in finding the receptors, and Axel provided the funding so I could keep working on it."

Axel credited Buck for coming up with "an extremely clever twist" by making three assumptions that allowed her to zero in on a group of genes that appeared to code for the odorant receptor proteins.

Comments

You can be the first to comment on this story.

previousnext

Latest comments

2A: South Summit shuts down Grand

Both from the East region in 2A.

Good editorial but it underestimates the role of Gorbachev. He...

I can't beleive anyone does not think this team would not beat last years...

DC sniper's execution nears

Judge not lest yee be juged.

Letters: Gale's been taken in

You do your best to keep the "whole world" thinking that way, would you? ...

Chocolate milk in schools pushed

I am 49 and train for triathalons. I have found the best sports drink hands...

Funny how if no other sports are going good for ss, they just say oh wait...

Fact is that same-gender attraction may be genetic has not been proven as yet...

"When was the last time Utah quit when trailing in a game?" UNLV 27 Utah...

Mapleton rejects mtn. airport bid

That issue won't play out in court, it's not a major issue for Gibby. He...

Advertisements
Advertisement