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IntelligentDesign/RandomDrift

curriculum vitae   Oxalis research   teaching   cars   photography   Brasil 2011   

Andy Gardner; andyggardner@gmail.com, aggardner@wisc.edu; husband / grad student / teacher / photoshopaholic / espresso-obsessive / car nut / etc.
biocanvas:

A fungal infection (bright green) of an Arabidopsis (a plant related to cabbage and mustard) root.
Image by Kirk Czymmek, University of Delaware.

biocanvas:

A fungal infection (bright green) of an Arabidopsis (a plant related to cabbage and mustard) root.

Image by Kirk Czymmek, University of Delaware.

— 2 months ago with 77 notes
#arabidopsis  #root  #fungus  #professional  #teaching  #confocal  #anatomy 
A Pleasing Fungus Beetle (Gibbifer californicus); Gila NF, New Mexico.

A Pleasing Fungus Beetle (Gibbifer californicus); Gila NF, New Mexico.

— 10 months ago with 4 notes
#gibbifer  #beetle  #insect  #photography  #new mexico  #new mexico 2011  #biology  #fungus 
A garden of earthly delights in Brasil.

A garden of earthly delights in Brasil.

— 1 year ago with 9 notes
#brasil  #Brasil 2011  #photography  #lichen  #fungus  #algae  #moss  #cactus  #ecology 
  
Science 18 February 2011: Visualization Challenge 2010
 
1st Place: Introduction to Fungi
Kandis Elliot ▪ Mo Fayyaz University of Wisconsin, Madison
For senior artist Kandis Elliot,  postermaking is one of the best tasks of the job. Her series of  educational posters started                            4 years ago, when greenhouse and garden  director Mo Fayyaz of the University of Wisconsin (UW), Madison, asked  for a fruit                            poster. Introduction to Fungi is just the  latest—and one of the hardest, because the botany department lacks a  mycologist.                            And Elliot didn’t want to settle for a simple  mushroom poster. “There’s a gazillion of those things,” Elliot says.  “We wanted                            something that shows fungi as mushrooms but  something more than mushrooms. Your beer, your wine, and your bread. The  stuff                            on the back of your fridge.”
The beer and wine are easy enough to  spot in the center of this poster. Other specimens include gourmet  delicacies, such as                            truffles and the mold on bleu cheese, and the  less savory stinkhorns, whose stench attracts carrion beetles to  disperse their                            spores. It also features some unfriendly  fungi, such as the culprit behind white-nose syndrome, a mysterious  white fungus                            that grows on hibernating bats and seems to  kill them by leading to starvation.
“The fungi poster was a clear  winner. That was just amazing,” says panel of judges member Alisa Zapp  Machalek. Besides the                            imagery, the fact that it was about fungi had  an appeal of its own. “There’s sort of an innate intrigue factor. If it  was                            different kinds of apples, even though I love  apples, I don’t know that it would hold our attention as much.” “It’s  very appealing                            to the layperson,” says panel of judges  member Corinne Sandone. “There’s nothing that hard. It’s very  accessible.”
That’s valuable praise for Elliot,  who says squeezing all the information in was one of the hardest parts.  “There’s like 25                            pounds of information on a 5-pound poster,  and you want to put it in some kind of logical order,” she says. “There  is order                            in there, but you kind of have to search for  it.”

 

Science 18 February 2011: Visualization Challenge 2010

 

1st Place: Introduction to Fungi

Kandis Elliot ▪ Mo Fayyaz University of Wisconsin, Madison

For senior artist Kandis Elliot, postermaking is one of the best tasks of the job. Her series of educational posters started 4 years ago, when greenhouse and garden director Mo Fayyaz of the University of Wisconsin (UW), Madison, asked for a fruit poster. Introduction to Fungi is just the latest—and one of the hardest, because the botany department lacks a mycologist. And Elliot didn’t want to settle for a simple mushroom poster. “There’s a gazillion of those things,” Elliot says. “We wanted something that shows fungi as mushrooms but something more than mushrooms. Your beer, your wine, and your bread. The stuff on the back of your fridge.”

The beer and wine are easy enough to spot in the center of this poster. Other specimens include gourmet delicacies, such as truffles and the mold on bleu cheese, and the less savory stinkhorns, whose stench attracts carrion beetles to disperse their spores. It also features some unfriendly fungi, such as the culprit behind white-nose syndrome, a mysterious white fungus that grows on hibernating bats and seems to kill them by leading to starvation.

“The fungi poster was a clear winner. That was just amazing,” says panel of judges member Alisa Zapp Machalek. Besides the imagery, the fact that it was about fungi had an appeal of its own. “There’s sort of an innate intrigue factor. If it was different kinds of apples, even though I love apples, I don’t know that it would hold our attention as much.” “It’s very appealing to the layperson,” says panel of judges member Corinne Sandone. “There’s nothing that hard. It’s very accessible.”

That’s valuable praise for Elliot, who says squeezing all the information in was one of the hardest parts. “There’s like 25 pounds of information on a 5-pound poster, and you want to put it in some kind of logical order,” she says. “There is order in there, but you kind of have to search for it.”

— 1 year ago with 7 notes
#professional  #science  #biology  #fungus  #Kandis  #design  #teaching  #art 
maxistentialist:

Penicillium, the genus of fungus that makes the white rind on brie cheese and the blue veins in blue cheese, is named after the latin word for “paintbrush” because of its shape.

maxistentialist:

Penicillium, the genus of fungus that makes the white rind on brie cheese and the blue veins in blue cheese, is named after the latin word for “paintbrush” because of its shape.

— 1 year ago with 27 notes
#professional  #SEM  #science  #biology  #penicillium  #fungus 
By SINDYA N. BHANOO
Plants, like many other organisms, have circadian clocks that help them  anticipate various environmental and biological events that occur at  precise times of the day. Processes like photosynthesis, fragrance  emission and time of bloom are all regulated by this timekeeping  mechanism.
Now, researchers report in the journal Nature that genes in certain plants fend off infections with the help of the clock as well.
Twenty-two genes in the plant Arabidopsis, all connected to the plant’s  ability to resist infection, were expressed only from the evening  onward, peaking at dawn.
The timing corresponds with the formation of spores in a funguslike  pathogen that attacks the plant and results in a condition known as  downy mildew disease. The disease weakens the plant and forms an  unsavory coating of fuzzy mildew.
“From what we know, the pathogen forms spores at night and disseminates  them at dawn, so that’s when the infection threat is highest,” said Xinnian Dong, a biologist at Duke University and one of the study’s authors.
During the day, when the pathogen is not likely to attack, the genes were not expressed.
This is the first time researchers have been able to make a functional  connection between the circadian clock and pathogen resistance, Dr. Dong  said.
She believes that if researchers can sort out the intricacies of the  relationship between pathogens and hosts, and their circadian rhythms,  there may be practical applications.
Pesticide treatments could be timed to have maximum impact, for  instance. Or it may even be possible to determine ideal times for  administering medications in humans, she said.
Plants, like many other organisms, have circadian clocks that help them anticipate various environmental and biological events that occur at precise times of the day. Processes like photosynthesis, fragrance emission and time of bloom are all regulated by this timekeeping mechanism.

Now, researchers report in the journal Nature that genes in certain plants fend off infections with the help of the clock as well.

Twenty-two genes in the plant Arabidopsis, all connected to the plant’s ability to resist infection, were expressed only from the evening onward, peaking at dawn.

The timing corresponds with the formation of spores in a funguslike pathogen that attacks the plant and results in a condition known as downy mildew disease. The disease weakens the plant and forms an unsavory coating of fuzzy mildew.

“From what we know, the pathogen forms spores at night and disseminates them at dawn, so that’s when the infection threat is highest,” said Xinnian Dong, a biologist at Duke University and one of the study’s authors.

During the day, when the pathogen is not likely to attack, the genes were not expressed.

This is the first time researchers have been able to make a functional connection between the circadian clock and pathogen resistance, Dr. Dong said.

She believes that if researchers can sort out the intricacies of the relationship between pathogens and hosts, and their circadian rhythms, there may be practical applications.

Pesticide treatments could be timed to have maximum impact, for instance. Or it may even be possible to determine ideal times for administering medications in humans, she said.

— 1 year ago with 8 notes
#plants  #biology  #fungus  #teaching  #science  #nytimes