The Picture Thread Mark V

Ok, dont be sad :D The first time I went there was last year, part of
excursion in language course, and I did not went there just to use the toilet.
 
Those are graphs. I'm doing research with a math professor of mine.


And how exactly do you do your research when there on your screen is sciforums.com. :bugeye:

There:

This is what I'm doing right now

IMG_1974.jpg



Ignore the mess.


j/k.
Btw, they don't look like graphs to me. Oh well :eek:
 
And how exactly do you do your research when there on your screen is sciforums.com. :bugeye:

Easy... when I need to mull over something, I focus my attention on something else. At least I am more productive than staring as a sheet of paper for hours on end... producing nothing.

Btw, they don't look like graphs to me. Oh well :eek:

Well they aren't graphs like you would obtain by graphing a function. These are different kinds of graphs. They are composed of a set of nodes (or vertices) and a set of edges connecting vertices together. It's a branch of mathematics that is very useful to fields like computer science, electrical engineering, city design, etc. The professor I am working with has somehow found a connection between graph theory and calcium binding sites in the brain or something like that.
 
calcium binding sites in the brain or something like that.

calbindin? Thats interesting. I work in vitamin D metabolism and calbindin9 and calbindin28 are both vitamin D dependent calcium binding proteins. I work with enterocytes though. :p
 
calbindin? Thats interesting. I work in vitamin D metabolism and calbindin9 and calbindin28 are both vitamin D dependent calcium binding proteins. I work with enterocytes though. :p

Ummm... maybe?

Hai Deng, Guantao Chen, Wei Yang, Jenny J. Yang. Predicting calcium-binding sites in proteins - a graph theory and geometry approach. Proteins (2006), 64, 34-42.

There's one. And it says this at my school's website:

Dr. Chen's research lies in graph theory and its applications to computer science and bioinformatics which includes Cycles and Paths in Graph Theory, Graphic Ramsey Theory, Extremal Graph Theory, Algorithms, Networks, Calcium structure and binding sites, Conformation changes.
 
Ummm... maybe?

Hai Deng, Guantao Chen, Wei Yang, Jenny J. Yang. Predicting calcium-binding sites in proteins - a graph theory and geometry approach. Proteins (2006), 64, 34-42.

There's one. And it says this at my school's website:

Dr. Chen's research lies in graph theory and its applications to computer science and bioinformatics which includes Cycles and Paths in Graph Theory, Graphic Ramsey Theory, Extremal Graph Theory, Algorithms, Networks, Calcium structure and binding sites, Conformation changes.

Ah he's predicting calcium binding sites in proteins, thats structural chemistry. Not my forte.
 
Then you're a failure as a scientist and you should be out on the street.

Get a job that you can handle.

;)

Heh if I was in structural chemistry, that is exactly what I would do.

Fortunately I am in nutrition. :D
 
cute
is that painted on the bricks or glued on?

me, my sisters and my mom do a lot of stuff like that for our family's children birthday parties... it's therapeutic :p

I'll see if i can find some pictures
 
cute
is that painted on the bricks or glued on?

me, my sisters and my mom do a lot of stuff like that for our family's children birthday parties... it's therapeutic :p

I'll see if i can find some pictures

It's wallpaper that REALLY looks like bricks. I did that first.
Then I looked at his skateboard and then free handed some characters and logos. You can't see but under the ying and yang I drew out some chinese symbols with their meanings.
 
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