Newsflash

WRAL Newsflash | 26 January 2012 | WRAL Raleigh

[warchild9]

thank you for the good wishes.

Actually, I’ve been here since 2001, and wouldn’t hesitate to pile on someone else. Here, I even piled on myself, if that’s possible.

It’s all in fun.

/Rather than spelling, I’m a history Nazi. Bad history IS personal for me. Check out my profile.

[reaganaut]

LOL. You forgot the cheese.

[mrreaganaut]

...posting is scary and fraught with angst!

I think you mean fraught with unnngggghhh!

[reaganaut]

In grad school I read an article on this (the original use of lysol) and never looked at a can of lysol the same way again. (shudder).

[warchild9]

Okay, that was pretty funny.

But people were kind of cranky, weren’t they?

The internets is all in funs, hm?

[BykrBayb]

OMG, that was freaky. I went to YouTube to watch the video and hear what the pig says. Just as the video started, it came on the TV at the same time. I was hearing it in stereo, and at first I didn’t know why. LOL

Okay, I think after the pig says “Pure adrenalin” he just laughs.

[Responsibility2nd]

LOL. You forgot the cheese.

 

 

 

Oh - so sorry. My apologies.

 

 

 

LOL. You forgot the cheese.

Oh - so sorry. My apologies.

 

[kevkrom]

Here, I even piled on myself, if that’s possible.

If you keep doing that, you'll go blind.

[BykrBayb]

Oh, and watch out for the spelling Nazi’s!

Spelling Nazi's what? Or do you mean "spelling Nazis?"

; )

[Liberty Valance]

Best Thread Ever!

[warchild9]

I learned that from my Jesuit instructors in theology school.

I won’t even mention what Rabbi Apple taught me!

[jusduat]

I have been here for a while now and only posted one
thread. Nearly everyone is faster than I am.

[Red Badger]

He says, “Deal with it.”, I THINK..............

[Hot Tabasco]

it’s all over the television here this morning.

I don't know what "IT's" is but one could say the same thing about the weather reports. They're included with virtually every news report..........

[ColoCdn]

If she wasn’t nailed to the perch, she’d be pushing up daisies right now. Mate, this bird wouldn’t “voom” if you put four million volts through it! ‘(Sh)E’s bleedin’ demised!

The O is pining for the Northern (Carolina) fjords.

[Lazamataz]

The piggy says, "Pure.... adrenaline...."
and then he says, "Recent development in microchemical technology enables us to integrate even a complicated chemical system onto a small microchip [1–9]. Microchemical technology is applicable to a wide range of chemical processes, including analyses [2–5], bioassays [2,3,6], and chemical syntheses [7–9]. The merit of the microintegration is that we can use rapid, efficient, and sophisticated chemical technologies anytime and anywhere as the occasion demands. That is, mobile and high-performance analytical systems will be realized in the near future. We cannot deal with CW and biological weapons (BW) attacks by conventional huge and complicated analyzers in analytical centers, because samples must be transferred from the actual spot to laboratories and it usually takes hours or days for these machines to show the results of analyses. Microchemical chips are expected to make analyses in minutes or even shorter periods in the future. Now, on-chip integration of electrophoresis, mostly for genome technology, is the most popular topic in microchemical process research (Fig. 1a) [10]. Highly sensitive detection methods for extremely small amounts of samples are necessary for microchemical technology in general. In the onchip electrophoresis experiments, fluorescent labeling and laser-induced fluorescence (LIF) detection are used in a highly sensitive detection method [11]. However, the variety of chemical and biological weapons is so wide that combinations of electrophoretic separation and LIF are incapable of covering all of them. The analytical methods for chemical and biological weapons must cover even neutral and nonfluorescent species. An integration methodology that can be applied to more diverse analytical and biosystems is demanded. Our research group has developed a more general methodology for microintegration of analytical systems (Fig. 1b) [12]. For this subject, microunit operation (MUO), continuous-flow chemical process (CFCP), multiphase laminar flow (MPLF), and thermal lens microscopy (TLM) are key elements of our methodology. MUO and CFCP are basic concepts for the integration of general chemical processes onto microchips [12]. Micro fluid control based on MPLF [13] and photothermal determination of nonfluorescent species using TLM [14] are fundamental technologies to realize MUO and CFCP.

[warchild9]

That’s kept me from posting, as well.

I just happened too pass by a teevee when the news about Purdue broke. Then I did something very silly on my way to check my ping lists.

[BykrBayb]

Already posted here.

[Never on my watch]

I love to shake the monkeys

Is that what they call it nowadays?

[warchild9]

“Cage” makes it gender-specific.