₦airaland Forum

Mhen it is almost impossible. Try to get your past spreadsheet (transcript) and sum it up with ur course form (giving all ur courses A's). Calculate whether if u have A's in all ur courses u will have a 2:1 or not.
Do the calculation urself

Nice meeting u all

mosbiod:
I have seen almost every one except keppyy beegurl sabiguy and Temihatz...can we guys just meet somewhere...I'm thinking the kitchen side around 7:30pm letz just hang around each other and have fun...that's why this thread is alive not to just keep saying hi to each other online my pple. Please reply so we can know who's showing up

I'm in too

@xamilola (left) ; Me and @Deehvahrzz (right)

mosbiod:
I'm in bakassi 2A

Pls fujirice and mosbiod let's meet. 0eight069twofour9four2six

xamilola:
I rep platoon 4

Oya I rep platoon 4 too... Wait o, seems I saw u during d practice. U were talking talking talking and talking.

fujirice:
Bakassi 2A

Bakassi 2B. .. need to see u 2moro

There's God in everything they r doing. @fujirice I'm in a queue @that "one hall like that". Mhen sweating like Christmas goat

Mizmay13:
Going tomorrow too, what time is best to be there....dont want to go n start dulling o, am too sharp for that.lols

Lol. Should be dere latest by 12noon. I know some that will get there around 6am e.g sabiguy, mosbiod and Co

Deehvahrzz:
@ hawdi.... Go to to Ogun thread ooo. What r u finding for here naa? All abuja girls r engaged.
Pls who is going to camp tomorrow? I don't want to be d only one

We plenty don't worry

xamilola:
Hi, am Damilola, from unilorin, studied English #teamAbuja# #batchC# nice to meet everyone.

Welcome on board. But u influenced it right?

navistar:
welcome, but what do you mean by better by far

That's our school slogan.

keppyy:
They are on their way..

Let's introduce Ourselves..

School: University of Port-Harcourt.
I'll leave from rivers state.

School: University of ilorin (better by far)
Course: Economics ed.

Winny28:
Pls. Any accomodation for corpers in Abuja? Just want to know.

Pls I need to know too...

sabiguy:
I hope y'all are ready for a crazy house in kubwa cuz I'm ma drive y'all crazy Like a lorry. Hahahahaha. Sabiguy touched down kubwa!

Lol av bin watching u sinceeee. I really need to meet this sabi -guy.

Glad to be here ...
where are others

#TeamAbuja
#TeamKubwa
#TeamC14torbad

Team Abuja C14 ... Nov 4 ...
From Unilorin...
Economics ed.

Nice one. Happy birthday Sir...

Hello House, pls can someone help my friend, she paid the 4k this morning and her transaction status is pending for ever. I did mine same time and they sent my call up number to my mail (almost instantly).

Some1 pls help

So?

I see Arsenal winning tonight

Today Game will determine whether I will swear for Van Gaal or not.

Go go go Costa, we got ur back. Although not a Chelsea fan ( too noisy ) but a special fan of Costa

I see Liverpool loosing

Like a severed telephone line (from back in the days when phones had wires), a spinal cord injury can cut off communication between the brain and the rest of the body -- leaving a victim unable to move some or all of his or her limbs. It's one of the leading causes of paralysis in the United States, and the debilitating effects often can be permanent.
But over the past few years, scientists have begun to overcome some kinds of paralysis using epidural electrical stimulation, or EES for short. With this technique, researchers implant two electrode arrays onto the spine: one above the injury, and one below. Then the top array reads the electrical commands from the brain and beams them to the lower array. The lower array then relays the message to the nerves that control the limbs.
Essentially, the EES is a bridge that bypasses the spinal cord injury. The technology has already given paralyzed -- and even people -- the ability to rats walk again.
The trouble with current EES technology is that the arrays send out an electrical signal that never varies unless it's manually adjusted. This lack of variation appears to cause the nerves to fatigue after a while.
Eventually they just stop firing, and the person stops walking once again. Now scientists from the École Polytechnique Fédérale in Lausanne, Switzerland, found a way have to vary the EES signal so that patients -- or in this case, rats -- can walk longer and with greater control of their steps.
In the experiment, the rats' spinal cords were completely severed, causing total paralysis of the hindlimbs. Yet the researchers got the rodents walking again with the help of EES and some training sessions (during which rats' upper bodies are supported by a cute little vest). Then, they monitored the walking patterns of rats whose EES used the old, unvaried signal, and compared them to rats whose EES signals varied in their frequency, amplitude, and pulse duration on every step. And it appears that the new algorithm has promise
As the signal's frequency was dialed up from 20 to 90 Hertz, the rats took larger steps, ranging from 2.9 to 6.8 centimeters in height. Modulating the frequency helped the rats to walk longer: Rats whose EES continually pumped out 40 Hz signals eventually collapsed when their muscles stopped responding, whereas rats whose EES frequency varied were able to walk 1,000 steps to the end of the test almost double the distance of the 40 Hz rats, on average. The modulated signal may be more effective, because it mimics the diverse ways that neurons fire naturally.
The new turning algorithm also helped the rats to overcome more complicated obstacles, in the form of rodent-sized staircases whose steps ranged from 1.3 to 3.5 centimeters. Because the frequency modulation helped the rats to take larger steps, those rats had a much easier time walking up the staircases. They climbed the staircases successfully in 99 out of 100 attempts, whereas the rats who used the old technology "tumbled against and failed to pass the lower staircase." (Aww.)
According to the researchers, the modulated signal may be more effective, because it mimics the diverse ways that neurons fire naturally. Additionally, the new controller continuously tracks the motion of the legs, automatically adjusting the trajectory of each step based on that feedback. In this experiment, that tracking was done with cameras surrounding the rodent. If/when the system becomes adapted for humans, the researchers think wearable sensors may be able to take the place of the camera setup.
In a nutshell, the new algorithms make it easier to control the body's movements to a finer degree, in an adaptable way -- and in real time.
Up next, the lab will be testing out the new signaling algorithm in human patients beginning as early as next summer.

Source: Flipboard

Unionised: chewing on that...

otijah: Ok

ednut1: corruption

Joshuadon: GOD DELIVER DIS COUNTRY.................................

sirjohnson: Ghen ghen...The fowl's yansh is being opened

Samiceman: Ye

eleojo23: Bad

igbsam: Unending drama here and there always involving the pdp. Where is our $20b....is this part of what it was stolen for ?

HopeAlive14: Comedy of absurd and shame.

SimonAndal:
Nothing new. Next!

9jahubcom: kk

Tunguy01: Thief carry am , thief collect am , thief dey probe am , tell me hw we wan take knw d truth , indeed der was a country

Kunlenoni: hmmmm,whats my biz?

All of you need 10 strokes each

Honestly not surprised.

Creativity... Thousands of creativity like this (in Nigeria) has been ending up in the wastebin since 1960.

Not bad

Lies... 2015 things

axortedbabe: I just lost mine...
No biggie tho another one on d way...

... And then you woke up. What a dream #whew

This B*tch is cwazy