Chen Xiao thought about it for a long time and didn't know what this smell was.
I always feel that something is familiar, but I can't remember it.
When Qu Ping used an iron clip to pick up the contents of the box, Chen Xiao immediately remembered the smell. It was the smell of the school cafeteria deep in his memory.
The canteen serves meals in large pots, and the cooked meals are placed on stainless steel plates.
When the temperature is high, the food inside usually reacts with some bacteria in the air or in the stainless steel plate.
Although it cannot be said to have deteriorated, it will always produce some strange smells.
And that’s right!
What Qu Ping added from the insulated box turned out to be a piece of fat with a sheen of oil.
Qu Ping carefully laid the phone upside down on the table.
Then open the lid of the transparent box, put the small piece of fat into the transparent box, and then close the lid.
She picked up the phone, used a relatively fast frequency, and shook it in the air.
After about a few seconds, Qu Ping continued to press the power button of the phone.
Soon, a startup screen showing two hands holding each other appeared on the screen of the phone.
The familiar sound of Nokia booting up echoed in the air.
The phone is turned on.
Because Chen Xiao had already guessed what Qu Ping was going to do, he just kept smiling and didn't show any surprise.
Assistant Qu Ping, who didn't know why, was shocked when he saw this series of operations by Qu Ping.
Qu Ping removed the Nokia mobile phone battery, then installed a box filled with culture fluid and bacterial colonies, and finally put the leftover fatty meat from lunch into the box.
As a result, the phone turned on.
This proves two problems.
The first problem is that what is placed in the box must be NG-03 colonies, because only ng-03 colonies can decompose organic matter and produce electricity.
The second problem is that what the colony just decomposed was a piece of fat.
The mobile phone can be turned on through this piece of fat.
Qu Ping smiled and revealed a series of data to Chen Xiao.
"The battery of this mobile phone is about 1200 mAh. After a simple conversion, if the mobile phone is fully charged, it will be about 0.0045 kilowatt-hours of electricity."
"Converted into calories, it is 3.87018 kilocalories (kilocalories)."
"One gram of fat has 9,000 calories."
"According to the energy conversion rate of ng-03 colony, it is about 75%."
"One gram of fat has 6.75 kilocalories converted into electrical energy."
"I just put in the bacterial colony and the fat inside was about five grams."
"That is, 33.75 kcal of heat will become electrical energy, which is equivalent to an original Nokia battery. After it is fully used, it can be charged 9 times."
"The current battery life of Nokia mobile phones is no problem after a day of comprehensive use."
"I put a piece of fat into the battery compartment of my phone and I could go 9 days without charging it."
After saying all this, Qu Ping smiled and looked at Chen Xiao.
This experiment was indeed achieved unintentionally.
Just a week ago, Qu Ping's cell phone suddenly ran out of battery while she was eating.
In addition, spare batteries and chargers are placed in the apartment.
So Qu Ping couldn't look at her phone that afternoon.
Qu Ping, who was working on the ng-03 mobile phone, suddenly thought, could we take this opportunity to apply these bacterial colonies in real life?
So Qu Ping tinkered with this experimental application.
Because all the previous experimental data are available, there is sufficient theoretical support.
But when Qu Ping conducted this application experiment, the most critical thing was to grasp three issues.
The first problem is to ensure that the current contributed by the NG-03 colony has a stable voltage.
So Qu Ping asked Gao Miao to help design a colony chamber that was about the same size as the battery on the back cover of her mobile phone.
Colonies often have small voltage regulators to ensure stable current and voltage.
Just having stable current and voltage is not enough.
Qu Ping also needs to ensure that the frequency of colony metabolism in the colony warehouse is maintained at a certain rhythm.
If the metabolism of the colony is too fast, it will cause the fat consumption to be too fast. In the early stage of metabolism, a large amount of electrical energy will be wasted (because there is no energy storage device in the colony warehouse).
If the metabolic rate is too slow, it is very likely that the battery will not be able to keep up and the phone will not be able to turn on.
Therefore, Qu Ping calculated the metabolic rate and reproduction rate of NG-03 colonies in detail.
Add appropriate culture fluid and a certain number of colonies to the colony bin.
This allows the battery compartment to reach a more stable state.
Of course this is just a temporary move.
If this technology is to be applied in the future.
The user must re-add the culture medium within a certain time range to ensure the activity of the colony.
However, this small experiment by Qu Ping contains many advanced concepts and a lot of rigorous science.
Chen Xiao gave Qu Ping a thumbs up and said: "Ng-03 colony will definitely have a broad application market in the future."
Chen Xiao also quickly gave instructions to Qu Ping's team for the next experiment.
The first is to find a way to completely map the genetic profile of the colony and find the gene fragments of metabolic enzymes.
Why can the NG-03 colony only decompose small molecular substances such as glucose, protein or fat?
The most fundamental reason is the action of enzymes.
If only some of these genetic maps could be changed.
Let ng-03 colonies decompose macromolecules of organic matter.
Then the future application scenarios of this type of bacterial colony will be very extensive.
There are many organic substances in this world.
There are naturally occurring ones, such as trees and grasses, etc., and there are also synthetic ones, such as paper, PVC pipes, fibers, etc.
If powerful enzymes can be synthesized in the bacterial colony, all organic matter can be used for metabolism.
This means that Chen Xiao can completely build a bioenergy pool power plant.
At that time, power plants did not need to choose raw materials at all.
Straw after harvesting crops, kitchen waste from urban residents, and even human and animal excrement, etc., are all organic matter.
According to the conversion rate of about 75%, using these organic substances to generate electricity is a real new energy source.
The second instruction is to hope that Qu Ping's team can find high-energy substances from the metabolic intermediates of the bacterial colony.
Everything needs standardized modules to facilitate market application.
Suppose Chen Xiao promotes the bioenergy battery that Qu Ping inadvertently invented.
So it's impossible to let the energy battery eat a piece of fat to generate electricity when there is nothing wrong, right?
Doing so is not conducive to the stability of the bacterial colonies and culture fluid in the bioenergy battery.
If the laboratory could find a standard energy block.
The energy contained per unit mass of this kind of energy block must be higher than that of fat, and it allows laboratory researchers to easily calculate the colony consumption rate and time of the bioenergy battery.
Only in this way can large-scale industrial application be possible.
After Qu Ping heard Chen Xiao's arrangement, she immediately understood what Chen Xiao's purpose was.
After arranging these things, Chen Xiao was ready to leave the laboratory.
Qu Ping said: "We also have a group that conducts another way of scientific research on the colony."
"Because the NG-03 colony is a combined energy bacterium that can secrete a deceptive chemical substance when it is alive and successfully deceive the human body's immune system, so even if it overflows from the colony box we implanted in the body,
It will not be eliminated by the body’s immune system.”
"Similarly, NG-03 also has this function."
"Our second team tried to inject this bacterial colony into the fat layer of the body."
"It turns out that the bacteria can 'burn' our fat very well, making the body look more refined and well-proportioned."
"This kind of fat-burning behavior is a comprehensive behavior. While burning fat, the skin and muscles of the area will also undergo some changes at the same time, so the figure will look very natural, just like fitness and weight loss.
.”
"When the bacterial colonies die, they will be absorbed by the body's tissue cells and will not cause other harmful reactions to the body."
"So our second team also expanded the application of NG-03 colonies to medical cosmetology."
"Currently, the experiments are still conducted on animals and have not been actually used on humans."
Chen Xiao had some surprises. He did not expect Qu Ping's team to conduct experiments in this area.
Suddenly Chen Xiao thought of a question and asked Qu Ping: "Is the leader of the second experimental group Wang Lirong?"
Qu Ping laughed and nodded.
Now why did Chen Xiao know that there was an experiment involving NG-03 colonies eating fat?
Because Wang Lirong is a fat girl.
Her facial features are very good-looking, but she is a little fatter.
Chen Xiao actually felt helpless because Wang Lirong had a very good personality, a very lively girl with strong business ability.
But Wang Lirong doesn't mind.
It's dark and dark every day in the laboratory, and there is no time for exercise.
If you can make yourself more beautiful through scientific means, this is certainly something worth encouraging.
Chen Xiao nodded and said to Qu Ping: "The two experiments I just mentioned must be done. You can handle the other experiments as you like."
"Submit the paper as soon as possible. Another purpose of submitting the paper is that we hope to get the approval document for the clinical trial as soon as possible."
Biobatteries and the like do not require clinical trials.
However, Wang Lirong's weight loss experiment would be difficult to apply without the support of clinical data.
Chen Xiao also encourages this kind of experiment, not that such experiments and scientific research results have great application potential, but that they can make money.
Any experiment that makes money is a good experiment.
Three days later, the Changtian Technology Life Sciences and Medical Laboratory officially published "Research Results on the Utilization of Organic Metabolism to Generate Electric Energy after Artificial Screening of Combined Bacteria" in several well-known academic journals in Xia State.
Shuimu University, Biological Laboratory.
When Admeier, an exchange scholar in the laboratory and a doctoral supervisor at the Life Sciences and Medical Laboratory of Stanford University in the United States, saw this paper from Changtian Technology, all the hairs on his body stood up.