Chapter 257: Ancient Mass Spectrometer

Zhang Chen, who was far away in Shaocheng, of course didn't know that he was about to become a person who owned more than a dozen islands.

He never imagined that there was an elder who was more atmospheric than Xu Zeming, and with a wave of his hand, he planned to fight for more than a dozen islands for him.

Zhang Chen was happily checking the balance of the system points account.

As early as when Yiheng Construction Company received Canaanite bacillus, the system rewarded 3,000 points.

This is the reward given by the system for the completion of the assembly of the production line of Canaanite bacillus.

And at this moment, Zhang Chen was entangled.

With the arrival of these 3,000 points, 100,000 points have been saved in the system account, and even a fraction of 1,000 points have been added.

This huge amount of points mainly comes from the contribution of 017 Compound and Yiheng Construction Company.

And today, there are not many orders for the Canaan generation.

So far, only 1,000 points have been credited.

However, as long as the efficacy of Canaanite bacillus is recognized by the market.

With the pitiful production of 800 cubic meters per day of the Canaan generation, there will definitely be a situation where supply exceeds demand.

In this way, the daily point income will increase by 8,000, reaching the terrifying level of 12,500 points per day.

And now, Zhang Chen is thinking about whether to exchange for the [Mitochondrial Fission System] or comprehensively upgrade the [Canaanite Strain].

One is the field of new energy.

The other is the area of materials, which may also involve human strengthening.

However, at this stage, with one to four generations of Canaan, these four versions of the fungus liquid seem to be enough for the country to toss for a while.

There is another problem, if this [Mitochondrial Fission System] is exchanged, there will definitely be no way to mass produce it now.

The price of this system itself is 100,000 points, and if Zhang Chen's current knowledge reserve is used to simulate the full production line of this system, the points it will cost must be an astronomical amount.

Redeeming this system does not have much practical value for Zhang Chen now, at most it is just to save some electricity bills for the company.

And when there are more points in the future, enough to simulate the production line, and the system can be mass-produced, its value can be maximized.

However, there is no need to worry, seeing that the daily point income has exceeded 10,000.

You can save 300,000 points in a month, which is a terrifying speed.

There is no need to rush at this time, but you can first get the mass spectrometer that you have been trying to work on before.

The golden partnership of sequencing technology and laboratory animals has already achieved initial results.

Now the domestic high-quality papers have been flying all over the sky.

If you add such a perverted detection method as a mass spectrometer, the domestic biotechnology level will be completely thrown out of several foreign streets.

In addition, its own research base also needs a mass spectrometer.

In this way, it may also speed up the progress of the two major projects of molecular farm and oncolytic virus.

Just do it, Zhang Chen turned out the mass spectrometer in the system.

[The ancient mass spectrometer, priced at 2000 points, does not need to be used in conjunction with any other instrument, and can accurately determine the mass and quantity of microscopic particles. 】

Zhang Chen was stunned, he didn't know much about the mass spectrometer.

Even so, he knew that a typical mass spectrometer would have to be coupled to a gas chromatography, liquid chromatography or thermal analyzer.

In this way, it is possible to make a rough qualitative and subluctantly quantitative conclusion.

However, the [ancient mass spectrometer] produced by the system can directly and accurately identify microscopic particles qualitatively and quantitatively.

This made Zhang Chen a little surprised.

But with the previous sequencer, as a lesson from the past, he was able to accept this advanced detection technology.

The detailed introduction of this instrument shocked Zhang Chen again.

The basic working principle of [ancient mass spectrometer] is different from all current mass spectrometers.

After the sample to be tested collides with the inert gas at high speed and the sample is broken.

In general, mass spectrometers will try to make the sample to be tested lose electrons and carry positively charged molecules, particles or fragment ions in the process of breaking up the sample.

In the process, it is inevitable that there will be some errors, a large number of samples pass through the high vacuum area together, and it is inevitable that some samples will not lose electrons, or will not carry positively charged molecules.

This can lead to some deviations in the final inspection results.

But [ancient mass spectrometers] are different, they have a built-in microscopic particle detector, and there is no need for the sample to be tested to carry positively charged molecules.

Regardless of whether the sample is positively or negatively charged, as long as the diameter of the particle reaches the detection limit, it will be perfectly captured by the detector.

It is equipped with a vacuum machine that perfectly crushes all samples into microscopic particles required by the detector.

Overall, the precision of this mass spectrometer can detect the condition of a single amino acid on a protein.

And now the most accurate mass spectrometer on the market may only have the accuracy of only one Dalton.

This is 108,000 miles different from the accuracy of the [Ancient Mass Spectrometer], which is not an order of magnitude at all.

It's like a horse-drawn carriage and a rocket.

Zhang Chen was very excited in his heart, and he regretted it a little.

I knew that I would have exchanged this artifact earlier, and with it, the molecular farm project will inevitably make leaps and bounds.

Zhang Chen's heart moved, and he immediately simulated the production technology data of the [Ancient Mass Spectrometer] in the system.

The system prompts that to obtain a full set of production line information, it costs 10,000 points.

Without any hesitation, Zhang Chen directly clicked the simulation button.

Now he has a huge sum of 100,000 points in his hand.

The cost of 10,000 points is not a problem at all.

It didn't take long for the full set of materials to appear in the system space.

Due to security concerns, Zhang Chen did not copy all of them, but only copied some key instruments and equipment to the computer.

After printing out these materials, he asked Zhang Yue to immediately contact to buy instruments and equipment, and began to look for domestic mass spectrometer manufacturers.

At present, the global market for mass spectrometers is occupied by two foreign companies, ABI and Thermo Thermo.

These two companies account for at least more than 90% of the market.

As in the case of mass spectrometers, many medical equipment, such as nuclear magnetic resonance, CT machines and other high-end large-scale equipment, are also monopolized by foreign companies.

However, soon Zhang Chen will settle this one by one.

He wanted to take advantage of this time to get all these large medical equipment done.

Moreover, medical equipment can be exported abroad without any scruples, and Zhang Chen wants to monopolize all foreign markets.

Judging from the sequencer and mass spectrometer produced by the system, the scientific and technological content of the products produced by the system is far from being comparable now.

Even the ancient series of products in the system can crush the most advanced foreign technologies.

Thinking of this, Zhang Chen asked Zhang Yue to find the manufacturers of CT, MRI, X-ray machine, and ultrasound diagnostic instrument by the way.

A large part of the production of these instruments is in China, so manufacturers can definitely be found in China.

But it's just a matter of production and assembly.