Perfect level genetic engineering was sothing Chen Cang never dared to imagine!
However!
Looking at the skill book glowing with golden light, Chen Cang was honestly a bit excited.
He could never have imagined that upgrading the Second Provincial Hospital to the number one in the province would earn such an incredible reward!
The rewards for the mainline mission are truly bountiful!
However, thinking about it, Chen Cang suddenly had a mont of enlightennt; just now, he thought of sothing else.
Mainline mission!
What is a mainline mission?
Chen Cang seed to have figured out a pattern of the system.
Mainline missions are the main developnt clues.
And the rewards for completing these mainline missions are like this.
It seems that... they will greatly assist him in the near future.
For example, the surgery skills from before, from the most basic appendectomy and cholecystectomy in general surgery, to later cardiac surgery skills, hepatobiliary surgery, gastrointestinal reconstruction technology, and neurosurgery technology!
Upon thinking carefully, the rewards from mainline missions have always helped his growth!
By contrast!
Side missions!
Dungeon missions!
Temporary triggered missions!
Even including the "Benevolent Heart of a Doctor" missions, these rewards are actually random.
Do they have a use?
Of course they do, but how significant it is, it’s really hard to say!
But the skills gained from mainline missions are definitely those that will help solve problems in the near future.
Thinking of this, Chen Cang’s initial excitent cald down quite a bit.
The richer the rewards, the more problems and challenges he will need to face in the future, with increasing difficulty!
As for the "Trauma Surgery Collection"...
Chen Cang thought about it over and over and had to sigh.
Can’t figure it out!
What will the future hold?
It’s really unclear!
Thinking of this, he couldn’t help but shake his head and stop thinking about it. "When the soldiers co, I’ll block them; when the water cos, I’ll cover it with earth. Besides... I never fight alone, so why be afraid?"
The announcent ti of the Nobel Prize each year doesn’t vary much.
But this year, Chen Cang has about a one-third chance of winning the Nobel Prize.
In fact, there’s an outside market for the Nobel Prize every year worldwide!
The reason why there’s about a one-third chance for Chen Cang is not that his contribution is lacking, but because the ti hasn’t been long enough!
Many things need ti to prove they are correct!
Moreover, the Nobel Prize in Physiology or dicine is often awarded to those who make outstanding contributions in the field of scientific research!
It may seem unfair to clinical doctors.
But that’s not the case!
If we talk about contributions, how many patients can a doctor save?
Whereas, the developnt of a new drug, or the discovery of a new chanism or physiological pharmacological function, can actually have a greater impact!
Here’s an example!
In 2015, Tu Youyou and Akira Omura’s discovery of new antimalarial drugs—artemisinin and dihydroartemisinin—how great was their contribution to the world?
Also, in 2017, Michael Rosbash and colleagues discovered "the molecular chanism controlling circadian rhythms."
These great inventions or discoveries have an essential impact on dical developnt!
After all, the chance is too small for soone like Chen Cang!
Not everyone can defy the odds like Chen Cang.
Actually, Chen Cang doesn’t care much about whether he wins a Nobel Prize.
He is more concerned about the baby in Qin Yue’s belly!
Every day after coming ho, the first thing is to listen to what little Chen Cang is doing inside the belly!
Every ti he does this, Qin Yue laughs and says, "He’s only four or five months now, what can you hear?"
Chen Cang shook his head mysteriously: "I can hear a lot of things! My ears are exceptional!"
"You know? Now is the period when the fetal heart rate is fastest, reaching up to 180 tis per minute, and! You know? At this point, the gender can already be distinguished!"
Hearing this, Qin Yue’s eyes lit up!
"Boy or girl?"
Chen Cang, hearing this, imdiately laughed: "Which do you want, a boy or a girl?"
Qin Yue, hearing this, turned her little head: "A boy!"
"Why?" Chen Cang looked at Qin Yue curiously, "Don’t all won like girls? They’re more loving!"
Qin Yue shook her head: "It’s enough to have as the beautiful and glamorous one in the family. I need more n to protect !"
"If you bully in the future, I’ll let my son take revenge!"
Chen Cang imdiately laughed: "Then you are lucky!"
Qin Yue was stunned: "What do you an?"
Chen Cang shrugged and gently patted the belly: "Simple, you’re having a boy!"
Qin Yue, upon hearing this, rolled her eyes at Chen Cang: "Dr. Zhang from obstetrics said you can only tell at 5 months with an ultrasound, you can tell just by feeling? Are you better than Dr. Zhang?"
Chen Cang naturally nodded: "Dr. Zhang didn’t tell you, her delivery technique was learned from !"
Qin Yue, hearing this, laughed and said: "Alright, alright, stop bragging, my obstetrics expert!"
Life at ho was very harmonious.
Chen Cang never argued with Qin Yue, but... he really knew that his first child should be a son!
As ti went by, Chen Cang occasionally went to the new drug research institute.
And incidentally expanded the gene engineering laboratory.
Even though Zhang Mu didn’t understand why Professor Chen was doing this, rembering the developnt process of the Alzheir’s new drug CN-GV-988, they couldn’t help but admire Chen Cang’s prowess.
When it cos to genetic engineering, the dostic thods are indeed lacking.
It’s not only about techniques; it also involves so top-tier genetic engineering experintal equipnt and other items.
What is genetic engineering?
Simply put, it’s about creating new substances!
If the start of genetic engineering was because of the discovery of the DNA double helix structure and the RNA single helix structure,
Then genetic engineering is about using various thods and tools to alter or recombine different source gene sequences, or fill in or remove them, in essence, using these ans to change gene sequences and thereby produce new things!
Genetic engineering has always been a weak point dostically!
Even if we compare the clinical and research levels between our country and so developed foreign countries as two mountains,
The clinical level gap is 1,000 ters, whereas the research level gap is at least 5,000 ters!
That’s right!
Because research level is based on foundational disciplines.
Just like genetic engineering in biotechnology is the most difficult, it’s based on molecular genetics, utilizing the modern thods of molecular biology and microbiology.
Even the equipnt we currently have are the ones they’ve already phased out!
Competing with them in such a scenario is still very challenging.
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