A Pharmaceutical Industry Leader, Starting with Truth-Telling Tech

Will the protagonist always be a cowboy in this company? I feel that the protagonist's character is more suitable to be a professor in a university, and it is more interesting to be a teacher. Just like this, I watched the protagonist keep being a cow and a horse, and all the credit he had was robbed. He made no money and no reputation.

1. Because the research and development of nucleic acid drugs involves many real patents and method restrictions, which are kept confidential, some information and names have been modified. Professionals should not be surprised. 2. This is pharmaceuticals after all, so I won't be particularly bragging. It involves a lot of professional terms (which are common knowledge in the industry). If you don't understand, you can ask, but I have tried my best to speak more colloquially and simplify it to make it easier for everyone to read. 3. Some common terms or knowledge: Nucleic acid: a special substance in the human body, which together with proteins and sugars constitutes the basic functions of the human body (of course, it is more than these, it is similar). It is divided into DNA and RNA. DNA is simple, but RNA is complex and difficult to synthesize. 3. Target: The development of drugs needs to be based on a point, just like if you want to shoot an arrow, you need a target, that is, based on a "certain phenomenon" of the disease, develop a corresponding drug. This phenomenon is called a target 4. Sequence: Nucleic acids are like a greedy snake, with many bases connected to it, then this snake is called a sequence. 5. Bases: There are 5 types of small molecules in sequence (conventional without modification), DNA is (ACGT), RNA is (ACGU), which are what we often call purine and pyrimidine. 6. Lc-ms: It is a combined instrument of liquid chromatography and mass spectrometer. It can determine the molecular weight of a substance and thus what kind of substance it is (cannot distinguish isomers) 7. HPLC: It is high-performance liquid chromatography (purity analysis instrument, mainly using polarity). It can be roughly understood as mainly analyzing substances that are not easy to vaporize (not particularly accurate , reading a book is enough to understand) 8. GC: It is gas chromatography (purity analysis instrument, mainly using the boiling point), which is roughly understood to analyze the purity according to the gasification speed (not particularly accurate, just convenient for laymen to understand) 9: Humidity and temperature: For any precision instrument, stable humidity and temperature are required, and temperature and humidity compensation is required. Just understand. 10. Ultrasonic water bath: Just like the thing used to wash glasses in an optical shop, it is mainly used for cleaning (of course it is more than that, just understand it) 11. Isomers: It is molecules with the same molecular weight but different molecular structures. It can be understood as the same set of building blocks, arranged in different shapes 12. Carrier: To synthesize nucleic acid sequences, you need to connect the bases one by one, and the first base will be placed on a carrier, probably like the root of a gourd vine. 13. Base modification: The base structure is very simple and needs different modifications to reflect different traits. This is also an important direction for nucleic acid pharmaceuticals. 14. Targeted drug delivery: It is how the drug is delivered to the target. There are oral administration, intravenous injection and subcutaneous injection. The principles are different. Nucleic acid is injected directly. Why? Because it is easily melted by human cells. 15: Rotary evaporator, a very basic experimental equipment, uses vacuum to evaporate the solvent or low-boiling point substances in the reaction solution. 16. Molecular sieve is a substance used to absorb water. It comes in various shapes and can be reactivated after absorbing water. It is basically small particles, the size of common soybeans and mung beans. 17. QC refers to analysis and testing personnel, and QA refers to quality assurance personnel. The combination of the two is collectively referred to as quality control management personnel.

The gory, corny-to-the-eunuch plot wraps up an affectionate Aquaman. . Romance written by female author

I hope it won't be like the introduction. . .

I wanted to watch a medical drama, but it ended up being ambiguous.

It's becoming more and more like a youth pain novel. I didn't even read this stuff in high school.

The author seems to have never seen a woman before. As of Chapter 24, there have been 4 women, a roommate sister, a colleague, and two interns.

I feel like this is a stallion youth novel. It's amazing.

It's boring, it smells like children's porn

The investment in the research and development of nucleic acid drugs is very huge. The monomers are calculated in micrograms. Many modifications are many times more expensive than gold. A synthesizer costs millions, purification costs millions, mass spectrometry costs millions, freeze-drying costs millions, and other public systems. The investment totals tens of millions More Not to mention the need for GMP workshops, screening platforms, patent purchases, clinical verification... Ordinary people simply cannot afford the investment The real situation is this. Any first-of-its-kind drug requires an investment of more than 10 billion dollars, so there is a "billion dollar" law. So, unless you really change careers and don't work in this industry, you will resign and you will not be able to do this independently I write a medical article, and it would be boring to directly talk about obscenity. I try to write stories based on reality. I hope everyone understands.