关于
Yongchao Fu
Contact Information
E
mail: 3212418315@qq.com;
Homepage: https://s0521.github.io.
Brief Biography
Yongchao Fu is an application engineer in Phoenix software working at Tri-ibiotech. Science and Technology with a bachelor’s degree. He have organized a lot of WinNonlin, NLME and NONME workshops.
Research Interests
Pharmacokinetics, pharmacodynamics, modeling and simulation, nonlinear mixed-effects model, quantitative computing, statistical computing, statistical reporting, reproducible reporting.
Education Background
2010~2013, Bachelor degree, biotechnology, Henan University of Science and Technology 2010~2013, College degree,Biopharmaceutical, Henan University of Animal Husbandry and Economics
Professional Experience
2013-2017, I join Chempartner as a Study Director Assistant, responsible for pre-clinical in vivo pharmacokinetics research in the DMPK department, including study protocol writing, study data analysis, study report writing, etc.
2017, I join Tri-ibiotech as an application engineer for Phoenix, and provide technical support and training services for users across the country.
- I hosted 11 WinNonlin workshops as the only lecturer,
- organized 2 NLME workshop with others,
- 5 NONMEM workshops with others,
- conducted internal training for dozens of companies,
- Help customer translate their NONMEM model to PML model,
- Help customer Building a entero-hepatic reflux model,
- Help analyze fish PK data.
I also made some Phoenix cases published on the company’s website, such as:
- how to use Phoenix to generate VPC Plot,
- how to use Phoenix for allometric scaling,
- how to use Phoenix building the Target-mediated drug disposition models.
Software Packages
R packages:
I’m the creator and main author of:
- guiplot:a user-friendly plotting aids based on graphical interface in R
Phoenix case in Chinese
- Phoenix (WinNonlin NLME IVIVC toolkit) Q&A
- Interpretation of Phoenix WinNonlin Bioequivalence Results
- PML Series (1) Mini PBPK Model of Monoclonal Antibody
- Application PhoenixNLME simulates individual blood concentration
- VPC visual prediction check (1) conceptual principle
- VPC visual prediction check (2) draw VPC plot in Phoenix NLME
- VPC visual prediction check (3) hand-drawn VPC plot in Phoenix
- PML Series (2): Target-mediated drug disposition Model (TMDD)
- PML Series (3): Approximation of the TMDD Model
- PML Series (4): Simple Allometric scaling
- PML Series (5): Simple Allometric scaling(2)
- Phoenix Friendly Compatibility: Links to Phoenix and R Languages