Training Courses
- Topic 1 ：The Bioinformatics Series
- Topic 2 ：Tools & E-Resources at Life Science Library
- -- Physical Class； -- Video Class
- or
will appeared 21 days before the class date for registration；Click Nextto fill out information to complete registration
【Bioinformatics series】Single cell analysis (In Chinese)(Physical and Video Class)
2025-10-14 （Tue） 14:00~16:00
Dr.Yu, Chen-Hsin(Assistant Research Specialist,IMB)
Research Building of Environmental Changes, AS, 6005 Room
Introduction to 10x single cell RNA-seq Analysis, including data Quality control, Normalization, Integration, Visualization, Clustering, and Marker identification
AI-Powered WoS & JCR: Easily Unlock SCIE/SSCI Scientific Treasures and Top Journal Rankings!
(In Chinese)(Physical and Video Class)
2025-10-20 （Mon） 14:30~16:30
Mr. Max Lin(Shou Ray Information Service Co., Ltd.)
B1A Conference Room, IBMS
1. Web of Science (WoS) Core Collection
- WoS Introduction: A publisher-neutral platform providing academic content including journals, conference proceedings, and books.
- WoS Core Indexes:
- SCIE/SSCI: Includes top global scientific and social science journals with high academic impact.
- ESCI: Includes peer-reviewed, quality emerging field journals.
- AI Smart Search: Uses natural language queries to help researchers quickly understand topics and conduct literature reviews.
- Citation Analysis:
- Co-citation Map: Visualizes relationships between literature.
- Enriched Cited Reference Map: Understands authors' true intentions in citing references.
2. JCR: Top Journal Ranking and Analysis
- JCR Metrics:
- Journal Impact Factor (JIF): Measures a journal's relative influence in a specific field.
- Journal Citation Indicator (JCI): A newly introduced normalized metric for cross-disciplinary journal comparison.
- Function Application:
Journal Comparison: Allows simultaneous comparison of JIF, JCI, and other data for multiple journals to assist in submission decisions.
【Clinical Trial series】Lesson 3—Key clinical considerations of clinical trials(In Chinese)(Physical and Video Class)
2025-10-21 （Tue） 10:00~12:00
Dr.Chang(CDE)
Research Building of Environmental Changes, AS, 6005 Room
This course will introduce the basic concepts of clinical trials, as well as the design and statistical analysis of clinical trials at various stages of drug development. It will particularly focus on practical discussions and considerations for regulatory evaluations in both our country and advanced countries. The course content includes: design and requirements of preclinical study to support clinical trial in new drug development, key clinical considerations, and the design of Phase I, II, and III clinical trials. Additionally, the course will emphasize adaptive and enriched designs of clinical trials, real world data (RWD) and real world evidence (RWE), cancer clinical trials, and clinical considerations for the development of advanced therapy medicinal products (ATMPs) or innovative medical devices, which have been of particular interest in recent years.
To help the participants gain a deeper understanding of the course content, a practical session on R programming has been arranged. Participants are encouraged to prepare their own laptop and install the R and R STUDIO software in advance.
Participants who attend more than half of the total sessions will be awarded a certificate at the end of the course.
【LSL eResources series】Turnitin training course for student (In Chinese)(Video Class)
2025-10-27 （Mon） 09:30~10:30
Ms. Weichi Dai (iGroup Taiwan)
Online
【Class Requirements】If you do not have an account yet, please register first.
The availability of online resources is contributing to a growing global problem of plagiarism across all educational sectors. Turnitin is the world-leading plagiarism prevention system trusted by 15,000 institutions in 140 countries. Available 24-7, it’s web-based and there’s no need to install any software.
It works by comparing submitted work to the world's largest collection of internet, academic, and student paper content. Turnitin is a complete tool for detecting unoriginal work and teaching students academic writing and referencing skills.
Outline
- What is Turnitin?
- Setting Up Your Account
- Submitting Your Paper
- Viewing the Similarity Report
- Downloading the Similarity Report
【LSL eResources series】Turnitin training course for student (In English)(Video Class)
2025-10-27 （Mon） 11:00~12:00
Ms. Weichi Dai (iGroup Taiwan)
Online
【Class Requirements】If you do not have an account yet, please register first.
The availability of online resources is contributing to a growing global problem of plagiarism across all educational sectors. Turnitin is the world-leading plagiarism prevention system trusted by 15,000 institutions in 140 countries. Available 24-7, it’s web-based and there’s no need to install any software.
It works by comparing submitted work to the world's largest collection of internet, academic, and student paper content. Turnitin is a complete tool for detecting unoriginal work and teaching students academic writing and referencing skills.
Outline
- What is Turnitin?
- Setting Up Your Account
- Submitting Your Paper
- Viewing the Similarity Report
- Downloading the Similarity Report
【Clinical Trial series】Lesson 4—Study design of Phase I clinical trials(In Chinese)(Physical and Video Class)
2025-10-28 （Tue） 10:00~12:00
Dr.Mey Wang
Research Building of Environmental Changes, AS, 6005 Room
This course will introduce the basic concepts of clinical trials, as well as the design and statistical analysis of clinical trials at various stages of drug development. It will particularly focus on practical discussions and considerations for regulatory evaluations in both our country and advanced countries. The course content includes: design and requirements of preclinical study to support clinical trial in new drug development, key clinical considerations, and the design of Phase I, II, and III clinical trials. Additionally, the course will emphasize adaptive and enriched designs of clinical trials, real world data (RWD) and real world evidence (RWE), cancer clinical trials, and clinical considerations for the development of advanced therapy medicinal products (ATMPs) or innovative medical devices, which have been of particular interest in recent years.
To help the participants gain a deeper understanding of the course content, a practical session on R programming has been arranged. Participants are encouraged to prepare their own laptop and install the R and R STUDIO software in advance.
Participants who attend more than half of the total sessions will be awarded a certificate at the end of the course.
One-Stop AI-Powered New Drug Development Platform - Generative Therapeutics Design (In Chinese)(Physical Class)
2025-10-28 （Tue） 14:00~16:00
B1B Auditorium, IBMS
In the development of small-molecule drugs, Generative Therapeutics Design (GTD) demonstrates remarkable acceleration benefits. Powered by AI-driven molecular generation and screening, researchers can rapidly explore millions of derivative structures while simultaneously aligning with the Target Product Profile (TPP), efficiently identifying candidates with high activity and favorable ADMET properties. This approach reduces processes that traditionally take years to just a few months. More importantly, the integration of GTD with DS Simulation incorporates conventional molecular docking and pharmacophore models into the optimization workflow, enabling validation of molecular interactions with target proteins and enhancing the scientific reliability of the design. In parallel, the integration of the Machine Learning Workbench allows researchers to expand QSAR models applied in GTD by combining in-house experimental data with public database results. This enables the creation of predictive models for diverse targets, anti-targets, and ADMET properties. As a result, AI is not only capable of generating molecules but also of learning and refining design criteria, continuously improving the quality of drug candidates.
【Bioinformatics series】NGS 5: Differential Transcriptome Analysis: Bulk & Single-Cell(In Chinese)(Physical Class)
2025-11-06 （Thu） 09:00~12:00
Dr.Yao-Ming Chang(Associate Research Scientist, IBMS of AS)
1F Auditorium, ICOB
1. Bulk RNA-seq: Differential expression workflow with DESeq2 / EdgeR
2. Single-Cell RNA-seq: Features, data, and applications
3. Seurat: Practical session for cell clustering & differential expression
【Bioinformatics series】NGS 6: Old Data, New Discoveries: Reusing Public Biomedical Resources(In Chinese)(Physical Class)
2025-11-06 （Thu） 13:30~16:30
Dr. Chia-Lang Hsu(Associate Researcher, Dept. Medical Research, NTUH)
1F Auditorium, ICOB
This course introduces practical approaches to reusing public biomedical databases such as GEO, dbGaP, and EGA. Emphasizing hands-on practice, participants will learn how to search, retrieve, and perform basic analyses on existing datasets to address new research questions. The course highlights the workflow and key considerations of data reuse, guiding learners to experience how “old data” can generate “new discoveries” in biomedical research.
【Clinical Trial series】Lesson 5—Study design of Phase II clinical trials(In Chinese)(Physical and Video Class)
2025-11-18 （Tue） 10:00~12:00
Dr.Mey Wang
Research Building of Environmental Changes, AS, 6005 Room
This course will introduce the basic concepts of clinical trials, as well as the design and statistical analysis of clinical trials at various stages of drug development. It will particularly focus on practical discussions and considerations for regulatory evaluations in both our country and advanced countries. The course content includes: design and requirements of preclinical study to support clinical trial in new drug development, key clinical considerations, and the design of Phase I, II, and III clinical trials. Additionally, the course will emphasize adaptive and enriched designs of clinical trials, real world data (RWD) and real world evidence (RWE), cancer clinical trials, and clinical considerations for the development of advanced therapy medicinal products (ATMPs) or innovative medical devices, which have been of particular interest in recent years.
To help the participants gain a deeper understanding of the course content, a practical session on R programming has been arranged. Participants are encouraged to prepare their own laptop and install the R and R STUDIO software in advance.
Participants who attend more than half of the total sessions will be awarded a certificate at the end of the course.
【Clinical Trial series】Lesson 6—Study design of Phase III clinical trials(In Chinese)(Physical and Video Class)
2025-12-02 （Tue） 10:00~12:00
Dr.Mey Wang
Research Building of Environmental Changes, AS, 6005 Room
This course will introduce the basic concepts of clinical trials, as well as the design and statistical analysis of clinical trials at various stages of drug development. It will particularly focus on practical discussions and considerations for regulatory evaluations in both our country and advanced countries. The course content includes: design and requirements of preclinical study to support clinical trial in new drug development, key clinical considerations, and the design of Phase I, II, and III clinical trials. Additionally, the course will emphasize adaptive and enriched designs of clinical trials, real world data (RWD) and real world evidence (RWE), cancer clinical trials, and clinical considerations for the development of advanced therapy medicinal products (ATMPs) or innovative medical devices, which have been of particular interest in recent years.
To help the participants gain a deeper understanding of the course content, a practical session on R programming has been arranged. Participants are encouraged to prepare their own laptop and install the R and R STUDIO software in advance.
Participants who attend more than half of the total sessions will be awarded a certificate at the end of the course.
【Clinical Trial series】Practice Class—Practical operation unit using R program(In Chinese)(Physical and Video Class)
2025-12-16 （Tue） 10:00~12:00
Dr.Mey Wang
Research Building of Environmental Changes, AS, 6005 Room
This course will introduce the basic concepts of clinical trials, as well as the design and statistical analysis of clinical trials at various stages of drug development. It will particularly focus on practical discussions and considerations for regulatory evaluations in both our country and advanced countries. The course content includes: design and requirements of preclinical study to support clinical trial in new drug development, key clinical considerations, and the design of Phase I, II, and III clinical trials. Additionally, the course will emphasize adaptive and enriched designs of clinical trials, real world data (RWD) and real world evidence (RWE), cancer clinical trials, and clinical considerations for the development of advanced therapy medicinal products (ATMPs) or innovative medical devices, which have been of particular interest in recent years.
To help the participants gain a deeper understanding of the course content, a practical session on R programming has been arranged. Participants are encouraged to prepare their own laptop and install the R and R STUDIO software in advance.
Participants who attend more than half of the total sessions will be awarded a certificate at the end of the course.
【Clinical Trial series】Lesson 7—Real world data and real world evidence(In Chinese)(Physical and Video Class)
2025-12-30 （Tue） 10:00~12:00
Dr.Ji-Xun Chen(CDE,Taiwan)
Research Building of Environmental Changes, AS, 6005 Room
This course will introduce the basic concepts of clinical trials, as well as the design and statistical analysis of clinical trials at various stages of drug development. It will particularly focus on practical discussions and considerations for regulatory evaluations in both our country and advanced countries. The course content includes: design and requirements of preclinical study to support clinical trial in new drug development, key clinical considerations, and the design of Phase I, II, and III clinical trials. Additionally, the course will emphasize adaptive and enriched designs of clinical trials, real world data (RWD) and real world evidence (RWE), cancer clinical trials, and clinical considerations for the development of advanced therapy medicinal products (ATMPs) or innovative medical devices, which have been of particular interest in recent years.
To help the participants gain a deeper understanding of the course content, a practical session on R programming has been arranged. Participants are encouraged to prepare their own laptop and install the R and R STUDIO software in advance.
Participants who attend more than half of the total sessions will be awarded a certificate at the end of the course.
【Clinical Trial series】Lesson 8—Cancer clinical trials(In Chinese)(Physical and Video Class)
2026-01-13 （Tue） 10:00~12:00
Dr.Yi-An Chen(CDE,Taiwan)
Research Building of Environmental Changes, AS, 6005 Room
This course will introduce the basic concepts of clinical trials, as well as the design and statistical analysis of clinical trials at various stages of drug development. It will particularly focus on practical discussions and considerations for regulatory evaluations in both our country and advanced countries. The course content includes: design and requirements of preclinical study to support clinical trial in new drug development, key clinical considerations, and the design of Phase I, II, and III clinical trials. Additionally, the course will emphasize adaptive and enriched designs of clinical trials, real world data (RWD) and real world evidence (RWE), cancer clinical trials, and clinical considerations for the development of advanced therapy medicinal products (ATMPs) or innovative medical devices, which have been of particular interest in recent years.
To help the participants gain a deeper understanding of the course content, a practical session on R programming has been arranged. Participants are encouraged to prepare their own laptop and install the R and R STUDIO software in advance.
Participants who attend more than half of the total sessions will be awarded a certificate at the end of the course.
【Clinical Trial series】Lesson 9—Adaptive designs and enrich designs(In Chinese)(Physical and Video Class)
2026-01-27 （Tue） 10:00~12:00
Dr.Mey Wang
Research Building of Environmental Changes, AS, 6005 Room
This course will introduce the basic concepts of clinical trials, as well as the design and statistical analysis of clinical trials at various stages of drug development. It will particularly focus on practical discussions and considerations for regulatory evaluations in both our country and advanced countries. The course content includes: design and requirements of preclinical study to support clinical trial in new drug development, key clinical considerations, and the design of Phase I, II, and III clinical trials. Additionally, the course will emphasize adaptive and enriched designs of clinical trials, real world data (RWD) and real world evidence (RWE), cancer clinical trials, and clinical considerations for the development of advanced therapy medicinal products (ATMPs) or innovative medical devices, which have been of particular interest in recent years.
To help the participants gain a deeper understanding of the course content, a practical session on R programming has been arranged. Participants are encouraged to prepare their own laptop and install the R and R STUDIO software in advance.
Participants who attend more than half of the total sessions will be awarded a certificate at the end of the course.