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2017 Training Courses


  • Topic 1 : Application of Bioinformatics
  • Topic 2 :Tools & E-Resources at Life Science Library

EndNote X8 (in English) survey image

  • Date: 2017-03-02
    09:30 ~ 12:00
  • Speaker: Ms. Nicole Ke (Shou Ray Information Service Co. Ltd)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)
The Class is full.

EndNote enables you to move seamlessly through your research process with flexible tools for searching, organizing and sharing your research, creating your bibliography and writing your paper.

Outline
  • Install EndNote X8
  • Importing Bibliography
  • Create Groups
  • Cite While You Write
  • Back up and Share

Protein Data Bank (PDB) (in Bilingual) survey image

  • Date: 2017-03-28
    10:00~12:00
  • Speaker: Ms. Ching-Shu Suen (Institute of Biomedical Sciences)
  • Place:B1A Conference Room, IBMS

The Class is full.

Outline

The PDB archive contains all the information about 3D structures of proteins, nucleic acids and complex assembles. This lecture intends to demonstrate how to obtain and analyze structure information from this magnificent resource.

About the RCSB PDB and the PDB Archive
Looking at structures
Searching for your structures
Browsing related information
Advanced applications in PDB
Structure visualization
Structure comparison
Drug target mapping
Protein-ligand interaction


Reconstruction of Molecular Phylogeny (in Chinese)

  • Date: 2017-04-11
    14:00~16:00
  • Speaker: Dr. Ai-Ling Hour (Assistant Professor, FJU, Dept. Life Science)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

The phylogeny among species or homologous genes can be approached by comparison analysis of molecular sequences based on the theory of population genetics and molecular evolution. The molecular evolutionary rates and the selection pressure of genes and organisms during evolution process can be estimated. There are several methods and programs available for phylogeny reconstructing, including distance based, parsimony and maximum-likelihood methods. I will introduce these methods and practice an example using MEGA7.

Pathway Studio Plant Training Course (in Chinese)

  • Date: 2017-04-14
    09:00 ~ 12:00
  • Speaker: Ms. Chien Hung (Molecular Science Center (MSC), GGA Corp.)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

Pathway Studio Plant helps plant biologists address complex crop research challenges by integrating Arabidopsis, Maize, and Rice molecular relationship knowledgebase with powerful analytical and visualization tools. Together, these tools link information from literature and experimental data into visual biological pathways. By exploring plant breeding research through trait analysis, results enable informed decisions at critical stages of crop production and protection research and development.

Outline

1.Pathway Studio Plant introduction
2.Searching in the Pathway Studio Plant
3.Find the relationships between Entities - Build pathway tools
4.Import experimental data
5.Experimental data analysis tool


Pathway Studio Plant Training Course (in English)

  • Date: 2017-04-14
    14:00 ~ 17:00
  • Speaker: Ms. Chien Hung (Molecular Science Center (MSC), GGA Corp.)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

Pathway Studio Plant helps plant biologists address complex crop research challenges by integrating Arabidopsis, Maize, and Rice molecular relationship knowledgebase with powerful analytical and visualization tools. Together, these tools link information from literature and experimental data into visual biological pathways. By exploring plant breeding research through trait analysis, results enable informed decisions at critical stages of crop production and protection research and development.

Outline

1.Pathway Studio Plant introduction
2.Searching in the Pathway Studio Plant
3.Find the relationships between Entities - Build pathway tools
4.Import experimental data
5.Experimental data analysis tool


Introduction to Database, Journal Platform and submission system (in Chinese)

  • Date: 2017-04-17
    10:00~12:00
  • Speaker: Ms. Selena Kao and Mr. Daniel Su (FlySheet Med-Informatics Co.,Ltd.)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)


1.Henry Stewart Talk
How to use the new platform

2.Ovid ejournals platform
How to use the advance search function

3.JoVE ejournal
How to use the new platform

4.BioMed Central publisher
The new submission system and function

Faculty of 1000 User Training (in Chinese)

  • Date: 2017-04-18
    10:30~11:30
  • Speaker: Ms. Lillian Huang (Chiu Ru Chiang Book Co., Ltd)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

Faculty of 1000 is composed of 5,000 Faculty Members - senior scientists and leading experts in all areas of biology and medicine - plus their associates.
The Faculty recommends the most important articles, rating them and providing short explanations for their selections.


Outline:

(1) General Introduction of Faculty of 1000
(2) Access Functions Introduction:
F1000Prime, F1000Research, F1000 Workspace
(3) Q&A


Faculty of 1000 User Training (in English)

  • Date: 2017-04-20
    10:30~11:30
  • Speaker: Ms. Lillian Huang (Chiu Ru Chiang Book Co., Ltd)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

Faculty of 1000 is composed of 5,000 Faculty Members - senior scientists and leading experts in all areas of biology and medicine - plus their associates.
The Faculty recommends the most important articles, rating them and providing short explanations for their selections.


Outline:

(1) General Introduction of Faculty of 1000
(2) Access Functions Introduction:
F1000Prime, F1000Research, F1000 Workspace (new)
(3) Q&A


High Throughput Genomic Sequencing – Introduction of NGS Core Services and considerations for NGS projects (in Chinese)

  • Date: 2017-04-25
    14:00~16:00
  • Speaker: Dr. Mei-Yeh Lu (Associate Research Specialist, BRCAS)
  • Place:B1B Conference Room, IBMS

This presentation will introduce the NGS capacity at the AS Core Facility and several common applications. The contents will focus on the NGS applications and issues related to experimental design and sample requirement.

Outline:

  • Introduction of the NGS core capacity
  • Principles of Genome-Seq (De Novo), ChIP-Seq, RNA-Seq, miRNA-Seq
  • General considerations of NGS experimental design and choice of platforms and read lengths
  • Sample requirement, submission, and QC
  • Data format and quality control

How to improve research competitiveness - WOS & JCR & DCI & ResearcherID (in Chinese)

  • Date: 2017-05-04
    09:30 ~ 12:00
  • Speaker: Ms. Nicole Ke (Shou Ray Information Service Co. Ltd)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)
Outline

Accelerate your research exploration with Web of Science and Journal Citation Report
1.Study and understand the newest research trends
2.Follow closely with highly cited papers with related research
3.Analyze the related research trends over the years and h-index
4.Track the related research with citation map
5.Choose high quality journal to submit for publication with Journal Citation Report
6.Improve my articles' visibility through ResearcherID

Advance research with Data Citation Index and expand resources
1.Data Citation Index Coverage and Key Features
2.Accelerate with research data and avoid duplicate experiments
3.Explore research data from international repositories
4.Track relationships and connections between research data and scientific papers

IPA Introductory Training Course (in Chinese)

  • Date: 2017-05-09
    09:00 ~ 12:00
  • Speaker: Ms. Chien Hung (Molecular Science Center (MSC), GGA Corp.)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

IPA is software that helps researchers model, analyze, and understand the complex biological and chemical systems at the core of life science research. IPA has been broadly adopted by the life science research community and is cited in thousands of peer-reviewed journal articles.
IPA helps you understand complex omics data at multiple levels by integrating data from a variety of experimental platforms and providing insight into the molecular and chemical interactions, cellular phenotypes, and disease processes of your system. IPA provides insight into the causes of observed gene expression changes and into the predicted downstream biological effects of those changes.
Even if you have experimental data, you can use IPA to intelligently search the Ingenuity Knowledge Base for information on genes, proteins, chemicals, drugs, and molecular relationships to build biological models or get up to speed in a relevant area of research. IPA provides the right biological context to facilitate informed decision-making, advance research project design, and generate new testable hypotheses.

Outline:

1. Introduction and Getting Started in IPA
2. Searching and Accessing the Knowledge Base
3. Building and Editing a Pathway for Publication
4. Q & A


IPA Introductory Training Course (in English)

  • Date: 2017-05-09
    14:00 ~ 17:00
  • Speaker: Ms. Chien Hung (Molecular Science Center (MSC), GGA Corp.)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

IPA is software that helps researchers model, analyze, and understand the complex biological and chemical systems at the core of life science research. IPA has been broadly adopted by the life science research community and is cited in thousands of peer-reviewed journal articles.
IPA helps you understand complex omics data at multiple levels by integrating data from a variety of experimental platforms and providing insight into the molecular and chemical interactions, cellular phenotypes, and disease processes of your system. IPA provides insight into the causes of observed gene expression changes and into the predicted downstream biological effects of those changes.
Even if you have experimental data, you can use IPA to intelligently search the Ingenuity Knowledge Base for information on genes, proteins, chemicals, drugs, and molecular relationships to build biological models or get up to speed in a relevant area of research. IPA provides the right biological context to facilitate informed decision-making, advance research project design, and generate new testable hypotheses.

Outline:

1. Introduction and Getting Started in IPA
2. Searching and Accessing the Knowledge Base
3. Building and Editing a Pathway for Publication
4. Q & A


IPA Advanced Training Course (in Chinese)

  • Date: 2017-05-16
    09:00 ~ 12:00
  • Speaker: Ms. Chien Hung (Molecular Science Center (MSC), GGA Corp.)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

IPA is software that helps researchers model, analyze, and understand the complex biological and chemical systems at the core of life science research. IPA has been broadly adopted by the life science research community and is cited in thousands of peer-reviewed journal articles.
IPA helps you understand complex omics data at multiple levels by integrating data from a variety of experimental platforms and providing insight into the molecular and chemical interactions, cellular phenotypes, and disease processes of your system. IPA provides insight into the causes of observed gene expression changes and into the predicted downstream biological effects of those changes.
Even if you have experimental data, you can use IPA to intelligently search the Ingenuity Knowledge Base for information on genes, proteins, chemicals, drugs, and molecular relationships to build biological models or get up to speed in a relevant area of research. IPA provides the right biological context to facilitate informed decision-making, advance research project design, and generate new testable hypotheses.

Outline:

1. Data Upload and How to Run a Core Analysis
2. Functional Interpretation in IPA
3. Comparison Analyses
4. Q & A


IPA Advanced Training Course (in English)

  • Date: 2017-05-16
    14:00 ~ 17:00
  • Speaker: Ms. Chien Hung (Molecular Science Center (MSC), GGA Corp.)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

IPA is software that helps researchers model, analyze, and understand the complex biological and chemical systems at the core of life science research. IPA has been broadly adopted by the life science research community and is cited in thousands of peer-reviewed journal articles.
IPA helps you understand complex omics data at multiple levels by integrating data from a variety of experimental platforms and providing insight into the molecular and chemical interactions, cellular phenotypes, and disease processes of your system. IPA provides insight into the causes of observed gene expression changes and into the predicted downstream biological effects of those changes.
Even if you have experimental data, you can use IPA to intelligently search the Ingenuity Knowledge Base for information on genes, proteins, chemicals, drugs, and molecular relationships to build biological models or get up to speed in a relevant area of research. IPA provides the right biological context to facilitate informed decision-making, advance research project design, and generate new testable hypotheses.

Outline:

1. Data Upload and How to Run a Core Analysis
2. Functional Interpretation in IPA
3. Comparison Analyses
4. Q & A


Dialogue between animals and Plants- how to use LSL databases (in Chinese)

  • Date: 2017-05-18
    09:00~12:00
  • Speaker: Mr. Melvin Chang (FlySheet Info-Aggregate Services Co., Ltd.)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)

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How to improve research competitiveness - WOS & JCR & DCI & ResearcherID (in English)

  • Date: 2017-06-01
    09:30 ~ 12:00
  • Speaker: Ms. Nicole Ke (Shou Ray Information Service Co. Ltd)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)
Outline

Accelerate your research exploration with Web of Science and Journal Citation Report
1.Study and understand the newest research trends
2.Follow closely with highly cited papers with related research
3.Analyze the related research trends over the years and h-index
4.Track the related research with citation map
5.Choose high quality journal to submit for publication with Journal Citation Report
6.Improve my articles' visibility through ResearcherID

Advance research with Data Citation Index and expand resources
1.Data Citation Index Coverage and Key Features
2.Accelerate with research data and avoid duplicate experiments
3.Explore research data from international repositories
4.Track relationships and connections between research data and scientific papers

Trust Current Protocols for your research needs (in Chinese)

  • Date: 2017-06-16
    10:30 ~ 11:30
  • Speaker: Mr. Gary Cheng (Senior Account Manager, Wiley)
  • Place:Media Conference Room, Humanities and Social Science Building (3F)
Outline

What is a protocol?
In the natural sciences, a protocol is a predefined written procedural method, used to standardize a laboratory method and ensure successful replication of results.
What is Current Protocols?
Current Protocols has been the leading source of laboratory protocols for over 25 years and now comprises more than 14,000 techniques and procedures across 17 titles.
Are Current Protocols peer-reviewed?
Yes. Current Protocols techniques are selected and reviewed in depth by editorial boards consisting of distinguished life sciences researchers, and then rigorously edited by a scientifically qualified, in-house staff. All techniques are indexed in PubMed and Scopus.
What is Currentprotocols.com?
Designed following extensive consultation with practicing researchers, currentprotocols.com provides instant, easy access to protocol abstracts, material lists, and more, while linking to full-text content hosted on Wiley Online Library. Currentprotocols.com also features tools, calculators, videos, and webinars to help researchers both in the lab and beyond the bench.