Crossref Ambassador Dr. Woei Fuh Wong of iGroup talks about the journey from publishing to making real research outreach and impact. Presented at Crossref LIVE Bangkok, 10 July 2019.

1. From publishing to
Research Outreach
& Impact
Wong Woei Fuh PhD
ies Research Consulting, Singapore
A member of iGroup

2. Why publish
the research findings…
and share them?
1. You add to the body of knowledge by
communicating, exchanging and improving
2. You will become a recognized expert in your field
3. Your findings will help develop better policy and
improve our world

3. Design, synthesis and docking studies of Flavokawain B
type Chalcones and their cytotoxic effect on MCF-7 and
MDA-MB-231 cell lines
V50 Ballistic Performance of Unidirectional
Woven Basalt Fiber Laminated Composites
Isolation and identification of antibacterial and
cytotoxic compounds from the leaves of Muntingia
calabura
Environmental applications of chitosan and its derivative
Meat species identification and Halal authentication
analysis using mitochondrial DNA

4. The Curse of
Knowledge The Challenges for
• Multidisciplinary
collaboration; and
• Impact delivery

5. Big
Why
Why
What
How

6. INTRODUCTION
Thesis Statement
DISCUSSION METHODOLOGY
+ CONCLUSION
Contributions
Avenues
Change
Levels
Topic
Stance
Rationale
To
Sharpen
To
Organize
WHY WHAT HOW

7. Change ContributionsAvenues
Levels
What you have done that will bring research impact to society
WHAT
The Novelty
The Originality
The Credibility

8. Topic Stance
Rationale
Killer Thesis Statement
WHY
The Thesis Statement

9. WHAT
HOW
WHY
BIG
WHY
BIG
WHY
The Impact

10. Original Title
Abundant expression and functional
participation of TRPV1 at Zusanli
acupoint (ST36) in mice:
mechanosensitive TRPV1 as an
"acupuncture-responding channel".
Abstract
Acupuncture is a therapy that involves
applying mechanical stimulation to acupoints
using needles. Although acupuncture is
believed to trigger neural regulation by
opioids or adenosine, still little is known about
how physical stimulation is turned into
neurological signaling. The transient receptor
potential vanilloid receptors 1 and 4 (TRPV1
and TRPV4) and the acid-sensing ion channel
3 (ASIC3) are regarded as mechanosensitive
channels. This study aimed to clarify their role
at the Zusanli acupoint (ST36) and propose
possible sensing pathways linking channel
activation to neurological signaling.
Highlight on the technical relationship

11. Scientific Paper Story Highlight Engagement Impact

12. Scientific Paper Story Highlight Engagement Impact
1. It is an unique digital fingerprint of each article
2. It is persistent; it is a guaranteed location
3. It is interoperable for exchange

13. Thankwoeifuhwong@gmail.com
You
Impact Story Skills
facebook.com/groups/impactstoryskills/
“We share your discovery!”
http://ies.igroupnet.com