Research Fingerprints
Automated semantic analysis of research output.
Core Expertise
Semantic Radar
Complete Taxonomic Profile
Artificial intelligence analyzes all abstracts and manuscript metadata to precisely map the consistency and weight of research fields.
Medicine100%
Internal medicine100%
Traumatic brain injury75%
Biochemistry75%
Psychiatry75%
Antioxidant63%
Biology63%
Caffeic acid phenethyl ester50%
Endocrinology50%
Caffeic acid50%
Cape38%
Archaeology38%
History38%
Pathology38%
Malondialdehyde25%
No Co-Authored Relations Detected
Once publications with internal authors are synced, building the mapped network takes place automatically.
Global Collaborations & Top Areas
Interactive map showing the intensity of the author's research collaborations across the globe over the last five years.
Memuat peta kolaborasi…
Research Output
Features output statistics and 9 synchronized journal, conference, and book publications.
9 Works
ArticleSCOPUSOpen AccessSDG 32021
Effectiveness of CAPE in reducing vascular permeability after brain injury
Nasution R.A.
ArticleSCOPUSOpen AccessSDG 32020
Role of CAPE in reducing oxidative stress in animal models with traumatic brain injury
Nasution R.A.
ArticleSCOPUSOpen AccessSDG 32020
Decreased neutrophil levels in mice with traumatic brain injury after cape administration
Nasution R.A.
ArticleSCOPUSOpen AccessSDG 32020
Modification of the Marmarou model in developing countries
Nasution R.A.
ArticleSCOPUSOpen AccessSDG 32020
Role of MLC901 in increasing neurogenesis in rats with traumatic brain injury
Rosyidi R.M.
ArticleSCOPUSOpen AccessSDG 32020
Effects of caffeic acid phenethyl ester in reducing cerebral edema in rat subjects experiencing brain injury: An in vivo study
Nasution R.A.