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PhD Tatjana Stopar Pintarič

PhD Tatjana Stopar Pintarič
no.: 15831 source: ARIS

researcher – active in research organisation
E-mail tatjanas38at signgmail.com
Research activity

Code Science Field Subfield
3.00.00  Medical sciences     
3.06.00  Medical sciences  Cardiovascular system   
Bibliography Representative bibliographic units | Personal| COBISS+
source: COBISS
source: SICRIS
Points
533.39
A''
51.09
A'
157.14
A1/2
205.71
CI10
379
CImax
80
h10
11
A1
1.69
A3
0.65
Data for the last 5 years (citations for the last 10 years) on November 29, 2023; A3 for period 2017-2021 (update for tender in 2022: YES)
Data for ARIS tenders ( 14.06.2023 – Target research programmes, archive )
Database Linked records Citations Pure citations Average pure citations
WoS 43  380  331  7.7 
Scopus 44  467  408  9.27 
Education
source: ARIS
Level of education Professional title Study subject Faculty Year
Bachelor's degree  Medical doctor    SI University of Ljubljana, Faculty of Medicine 1990 
Master's degree  M. Sc.     SI University of Ljubljana, Faculty of Medicine 1998 
Specialization      SI University of Ljubljana, Faculty of Medicine 1999 
Bachelor's degree      2000 
Doctor's degree  Ph. D.     SI University of Ljubljana, Faculty of Medicine 2007 
Doctoral dissertations and other final papers Show
Obtaining results now
source: COBISS
Employments
source: ARIS
Type of employment Research org. Research group Date of employment Position Title
Full time employment (100%, RD:16%)  University Medical Centre Ljubljana  Clin.Dept.for anaethesiology and intensive care of op.branches  4/1/2008     
Full time employment (20%, RD:20%)  University of Ljubljana, Faculty of Medicine  Institute of Anatomy  1/1/2015  Research counsellor  Full professor 
Research projects Legend
source: ARIS
ARIS research and infrastructure programmes Legend
source: ARIS
no. Code Title Period Head No. of publications
1. P3-0043  Molecular mechanisms underlying development and function of the skeletal muscle   2020 - 2023  PhD Sergej Pirkmajer  4,284 
2. P3-0043  Molecular Mechanisms underlying development and function of the skeletal muscle   2015 - 2019  PhD Matej Podbregar  4,757 
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