| Similar researchers to Marie Groot:
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| Name |
Institution |
Area |
Added by |
Date |
|
Marie Louise Groot (Info) |
VU Amsterdam (Chemistry Tree) |
|
connectingresearchers |
2020‑09‑07 |
|
Michael W. Willer (Info) |
Harvard (Chemistry Tree) |
transition element chemistry |
pq |
2015‑11‑09 |
Sim(0.31) |
Adam D. Hoagland (Info) |
UC Berkeley |
synaptic plasticity and homeostasis |
kaghi |
2018‑03‑05 |
Sim(0.33) |
Camie R. Heleski (Info) |
Michigan State |
Animal Culture and Nutrition Agriculture, Ecology Biology |
pq |
2017‑08‑11 |
Sim(0.33) |
Margaret E. Sereno (Info) |
Universtiy of Oregon |
visual system |
alexbies |
2013‑12‑28 |
Sim(0.34) |
Inbar Friedrich Ben-Nun (Info) |
Scripps Institute (Cell Biology Tree) |
|
jloring |
2020‑08‑21 |
Sim(0.34) |
Brokk Toggerson (Info) |
UC Irvine (Physics Tree) |
Elementary Particles and High Energy Physics |
pq |
2016‑03‑28 |
Sim(0.35) |
Joseph Sucher (Info) |
University of Maryland (Physics Tree) |
|
hclark |
2015‑08‑05 |
Sim(0.35) |
Jason A. Morgan (Info) |
UW Madison (Chemistry Tree) |
reactions at the surfaces of pure liquids, solutions, and monolayer films |
pq |
2015‑11‑17 |
Sim(0.35) |
Hamilton Perkins Cady (Info) |
University of Kansas (Chemistry Tree) |
|
jandh |
2011‑11‑25 |
Sim(0.35) |
Michael M. Konnick (Info) |
Scripps Institute (Chemistry Tree) |
Organometallic Chemistry |
drummerboybisch |
2012‑05‑28 |
Sim(0.36) |
Brandon M. Hencey (Info) |
UIUC (Robotree) |
Mechanical Engineering |
pq |
2016‑02‑10 |
Sim(0.36) |
Benjamin P. Loop (Info) |
Purdue (E-Tree) |
Electronics and Electrical Engineering |
pq |
2016‑03‑02 |
Sim(0.36) |
Phillippa C. Taberlay (Info) |
Garvan Institute (Chemistry Tree) |
Epigenetics, chromatin, DNA methylation |
piptaberlay |
2015‑07‑24 |
Sim(0.37) |
Vincenzo Ellis (Info) |
University of Missouri--St. Louis (Evolution Tree) |
|
leticiasoares |
2019‑06‑05 |
Sim(0.37) |
Ellen T. O'Connor (Info) |
University of Maryland (Microtree) |
Molecular Biology, Microbiology Biology |
pq |
2022‑05‑09 |
Sim(0.37) |
Claude F. Meares (Info) |
UC Davis (Chemistry Tree) |
Physical chemistry and biochemistry, bifunctional chelating agents |
twensel |
2011‑11‑17 |
Sim(0.37) |
Callan L. Cooper (Info) |
UW Madison |
psycholinguistics, neurolinguistics, reading |
clcooper |
2011‑06‑21 |
Sim(0.37) |
Pauline E. Light (Info) |
UC Merced |
Clinical Psychology, Experimental Psychology, Social Psychology |
pq |
2016‑04‑20 |
Sim(0.38) |
Douglas A. Bristow (Info) |
UIUC (Robotree) |
Mechanical Engineering |
pq |
2016‑02‑10 |
Sim(0.38) |
Michael T. Huggins (Info) |
University of Nevada, Reno (Chemistry Tree) |
|
pq |
2015‑08‑12 |
Sim(0.38) |
Emily Kathryn Brown (Info) |
Emory |
|
ekbrown |
2013‑01‑23 |
Sim(0.38) |
Praphulla Chandra Guha (Info) |
Indian Institute of Science Bangalore (Chemistry Tree) |
Organic chemistry |
Vigyaanik |
2016‑11‑11 |
Sim(0.38) |
SI HOON PARK (Info) |
KOREA Univ. (Chemistry Tree) |
structural study of ubiquitylation |
solli |
2014‑11‑13 |
Sim(0.38) |
Justin D. Northrup (Info) |
Penn (Chemistry Tree) |
|
mselly |
2019‑11‑04 |
Sim(0.38) |
Barbara W. Low (Info) |
Harvard, Columbia (Chemistry Tree) |
protein structure |
jandh |
2011‑09‑01 |
Sim(0.38) |
Raymond B. Cranfill (Info) |
UC Berkeley (Evolution Tree) |
California flora, botanical history (1870-1945) and systematic anatomy and comparative morphology of vascular plants |
pq |
2016‑01‑13 |
Sim(0.39) |
Wei-Gang Li (Info) |
Texas Tech (Physics Tree) |
|
CharleyM1 |
2018‑01‑23 |
Sim(0.39) |
Xilan Liu (Info) |
University of Akron (E-Tree) |
Electronics and Electrical Engineering, Materials Science Engineering |
pq |
2016‑05‑10 |
Sim(0.39) |
Morgan E. Royce-Tolland (Info) |
UCSF (Cell Biology Tree) |
X chromosome inactivation |
pq |
2015‑11‑10 |
Sim(0.39) |
John Anthony Crow (Info) |
National Center for Genome Resources (Computational Biology Tree) |
bioinformatics, statistical analysis |
crowja |
2011‑12‑28 |
Sim(0.39) |
Pascal Lejay (Info) |
Grenoble 1 (Chemistry Tree) |
|
LauraPF |
2019‑03‑16 |
Sim(0.39) |
Oana M. Martin (Info) |
UW Madison (Chemistry Tree) |
studies of non-covalent interactions and the application of the resulting findings to biochemical and biomedical problems |
pq |
2015‑11‑17 |
Sim(0.39) |
Sanggyu Lee (Info) |
(FlyTree) |
|
mdgarfinkel |
2018‑06‑24 |
Sim(0.39) |
Harold A. Edgerton (Info) |
Ohio State |
|
GregoryTObert |
2019‑04‑15 |
Sim(0.4) |
M Sivaprakash (Info) |
Central University of Tamil Nadu (Chemistry Tree) |
|
madavishiva |
2019‑12‑26 |
Sim(0.4) |
Angela L. Huang (Info) |
|
|
adlib |
2014‑04‑12 |
Sim(0.4) |
Hermes José Schmitz (Info) |
Universidade da Integração Latino-Americana (FlyTree) |
|
JCordeiro |
2019‑01‑11 |
Sim(0.4) |
Anne E Urai (Info) |
Leiden |
decision-making |
anneurai |
2012‑05‑20 |
Sim(0.4) |
Xinwei Wang (Info) |
Harvard (Physics Tree) |
applied mathematics, quantum mechanics, spectroscopy, intermolecular forces, solid state and materials science |
pq |
2015‑11‑09 |
Sim(0.4) |
Susan P. Lucas (Info) |
UW Madison (Chemistry Tree) |
unstable organic species such as radicals, carbenes, and highly-unsaturated carbon molecules |
pq |
2015‑11‑17 |
Sim(0.4) |
Darin Q. Pike (Info) |
UW Madison (Chemistry Tree) |
polymer |
pq |
2015‑11‑29 |
Sim(0.41) |
Danielle Proffit (Info) |
Energizer (Chemistry Tree) |
energy storage, batteries, ceramics, thin films |
kripke |
2015‑11‑08 |
Sim(0.41) |
Pierre Le Doussal (Info) |
(Physics Tree) |
|
Kay.Wiese |
2019‑02‑10 |
Sim(0.41) |
Neerav M. Shah (Info) |
UW Madison (Chemistry Tree) |
aspartic protease |
pq |
2015‑11‑08 |
Sim(0.41) |
Sadiqali Rangwala (Info) |
Raman Research Institute, Bangalore (Physics Tree) |
|
connectingresearchers |
2021‑04‑19 |
Sim(0.41) |
Peter Neumann (Info) |
Max Planck Institute for Iron Research (Chemistry Tree) |
|
Maarcade |
2016‑11‑14 |
Sim(0.41) |
Andrea Li (Info) |
Queens College CUNY |
|
bjohn05 |
2019‑07‑01 |
Sim(0.42) |
Phillip Barnette (Info) |
University of Utah (DevTree) |
|
hjy |
2012‑10‑30 |
Sim(0.42) |
Kathryn M. Wrubel (Info) |
UT Austin |
|
pq |
2015‑11‑20 |
Sim(0.42) |
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