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Similar researchers to David Kaplan: Advanced Search
Name Institution Area Added by Date  
Walter Bonani (Info) CU Boulder (E-Tree) Biomedical Engineering, Materials Science Engineering pq 2016‑04‑04 Sim(0.86)
David J. Mooney (Info) Harvard (Chemistry Tree) Angiogenesis, drug delivery, mechanotransduction, immune therapies and cancer, musculoskeletal tissue engineering, new biomaterials jandh 2012‑09‑25 Sim(0.86)
Jodie E. Moreau (Info) Tufts (BME Tree) Biomedical pq 2016‑01‑23 Sim(0.86)
Jan P. Stegemann (Info) University of Michigan (BME Tree) Biomedical Engineering, Cell Biology, Genetics pq 2016‑02‑19 Sim(0.85)
Xuejun Wen (Info) Clemson University (BME Tree) Biomedical pq 2016‑01‑21 Sim(0.85)
Benjamin Wu (Info) UCLA (BME Tree) david 2016‑01‑13 Sim(0.84)
Gordana Vunjak-Novakovic (Info) Columbia (Biomechanics Tree) Biomedical Engineering, Medicine and Surgery, Biomechanics Biophysics pq 2016‑02‑01 Sim(0.84)
Claudio Migliaresi (Info) CU Boulder (E-Tree) Biomedical Engineering, Materials Science Engineering pq 2016‑04‑04 Sim(0.84)
Mark E. Van Dyke (Info) Wake Forest Neuroscience Biology, Biomedical Engineering pq 2016‑03‑12 Sim(0.84)
Kwideok Park (Info) Korea Institute of Science and Technology (KIST) (Chemistry Tree) ramesh.subbiah@me.gatech.edu 2017‑10‑02 Sim(0.84)
Eben Alsberg (Info) Case Western (Chemistry Tree) pq 2015‑10‑05 Sim(0.84)
John Patrick Fisher (Info) Rice University (Chemistry Tree) david 2015‑11‑23 Sim(0.84)
Michael S. Detamore (Info) University of Oklahoma (BME Tree) Biomedical Engineering pq 2016‑01‑27 Sim(0.84)
Heungsoo Shin (Info) Rice University (Chemistry Tree) biomaterials for use as scaffolds for tissue engineering, as carriers for controlled drug delivery, and as non-viral vectors for gene therapy pq 2015‑09‑27 Sim(0.83)
Ali Khademhosseini (Info) Harvard Medical School (Chemistry Tree) bioengineering - biomedical engineering - biomaterials - tissue engineering - microfluidics Gdmt 2012‑12‑26 Sim(0.83)
Rameshwar Rao (Info) University of Michigan (BME Tree) Biomedical Engineering, Cell Biology pq 2016‑02‑21 Sim(0.83)
Jonathan A. Kluge (Info) Tufts (Biomechanics Tree) Biomedical, Mechanical, Biomechanics pq 2016‑01‑22 Sim(0.83)
Renji Zhang (Info) Peking University Neurobiology shixinfeng 2005‑11‑01 Sim(0.83)
Jennifer H. Elisseeff (Info) Johns Hopkins (Chemistry Tree) Biomedical Engineering, Polymer Chemistry, Cell Biology pq 2016‑05‑28 Sim(0.83)
William Leo Murphy (Info) University of Michigan (Chemistry Tree) pq 2015‑10‑05 Sim(0.82)
Andrew James Putnam (Info) University of Michigan (Chemistry Tree) cell and tissue engineering jandh 2015‑10‑05 Sim(0.82)
Guillermo Ameer (Info) Northwestern (BME Tree) Biomedical pq 2016‑01‑21 Sim(0.82)
Kerstin M. Galler (Info) Rice University (Chemistry Tree) Biomedical Engineering pq 2016‑04‑20 Sim(0.82)
Serena Danti (Info) Università di Pisa (Robotree) m.milazzo 2018‑02‑13 Sim(0.82)
Hwan D Kim (Info) Boston Children's Hospital, Harvard Medical School (Chemistry Tree) Vascular Biology, Tissue Engineering, Biomaterials, Regenerative Medicine bmsce1008 2018‑04‑19 Sim(0.82)
Gregory H. Altman (Info) Tufts (BME Tree) Biomedical pq 2016‑01‑21 Sim(0.82)
Nathaniel S. Hwang (Info) Johns Hopkins (Chemistry Tree) Biomedical Engineering, Cell Biology pq 2016‑05‑28 Sim(0.82)
Jonathan K. Leach (Info) UC Davis (BME Tree) Biomedical Engineering pq 2016‑02‑05 Sim(0.82)
Xiaofeng Cui (Info) Clemson University (BME Tree) Biomedical pq 2016‑01‑23 Sim(0.81)
Rebecca E. McMahon (Info) Texas A & M (Chemistry Tree) Chemical Engineering, Biomedical Engineering pq 2016‑06‑10 Sim(0.81)
Jung-Hwan Lee (Info) IBS, POSTECH, South Korea (Chemistry Tree) dlawrenc 2018‑08‑20 Sim(0.81)
Robert L. Mauck (Info) Columbia (BME Tree) Biomedical Engineering pq 2016‑02‑10 Sim(0.81)
Antontonios G. Mikos (Info) Rice University (E-Tree) Biomedical Engineering, Pharmacy pq 2016‑07‑30 Sim(0.81)
Kacey G. Marra (Info) University of Pittsburgh (E-Tree) Biomedical Engineering, Materials Science Engineering pq 2016‑07‑01 Sim(0.81)
Antonios Georgios Mikos (Info) Rice University (Chemistry Tree) biomaterials for use as scaffolds for tissue engineering, as carriers for controlled drug delivery, and as non-viral vectors for gene therapy jandh 2014‑08‑07 Sim(0.81)
James D. Kretlow (Info) Rice University (Chemistry Tree) biomaterials for use as scaffolds for tissue engineering, as carriers for controlled drug delivery, and as non-viral vectors for gene therapy pq 2015‑09‑27 Sim(0.81)
Riccardo Gottardi (Info) (BME Tree) Biomedical engineering, Chemical engineering, Otolaryngology, Pediatrics, Orthopaedics, Tissue Engineering RicGottardi 2017‑11‑14 Sim(0.81)
Anthony Atala (Info) Touro University International (Cell Biology Tree) Cell Biology pq 2016‑07‑03 Sim(0.81)
Lauren Cross (Info) Texas A & M (STSTree) gaharwar 2018‑11‑04 Sim(0.81)
Fred K. Kasper (Info) Rice University (Chemistry Tree) biomaterials for use as scaffolds for tissue engineering, as carriers for controlled drug delivery, and as non-viral vectors for gene therapy pq 2015‑09‑27 Sim(0.81)
Jianjun Guan (Info) Ohio State (E-Tree) Biomedical Engineering, Materials Science Engineering pq 2016‑04‑05 Sim(0.81)
Catherine K. Kuo (Info) Tufts (BME Tree) Biomedical Engineering pq 2016‑03‑12 Sim(0.81)
Ramesh Subbiah (Info) Georgia Institute of Technology, The George W. Woodruff School of Mechanical Engineering (Chemistry Tree) Tissue engineering and regenerative medicine ramesh.subbiah@me.gatech.edu 2017‑10‑02 Sim(0.81)
Craig A. Simmons (Info) University of Toronto (BME Tree) Biomedical Engineering, Cell Biology pq 2016‑03‑12 Sim(0.81)
Nathaniel D. Huebsch (Info) Harvard (Chemistry Tree) Cellular biology; Biomedical engineering; Biophysics jandh 2015‑10‑05 Sim(0.8)
Sriram Ravindran (Info) University of Illinois, Chicago (Chemistry Tree) Biomedical Engineering pq 2016‑03‑23 Sim(0.8)
Rebecca L. Horan (Info) Tufts (BME Tree) Biomedical pq 2016‑01‑23 Sim(0.8)
Eric M. Brey (Info) Rice University (Chemistry Tree) bioengineering applications in vascular biology, thrombosis, atherosclerosis, and inflammation pq 2015‑11‑10 Sim(0.8)
Eric M. Brey (Info) Rice University (Chemistry Tree) bioengineering applications in vascular biology, thrombosis, atherosclerosis, and inflammation pq 2015‑11‑10 Sim(0.8)
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