Dr Shuguang Zhang

Center for Bits and Atoms

Bio

Shuguang Zhang is at Center for Bits & Atoms, Massachusetts Institute of Technology. He received his B.S from Sichuan University, China and Ph.D. in biochemistry & molecular biology from University of California at Santa Barbara, USA. He was an American Cancer Society Postdoctoral Fellow and a Whitaker Foundation Investigator at MIT. He was a 2003 Fellow of Japan Society for Promotion of Science (JSPS fellow). His work of designer self-assembling peptide scaffold won 2004 R&D100 award. His and his colleagues’ work for direct harvesting biosolar energy was selected one of the 10 finalists of the 2005 Saatchi & Saatchi Award for World Changing Ideas. He was a 2006 John Simon Guggenheim Fellow. He was the winner of the 2006 Wilhelm Exner Medal of Austria. He is a Fellow of American Institute of Medical and Biological Engineering and Fellow of US National Academy of Inventors. He is a Foreign Corresponding Member of Austrian Academy of Sciences. He published over 160 scientific papers. He has 15 issued patents and 20 pending patent applications. He has co-founded a startup 3DMatrix in Tokyo, Japan (Tokyo 7777:JP, over US$1 billion valuation on January 22, 2014).



Contact



Selected Links from MIT

Office of the Provost, Institutional Research, see 1993 & 2004 
(1993) peptide 
(1994) lab notes 
(1997) scinews 
(1998) alzheimers 
(2000) peptide,    biomaterial 
(2001) peptide 
(2002) nanosoap,    cartilage,    cartilage 
(2003) dna,    peptides,    peptides,    peptides comp,    peptides sawyer 
(2004) spinach 
(2006) cellbuilding,    brainfix,    scaffold,    exner,    frontiers,    aandh,    hemostasis 
(2007) microdetector 
(2008) smell,    trees 
(2009) drug delivery 
(2010) zhang 
(2011) algae 
(2012) biosolar 
(2014) growing a business from the lab 


Interests

Papers

Fun readings

Aggeli et al MolMedToday 1999 .pdf
Mershin et al, NBT 2005.pdf
Nature series, Zhang.doc
Science News 12-2000.pdf
Science News, 1-2003.pdf
Science News, 5-1993.pdf
Science, Letters, 1999, 5-19.pdf
Zhang, et al, 2006, Boston must take the lead in energy R&D - Boston blog Blog | Nature Publishing Group.pdf
Zhang, et al, Boston must take the lead in energy R&D - Boston blog Blog | Nature Publishing Group.webarchive
Zhang, et al, Energy ,2006.pdf
Zhang, Lifeline Nature 2-6 2003.pdf
Zhang, Nature Nanotechnology 12-2006.pdf
Zhang, S., Cambridge vs Cambridge 2007.pdf
Zhang, S., Economic perspective.pdf
Zhang, S., N&V, Nature Mater.pdf
Zhang, S., Reactions 2007.pdf

Bio-Solar

Das, et al, NanoLetters, 2004.pdf
Mershin et al, SREP-2012.pdf
Yacoby et al, PLoS ONE 4-2012.pdf
Yacoby et al, PNAS, 5-2011.pdf

Lipid-like peptides

Khoe et al, Langmuir 2009.pdf
Khoe et al, MacroMol Biosci, 2008.pdf
Kiley et al, PLoS Biology, 2005.pdf
Luo et al, Soft Matter, 5-2010.pdf
Matsumoto, et al, 2010.pdf
Matsumoto, et al, JPC 2009.pdf
Nagai et al, JNN, 2007.pdf
Nature Biotechnology Cover, 2003.pdf
Santoso, et al, COCI, 2002.pdf
Santoso, et al, Nanoletter, 2002.pdf
Vauthey, et al., PNAS, 2002.pdf
von Maltahn, et al., Langmuir, 2003.pdf
Yaghmur et al, PLoS One, 2007.pdf
Yang & Zhang, Supra Chem 6-2006.pdf
Yeh, et al, Biochemistry 2005.pdf
Zhang, et al, Biomimetics, 2005.pdf
Zhang, et al, Energy, 2006.pdf
Zhang, S. NBT Cover.gif
Zhao, et al., PNAS 2006.pdf

Membrane proteins

Cook et al PNAS 2009.pdf
Cook et al, PLoS ONE 2008.pdf
Corin et al, Lipid-peptide, PLoS ONE 11-2011.pdf
Corin et al, Mol. Biosystems, 5-2012.pdf
Corin et al, Robust cell-free, PLoS ONE 10-2011.pdf
Corin et al, VN1R1, Scientific Reports 11-2011 .pdf
Corin, Cook & Zhang, chapter 7 proof.pdf
Eriksson et al, Prot Exp & Purif 2009.pdf
Kaiser et al, PNAS, 2008.pdf
Leck et al, PLoS ONE 2010.pdf
Ren et al, PLoS ONE 2009.pdf
Takayama et al, PLoS ONE 2008.pdf
Wang & Zhang, hFPR, PLoS ONE 8-2011.pdf
Wang et al, PNAS 5-2011.pdf
Wang et al, TAAR5, Scientific Reports, 9-2011.pdf
Yang Gang et al, Prot. Exp. & Purif. 2011.pdf

Peptide scaffolds

Altman et al., Prot.Sci 2000.pdf
Bokhari et al, Biomaterials 2005.pdf
Caplan et al, Biomaterials 2002.pdf
Caplan et al., Biomacrom 2000.pdf
Chau, et al, Biomaterials 2008.pdf
Davis et al, Circulation 2005.pdf
Davis, et al PNAS, 2006.pdf
Ellis-Behnke et al, PNAS 2006.pdf
Ellis-Behnke, Nanomedicine 2006.pdf
Gelain et al PLoS ONE, 2006.pdf
Gelain et al, JCR Supplementary info.pdf
Gelain et al, JCR, 2010.pdf
Gelain et al, Macrobiosci 2007.pdf
Gelain et al., JNN 2007.pdf
Genove et at. Biomaterials 2005.pdf
Holmes, et al, PNAS 2000.pdf
Hong et al, Biomacromol. 2003.pdf
Horii et al, PLoS ONE 2007.pdf
Hwang, et al. JCP 2002.pdf
Hwang, et al. PNAS, 2004.pdf
Kisiday, et al., PNAS 2002.pdf
Koutsopoulos & Zhang, Acta Biomat 2012.pdf
Koutsopoulos & Zhang, JCR, 2012.pdf
Koutsopoulos et al, PNAS 2009.pdf
Kumada & Zhang, PLoS ONE, 4-2010.pdf
Kumada et al, Soft Matter, 2010.pdf
Leon et al, 1998 .pdf
Liu & Wang et al, Nanoscale 2012.pdf
Luo et al, Biomaterials, 2011.pdf
Luo et al, Macromol Sci 2008.pdf
Luo et al, PLoS ONE 2008.pdf
Marini, et al, NanoLetters 2002.pdf
Nagai et al JCR 2006.pdf
Narmoneva et al, Biomaterials 2005.pdf
Schneider et al 2008.pdf
Semino et al, 2003, Diff.pdf
Semino et al, 2004.pdf
Wang et al Soft Matter, 2008.pdf
Yokoi et al, PNAS 2005.pdf
Zhang & Altman, 1999.pdf
Zhang & Rich, PNAS 1997.pdf
Zhang et al, Biomaterials,1995.pdf
Zhang et al, PNAS 1993.pdf
Zhang et al., Biopolymers,1994.pdf
Zhang, S. NBT, 2004.pdf

Reviews

Aggeli, Boden & Zhang, Mol Medicine Today 1999.pdf
Economic perspective 2005.pdf
Gelain et al, Methods in Bioeng 2010.pdf
Hauser & Zhang, Chemical Society Reviews, 2010.pdf
Hauser & Zhang, Macromol Sym. 10-2010.pdf
Hauser & Zhang, Nature News & Views, 11-2010.pdf
Horii et al, NTE Scaffold review 2008.pdf
Hosseinkhani et al 2007.pdf
Koutsopoulos et al, CSR, 2012.pdf
Lakshmanan et al. Trends Biotechnol 2011.pdf
Loo et al., Biotech Advances, 2-2012.pdf
Luo & Zhang,  CSR, 2012.pdf
Luo & Zhang, proof 2012.pdf
NRGenetics-Highlights,4-2003.pdf
Preface -2009 - Macromolecular Symposia - .pdf
Preface photo 2009 Macromolecular Symposia .pdf
Rich & Zhang, Nature Review Genetics, 7-2003.pdf
Santoso & Zhang, NSNT, 2004.pdf
Schwartz & Zhang, 2000.pdf
Yang, et al, NanoToday 2009.pdf
Zhang & Janciauskiene, 2002.pdf .pdf
Zhang & Zhao, JMC.pdf
Zhang BiotechAdv, 2002.pdf
Zhang et al, SemCancerBiol 2005.pdf
Zhang, ACR, 2012.pdf
Zhang, Chapter 2, 40-65.pdf
Zhang, et al, CurrentOpinChemBiol, 2002.pdf
Zhang, et al., chapter 6.pdf
Zhang, S. Introduction, SCB 2005
Zhang, S. NatureBiotech 2003.pdf
Zhang, S. NatureBiotech 2004.pdf
Zhang, S., Fine Tuning.pdf
Zhang, S., For Klein 2007.pdf
Zhang, S., Material Today, 5-2003.pdf
Zhang, S., Materials Today, 5-2003.pdf
Zhang, S., Mol Self-assembly, 2001.pdf
Zhang, S., NBT cover 10-2003.pdf
Zhang, S., Z-DNA 2003.pdf
Zhang, Zhao & Spirio, 2005.pdf
Zhao & Zhang, Adv Polym Sci., 2006.pdf
Zhao & Zhang, Biomacrosciece 2007.pdf
Zhao & Zhang, CSR Review 2006.pdf
Zhao & Zhang, Trends in Biotech 9-2004.pdf
Zhao et al, CSR review 8-2010.pdf

Other areas

Carr et al, NAR 2004.pdf
Egli, et al., PNAS 1992.pdf
Fuller Sawyer 2004.pdf
Hamad, et al, DNA with antenna.pdf
Hamad, et al., Nature, 1-2002.pdf
Kong et al, NAR 2007.pdf
Lomander et al, Nanoletters 2005.pdf
Love et al, PLoS ONE 2008.pdf
Lu, et al, JACS, 2005.pdf
Maguire et al PNAS 2007.pdf
Mershin et al, 2005 Crete Workshop, NBT.pdf
Nature N&V, 6-15-2000.pdf
Nature spotlight 5-16-2002.pdf
NMC, 4-2003-highlights.pdf
Sung, et al, JACS, 04.pdf
Wiradharm et al, Biomaterials, 2011 .pdf
Wiradharma et al, Biomaterials 2011.pdf
Xing, Zhang, et al, PNAS 1994.pdf
Zhang & Egli, Complexity, 1995.pdf
Zhang & Egli, Orig. of Life, 1994.pdf
Zhang, et al, Biomaterials,1999.pdf
Zhang, et al., ABB,1994.pdf
Zhang, et al., Branden's obituary.pdf
Zhang, et al., EMBO,1992.pdf