Princeton University Press / Yahaya N. A. / About.com / Abdul Rahman N. A. / Leicester University Press / DuPont / Metabolix / Smithers Rapra Publishing / John Wiley & Sons / British Patent 16 / /
Country
Japan / India / Germany / Italy / United States / / /
Event
Environmental Issue / Reorganization / /
Facility
Pharmacy Research Vol / Plant Journal / Harvard’s Wyss Institute / Capacity Building / Sapthagiri College of Engineering / /
IndustryTerm
overall product / wealth-biodegradable plastics polyhydroxyalkanoates / by-product / bio‐based plastics / food chain / large-scale lowvalue consumer products / waste product / feasible synthetic rubber / movie film applications / chemical solar and microbial degradation / bio-derived plastics / bio plastics / vegetable oil / machinery / natural gas / bio-plastics / bio plastics industry / identical applications / temperature devices / biodegradable plastics / bio plastics stems / construction applications / energy / technology expansion / metal / plastics industry / plastics / chemical microencapsulation / conventional petro-plastics / non-biodegradable bio plastics / fossil-based plastics / green plastics / high-energy consumption / food yields / harmful chemicals / manufacturing / plastics market / light technologies / conventional synthetic plastics / plastic products / chemicals / degradable bio-derived plastics / seaweed bio plastics / chemical bonds / bio degradable plastics / chemical change / bio plastic technology / bio-based plastics / biotechnology / artificial plastics / seaweeds-based bio plastics / non-degradable plastics / prevalent applications / oil-based polymers / conventional plastics / bio plastics industries / high-energy consuming conventional petro-plastics / oil / greenhouse gas balances / plastics i.e. / environmental applications / desired physical and chemical properties / oil mill / Biotechnology advances / cellulose products / medicine delivery systems / natural rubber / plastics production / lesser energy consumption / disposal systems / chemical structure / Early plastics / conventional petro plastics / casein plastics / /
MusicGroup
Energy / /
Organization
Blessy Baby Mathew* Department of Biotechnology / Princeton University / Conservation Unit of the Museums / MIT / Harvard’s Wyss Institute for Biologically Inspired Engineering / Museums & Galleries Commission / Sapthagiri College of Engineering / /
Person
Wallace H. Carothers / Alexander Parkes / Arthur Smith / Karl Ziegler / Ruth Angeeleena / John Wesley Hyatt / Anish Kumari Bhuwal / Julian Hill / Anita Yadav / Swati Pathak / Van Beilen / Kenward / Giulio Natta / Renu Rustgi / Biotechnol Biomaterial / Leo Hendrik Baekeland / Neeraj Kumar Aggarwal / Van Walsem / Hermann Staudinger / Catia Bastioli / /
Position
D. J. / chemist / *Corresponding author / scientist / BelgianAmerican chemist / /
PublishedMedium
Philosophical Transactions of the Royal Society B /
Journal of Polymer and Biopolymer Physics Chemistry, 2014, Vol. 2, No. 4, 84-90 Available online at http://pubs.sciepub.com/jpbpc/2/4/5 © Science and Education Publishing DOI:[removed]jpbpc[removed]Bioplastics: Its Timel