Degradation of natural rubber by Streptomyces spp using dilute solution viscosity measurement technique was studied.
Natural rubber latex was dissolved in xylene and exposed to Streptomyces.. Original Article, Res Rev Polymer. Recent trends in biodegradable polymers indicate significant developments in terms of novel design strategies and engineering to provide advanced polymers with comparably good performance. Authors are requested to submit articles directly to Online Manuscript Submission System of respective journal.
Aim and Scope Our aim is to encourage scientists to publish their experimental and theoretical results in as much detail as possible. Polymer chemistry Macromolecular chemistry Bio macromolecules and complex polymer systems Polymeric hybrid materials Polymer physics Polymer characterization Thermodynamics Synthetic polymers Natural polymers Fibres, films Plastics, elastomers Advanced processing of polymers Submit manuscript at www.
Recently Published Papers. Abstract PDF. Biodegradable Functional Polymers Composed of Naturally Occurring Amino Acids Author s : Zavradashvili N, Jokhadze G, Gverdtsiteli M, Tugushi D, and Katsarava R Recent trends in biodegradable polymers indicate significant developments in terms of novel design strategies and engineering to provide advanced polymers with comparably good performance.
Main - Chair of Polymer and Crystal Physics
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More Information Here. Congrats Frank! Fraser Stoddart. Congrats Jonathan on this very prestigious award! Qixian Chen! See Cover Profile Here. Mao Chen and Dr. Yufeng Wang! Welcome Dr. Thank you DuPont! Thank you NIH. Thank you ACC. Congrats Alex!!
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Official Press Release Here. Thank you NSF! Congrats Yan and Jenny! JACS Spotlight story here. Thank you 3M! New York Times announcement here. Jonathan Barnes!
Welcome Deborah! Mingjiang Zhong. Welcome Mingjiang! Congrats Alan and Angela! Nick Turro. Our project will focus on the design, synthesis, and computational analysis of polymer networks for emerging applications. Congrats Alexandra! Note that while our article was in press, Professor Kristi Anseth's group published a related paper on tetrazine-norbornene hydrogels for 3D cell culture. See Kristi's excellent paper here: link. It's great to have you both! Olsen and J. Congrats Huaxing! Congrats Huaxing, Jen, and Alexandra! Congrats Alan and Alex!
Congrats Jenny, Alan and Alex! We are thrilled to have her here for the summer! Click HERE to see what the group is reading. Burts receives an NSF graduate fellowship. Each student gave a presentation on fundamental aspects of synthetic polymer chemistry. Topics included chain and step-growth polymerization, gelation and network formation, controlled polymerization processes, and polymer architectures.
Fun was had by all. First group meeting today. For info on Jeremiah's course, 5. For more information on this year's workshop click here. I am currently a junior majoring in computer science and civil engineering. I am very excited to work on automated manufacture of synthetic polymers in the Johnson lab.
In my free time I enjoy reading science fiction and watching movies. He is currently co-advised with the Langer Lab where he previously worked as a research assistant towards designing drug delivery hydrogels as part of his master's thesis research. In his free time, he enjoys playing the guitar, soccer and traveling. I am currently a sophomore majoring in chemical engineering and chemistry.
I have previously worked in the Kulik Lab on optimizing nanoparticle structures and last summer I did research on stem cells for tissue engineering. I am excited to work on nanoparticles for drug delivery in the Johnson lab. In my free time I enjoy playing soccer, watching Netflix and mixing music as an amateur dj. He moved to Newcastle for his MChem working for Dr. Lee Higham, where he made air-stable primary phosphines with a view to making safer precursors for catalysts such as DuPhos.
Chris then flew over the pond to undertake his PhD with Prof. For his doctorate he synthesized a multitude of luminescent coordination complexes, in addition to moonlighting on research projects with a diving company and a local brewery.
In August Chris joined the Johnson group, where he will switch his chemistry knowledge to polymeric materials. In his spare time he likes cooking, eating, hiking and cycling. The aim of my project is to gain an understanding of the transduction of ligand binding energy into allosteric signal transmission for proteins. I aspire to obtain a PhD and return to Brazil in order to increase the scientific development of my country.
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Aside from academics, I enjoy traveling, watching tv series, reading novels in Portuguese, and spending time with my friends. She is currently a sophomore pursuing a Bachelor's degree in Chemistry. Last summer, she interned in Draper Laboratory, working on different projects, including developing a platform for rapid modification of polymers through a single-step click reaction. She is very excited to be working in the Johnson Lab on projects relating to polymers and modifications of them.
In her free time, Yutong enjoys reading, listening to music, and traveling. I began doing research my freshman year of college under Dr. Working in a laboratory sparked my interest in research so I decided to work under Dr. Sarbajit Banerjee after a semester in Dr.
In Dr. After taking Organic Chemistry I with Dr. David Bergbreiter I developed an interest in organic chemistry and found myself at the Johnson Group.
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