⭐⭐⭐⭐⭐ Karen Chen Research Paper

Thursday, December 02, 2021 8:12:07 AM

Karen Chen Research Paper



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Karen CHEN 2020-2021 SP Music

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If you upload them after our specialist starts writing, your deadline may be extended. Once a visiting undergraduate student, now a PhD student. Welcome Julia! See group page for more information. Welcome Matt! Congrats Alex and Mingjiang, and thanks to all of our collaborators on this work! A lot of very hard work went into this fantastic paper. See Story Here. 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!! 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. Current Members: The Johnson group firmly believes that diversity is a source of scientific creativity and innovation. We seek to continually support scientists from diverse backgrounds in an effort to enhance the talents and abilities of our lab. We value equality and inclusivity both in the scientific community and globally. You are welcome here! Click on the images below to learn more about our fantastic group members!

She received her B. After taking California's weather to transition from Saudi's heat, she decided to return to MIT and brave New England's winters in pursuit of a PhD focusing on polymer chemistry and organic materials. In her free time, she enjoys attending comedy clubs, hiking, fencing, and cooking. At this point, he knew he had the heart of a chemist and bought his first lab coat. He has continued to pursue this passion through several award winning regional contests in and and his further independent study. David is currently a junior at Boston University Academy where he is expanding his knowledge through a rigorous curriculum of advanced liberal arts coursework paired with college courses at Boston University.

In the Johnson group, David hopes to learn more about the field of polymer chemistry and laboratory work through research on unimolecular polymers. Ekua Beneman Visiting Student Hello everyone! I want to open and fund research labs that work on gynecologic oncology. I also want to use my laboratories to give underrepresented students research experience. In my free time I like to cook, watch movies, and spend time with family! He is currently co-advised with the Langer Lab where he previously worked as a research assistant toward designing drug delivery hydrogels as part of his master's thesis research.

In his free time, he enjoys playing the guitar, soccer and traveling. 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. There she worked under Professor David Beveridge on computational modeling and molecule system comprehension research.

The aim of the project was to understand the transduction of ligand binding energy into allosteric signal transmission in proteins. After this experience, she decided to pursue her graduate studies at MIT and to specialize in polymer chemistry. 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. She obtained a B. During her graduate degree, Megan worked in Prof. Kyoko Nozaki. Megan joined Prof. Outside of the lab, Megan enjoys hiking, yoga, scuba diving, and falling into music video wormholes on youtube. Abe Herzog-Arbeitman Graduate Student Abe grew up in Northampton, Massachusetts with his twin brother Jonah, before escaping the Northeast to attend the University of Chicago and become a "molecular engineer.

Matthew Tirrell, Abe realized that chemists are in fact the best at engineering molecules, and switched fields. Daria Mikhailova lead him to the field of battery chemistry and its intersection with polymeric materials. Abe is excited to continue developing polymeric materials for energy storage and other applications with the Johnson Lab. When not in lab, Abe enjoys running, cooking, and eating spicy food. I completed my Honours B. I worked in the lab of Dr. Mark Andrews where I synthesized and characterized various morphologies of magnetite and lanthanide-doped magnetite nanoparticles, and monitored their impact on Rosenzweig instabilities of their respective high-concentration colloidal dispersions. I then worked under the co-supervision of Dr.

Hanadi Sleiman and Dr. Dmitrii Perepichka on the synthesis and characterization alternating copolymers oligomers of diketopyrrolopyrroles. I am excited to continue my studies of polymer chemistry and extend my work to principles underlying control of network topology in the Johnson group at MIT. She also interned as a Discovery Chemist at Merck, where she investigated compounds for pain management. Alayna is continuing to pursue her research interests of polymer and materials chemistry in the Johnson Group. Outside of lab, she enjoys crocheting, drawing, and painting. Khrystofor Khokhlov Graduate Student Khrystofor was born and raised in Kiev, Ukraine, where he played ice hockey and did some oxazole chemistry research until he ended up as a chemistry major at Columbia University where he received his undergraduate education.

He worked for a few years in the lab of Prof. Nuckolls, synthesizing perylene diimide-based twistacenes, helicenes and other contorted aromatics for applications in organic photovoltaics. Khrystofor just joined the Johnson group and is very excited to start working on IEG polymer synthesis and applications. He greatly enjoys reading and cooking, though objects of those activities tend to vary depending on whether he is in the lab or in the kitchen.

At Rensselaer, Landon worked in Dr. He also spent a summer in Dr. Landon is continuing to pursue his research interests of polymer and materials chemistry in the Johnson Group. Outside of academics, Landon enjoys baking bread, making pizza, and building computers. After 2 years working in corporate banking, he ventured overseas to earn a masters degree in financial economics at Oxford University. He then focused his efforts on the logical next step: a PhD in chemistry. Prior to starting graduate school, he worked in Yi Liu's group at Lawrence Berkeley National Laboratory's Molecular Foundry on dynamic covalent chemistry approaches to interlocked cage compounds.

Then, following his passion for synthesis, he went on to work with T. He joined the Johnson group in Nov. She also worked with Professor Samir Mitragotri on the development of platforms for targeted delivery of synergistic chemotherapy drug combinations. In her free time, she enjoys hiking, running, and skating. Xinlin Yang, where he focused on preparation, characterization, and application of functional particles.

He then moved to University of Massachusetts, Amherst and joined Prof. In , he joined the Johnson research group as a postdoctoral associate, where he will continue to explore the beauty of polymers. In his spare time, he likes playing basketball, watching NBA games and movies. As an undergraduate I worked with Professor Chris Macosko on melt processing and rheological characterization of polymer-clay nanocomposites. Also, I worked with Professor Paul Dauenhauer on industrial process design for the production of renewable monomers and spent a summer at 3M modeling polymerization kinetics. I also spent a summer at Brookhaven National Laboratory researching the suprisingly complex energetics of electron-hole separation in polymer-based organic photovoltaic cells.

Outside of the lab, I enjoy playing ragtime piano, backpacking, engaging in politics, and writing fiction. After finishing her undergraduate degree, she got her Ph. During her Ph. In she joined the Johnson lab where she hopes to make some exciting discoveries with polymers! In her spare time, she enjoys cooking, exploring Boston, figure skating, learning French, and riding her bike. As an undergrad I joined Prof. Xi Zhang's lab to work on superamolecular polymers based on cucurbiturils, spent a summer in Prof.

Jeffrey Moore's lab in UIUC synthesizing pheyleneacetylene macrocycles, and built model airplanes that flew and crashed. I am excited to join the Johnson group to work on IEG polymers. Outside of lab, I like travelling, taking photos, and fixing all kinds of stuff. After becoming interested in science at an early age I attended UC Berkeley for undergrad. At Berkeley I majored in physics and minored in chemistry. There I studied crystal structures and phase transitions of peptoids, synthetic peptoid mimics. After spending most of my life in the Bay Area I decided to move elsewhere for graduate school, and am delighted to be at MIT.

In the Johnson Group I study materials for polymeric batteries among other things. In my free time I am an avid skier, love cooking and watching Jeopardy! At the age of 18, he traveled to Beijing and spent four years there in Peking also known as Beijing University to obtain his bachelor's degree in materials chemistry. As an undergraduate student, he worked with Professor Jian Pei, who is famous for his obsession in cyclization reactions, on the synthesis of boron-nitrogen-embedded polycyclic aromatic hydrcarbons and explored their potential applications in the field of organic field-effect transistors. He is now pursuing a Ph. She has been a medical assistant at a COVID testing site, which furthered her interest within healthcare.

She will be conducting research on synthetic macromolecular chemistry explorations and applications as apart of the Johnson Group to advance connections between clinical care and scientific research. Upon completion of her undergraduate degree, Taylor plans to pursue the MD-PhD dual degree to become a Physician-Scientist to intersect science and medicine to serve underrepresented populations.

Aiden Wang Graduate Student Aiden was born in China and grew up in Singapore, where the endless line of cuisines nurtured his love for food and cooking his backup career. Aiden is thrilled to join the lab to learn more about polymers and apply them in biological contexts. Outside of lab, Aiden enjoys racket sports, cooking, writing pop music and occasionally annoying his roommates with his vocal performances. I worked in Prof. I spend my free time reading, listening to music and traveling. She is an undergraduate senior in the department of materials science and engineering. She has done previous research in the Koch Institute with Dr. Zimmermann freshman year on the mechanism of cell metastasis, and then in the Irvine lab on modifications of sugars on vaccine nanoparticles.

She is very excited to learn about polymer synthesis in the Johnson lab, which she has never done in lab before! In her free time, she enjoys figure skating, baking, and sleeping. Applying synthesis for useful applications led her to become interested in polymer chemistry, and she hopes to continue that process in the Johnson group! In her free time she enjoys running, cycling, climbing, and hiking. Grubbs and David A. Turro and Jeffrey T. Carl, K. Schultz, T. Janssens, A. Pfeifer and W. Published on: 6 October HRQL is often measured using the St. Published on: 5 October Diabetes mellitus DM is a key contributing factor to poor survival in lung transplantation recipients.

Mitochondrial dysfunction is recognized as a critical mediator in the pathogenesis of diabetic lung isch Published on: 3 October Hospitalizations are common among patients with idiopathic pulmonary fibrosis IPF. We investigated the impact of hospitalizations on outcomes in patients with IPF. Authors: Hyun J. Kim, Laurie D. Snyder, Ayodeji Adegunsoye, Megan L. Neely, Shaun Bender, Eric S. White, Craig S. Conoscenti and Mary E. Published on: 30 September Dijkstra, Johannes G.

Burgerhof, Robert G. Blokpoel and Martin C. Published on: 29 September There is relatively little published on the effects of COVID on respiratory physiology, particularly breathing patterns. We sought to determine if there were lasting detrimental effect following hospital di Authors: James A. Stockley, Eyas A. Alhuthail, Andrew M. Madathil and Brendan G. Published on: 27 September Iron and steel industry workers are exposed to high levels of inhalable dust particles that contain various elements, including metals, and cause occupational lung diseases. We aim to assess the relationship b Published on: 26 September During flexible fiberoptic bronchoscopy FOB the arterial partial pressure of oxygen can drop, increasing the risk for respiratory failure.

To avoid desaturation episodes during the procedure several oxygenat Content type: Review. Published on: 25 September Bronchial hyperresponsiveness is a typical, but non-specific feature of cough variant asthma CVA. This study aimed to determine whether bronchial hyperresponsiveness may be considered as a predictor of CVA i Content type: Letter to the Editor. Published on: 23 September Delayed diagnosis and treatment are detrimental to TB prognosis and sustain TB transmission in the community, making Mechanical ventilation can induce or aggravate lung injury, which is termed ventilator-induced lung injury VILI.

Piezo1 is a key element of the mechanotransduction process and can transduce mechanical signal Published on: 21 September Elastin degradation has been established as one of the driving factors of emphysema. Elastin-derived peptides EDPs are shown to act as a chemoattractant for monocytes. Effectively shielding elastin from elas Published on: 18 September This study aimed to explore Social media is an increasingly popular source of health information, and the rarity and complexity of interstitial lung disease ILD may particularly draw patients with ILD to social media for information an Authors: Japnam S.

Published on: 17 September There is a need for timely, accurate diagnosis, and personalised management in lung diseases. Exhaled breath reflects inflammatory and metabolic processes in the human body, especially in the lungs. The analys Authors: I. Wijbenga, G. Nakshbandi, J. Aerts, O. Manintveld, M. Wijsenbeek, M. Hellemons and C. We performed a multicenter, randomized open-label trial in patients with moderate to severe Covid treated with a range of possible treatment regimens. Methods: Patients were randomly assigned to one of thre Published on: 15 September Alpha-1 antitrypsin deficiency AATD is considered one of the most common genetic diseases and is characterised by the misfolding and polymerisation of the alpha-1 antitrypsin AAT protein within hepatocytes The effect of additional antimicrobial agents on the clinical outcomes of patients with idiopathic pulmonary fibrosis IPF is unclear.

Lung emphysema is an important phenotype of chronic obstructive pulmonary disease COPD , and CT scanning is strongly recommended to establish the diagnosis. This study aimed to identify criteria by which phys Authors: Christina Kellerer, Rudolf A. Trudzinski, Tobias Welte….

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