Browse by Medical Category
Center for Engineering in Medicine
Recent news and upcoming events from the Center for Engineering in Medicine at Massachusetts General Hospital.
July 8, 2018
Ehab O. A. Hafiz MBBCh. MSc.’s award-winning work was titled “Hepatic organoids co-populated with hepatocytes and cholangiocytes: Towards engineered liver grafts with biliary drainage.” More details on his abstract can be found here.
July 2, 2018
Professor Martin Yarmush and Dr. Alex Golberg from Tel Aviv University were awarded a 4-year $270,000 US-Israel BSF grant to develop a method to reduce scarring after burn injury using pulsed electric field technology.
May 31, 2018
"A new supercooling technique that promises to extend the time that organs donated for transplantation can remain viable outside the body." "For example, current technology can preserve donated livers outside the body for just 24 hours. In animal studies, this new technique quadruples that storage time to up to four days." More information here.
March 20, 2018
Professor Martin Yarmush has been awarded a Visiting Professor Fellowship from the Lady Davis Fellowship Trust to engage in teaching and research activities at Hebrew University in Jerusalem, Israel. Professor Yarmush will be working with Professor Yaakov Nahmias, Director of the Alexandar Grass Center for Bioengineering (and a former postdoctoral fellow), and other faculty colleagues on a variety of projects including new organ-on-a-chip technologies.
October 26, 2017
Titled "Putting the pieces together in the quest to rebuild the liver in the lab," the article highlight's bioengineered liver research from Basak Uygun, PhD, and the impact the Claflin Award has had on her career. Read the article here.
September 25, 2017
Professors Martin Yarmush and Basak Uygun have been awarded a 4-year $1,605,506 research grant from the National Institute of Health for a project entitled, "Recellularization of Liver Bioscaffolds." The project’s goal is to engineer transplantable human liver grafts for treating liver dysfunction and failure, and the central hypothesis to be tested here is that the natural liver scaffold derived from discarded livers can be extensively repopulated with hepatocytes and non-parenchymal cells and that these grafts can perform essential liver functions.
September 18, 2017
A patent was issued to Professor Martin Yarmush and former Rutgers colleagues and students, Tim Maguire, Stanley Dunn, Kevin Nikitczuk, and Eric Novik, entitled, "Automated Vessel Puncture Device using 3-D Near Infrared Imaging and a Robotically Driven Needle” (US Patent Number 9743875). The invention describes the development of automated robotic venipuncture device containing three major components: (1) an imaging system; (2) an automated robotic end-effector unit; and (3) a computer (controller and interface).
August 14, 2017
A patent was issued to Professor Martin Yarmush, entitled, "In Vitro Model of Macrosteatotic (Fatty) Liver” (US patent number 9,709,554). The invention describes the development of an in vitro model for macrosteatosis which can be used for identifying compounds for defatting and functional recovery of fatty hepatocytes.
July 31, 2017
Professors Mehmet Toner, Korkut Uygun, and Martin Yarmush have been awarded a 4-year, $1,539,000 research grant from the NIH for a project entitled, "High subzero preservation of liver for transplantation”. The project proposes a method for preserving mammalian organs which employs hibernating and freeze-tolerant strategies from nature, that are further augmented using bioengineering principles.
May 27, 2017
A new book edited by Professors Martin Yarmush and Alexander Golberg (Tel Aviv University) was published on 27th May 2017. It is titled “Bioengineering In Wound Healing A Systems Approach” and part of series in “Frontiers in Nanobiomedical Research” published by World Scientific Publishing Co Pte Ltd. More details here.
May 23, 2017
Professors Martin Yarmush, Francois Berthiaume, Rene Schloss have been awarded a 2-year $200,000 research grant from the New Jersey Commission on Spinal Cord Research for a project entitled, "Pulsed Electric Fields for Spinal Cord Injury Wound Healing." The project is based on the group's previous work showing that pulsed electric fields, which kill only the cells in skin (while leaving all extracellular structures intact), can improve wound healing after burn injury.
March 18, 2017
Third Annual BioEngineering 2017 Conference took place in Boston on March 16th and 17th with significant contribution from CEM. The theme for the conference this year was BioMEMS, 3D-BioPrinting & Synthetic Biology. CEM Faculty Shannon Stott, Mehmet Toner, Martin Yarmush, and Daniel Irimia gave keynote presentations and Berk Usta was an invited speakers.
Martin Yarmush opened the conference by his talk entitled “Hills and Valleys in the Landscape of Cell-Based BioMEMS and Tissue Engineering”, where he gave an overview of recent advances in the fields of cellular BioMEMS and tissue engineering. He emphasized important considerations for the field that may help spur future meaningful advancements.
Mehmet Toner’s talk titled “Microfluidics to Isolate Single and Clusters of Rare Circulating Tumor Cells to Manage Cancer Patients”, gave an overview of microfluidic systems developed specifically to isolate extremely rare circulating tumor cells. He introduced more recently designed CTC-iChip system based on the inertial focusing strategy, which allows positioning of cells in a near-single file line, so that they can be precisely deflected using minimal magnetic force.
Shannon Stott’s talk was titled “Exploring the Biophysics of Circulating Tumor Cell Clusters Using Microfluidics”, where she presented their studies on larger aggregates or clusters of tumor cells that are found in most aggressive cancers in minute amounts, but once detected could be used as “liquid biopsy” in cancer.
Daniel Irimia’s talk was titled “Accurate Sepsis Diagnostic in a Microfluidic Assay” where he introduced a novel microfluidic platform which could be used to identify sepsis in patients with extremely high precision, by measuring the motility phenotype of neutrophils, directly in a droplet of blood.
In addition, CEM alumni Jeff Morgan, Jungwoo Lee, Albert Folch, Tania Konry also presented their work.
February 10, 2017
Professors Martin Yarmush and Mehmet Toner were among 84 new members and 22 foreign associates elected to the National Academy of Engineering (NAE). Election to the NAE is among the highest professional distinctions accorded to an engineer. Academy membership honors those who have made outstanding contributions to "engineering research, practice, or education, including, where appropriate, significant contributions to the engineering literature" and to "the pioneering of new and developing fields of technology, making major advancements in traditional fields of engineering, or developing/ implementing innovative approaches to engineering education." Individuals in the newly elected class will be formally inducted during a ceremony at the NAE’s annual meeting in Washington, D.C. on Oct. 8, 2017.
January 19, 2017
A patent was issued to Professor Martin Yarmush and colleagues from L’Oreal and Hurel Corp. entitled, "Immune System Modeling and Devices” (US patent number 9,535,056). The invention describes the development of an allergy-on-a-chip device which can be used to detect and classify chemicals that cause an immune reaction.
December 12, 2016
Professor Martin Yarmush, delivered a Keynote Presentation at the annual meeting of the Tissue Engineering and Regenerative Medicine International Society (TERMIS) held in San Diego, CA. The title of his presentation was "Multiscale Tissue Engineering: from Novel Microfabricated In Vivo Analogues to Organ Fabrication" September 22, 2016
Professors Berk Usta, Martin Yarmush and Alex Golberg (from Tel Aviv University), were awarded a 2-year $120,000 US-Israel BSF Grant to develop a nonchemical wound disinfection process using pulsed electric field technology.
August 22, 2016
Daniel Irimia received the 11th "Pioneers of Miniaturization" award from the Chemical and Biological Microsystems Society for his work on neutrophils and microfluidics. Daniel received a certificate and monetary award and gave a short lecture during the µTAS conference in Dublin, Ireland in October (2016).
July 01, 2016
This award will help to fund his research project entitled: "Scarless Wound Healing And Skin Regeneration By Irreversible Electroporation," which will focus on developing devices to help skin regeneration without hypertropic scarring for burn victims.
This award will help to fund her research project entitled: "Design of pre-vascularized skin grafts with controlled capillary network geometry," which will help creating better skin substitutes to help improve the wound healing outcome.
June 8, 2016
The Thomas E. Starzl Postdoctoral Fellowship in Transplantation Biology has been established as a mentored award to provide funding for postdoctoral fellows who have a clear commitment to transplantation research. Candidates needed to have completed a maximum of 3 years of postdoctoral research at the time of award, and show impressive merit and potential in their research.
This award will help to fund her research project entitled: A Novel Approach to Improve Organ Viability and Availability before Orthotopic Liver Transplantation.
February 6, 2016
The tagline for the article is "After decades of piecemeal progress, the science of cryogenically storing human organs is warming up."
You can find the article at this link: http://www.economist.com/news/science-and-technology/21690025-after-decades-piecemeal-progress-science-cryogenically-storing-human
After discussing Dr. Toner's concept for how to freeze an organ, a nice highlight was the sentance "Last year Korkut Uygun of Harvard Medical School, in collaboration with Dr Toner, demonstrated that a combination of cooling and perfusion could preserve a rat liver for four days."
January 14, 2016
The abstract of her paper on the subject is found below:
Orthotopic liver transplantation is the only definitive treatment for end stage liver failure and the shortage of donor organs severely limits the number of patients receiving transplants. Liver tissue engineering aims to address the donor liver shortage by creating functional tissue constructs to replace a damaged or failing liver. Despite decades of work, various bottoms-up, synthetic biomaterials approaches have failed to produce a functional construct suitable for transplantation. Recently, a new strategy has emerged using whole organ scaffolds as a vehicle for tissue engineering. This technique involves preparation of these organ scaffolds via perfusion decellularization with the resulting scaffold retaining the circulatory network of the native organ. This important phenomenon allows for the construct to be repopulated with cells and to be connected to the blood torrent upon transplantation. This opinion paper presents the current advances and discusses the challenges of creating fully functional transplantable liver grafts with this whole liver engineering approach.
November 10, 2015
Dr. Usta delivers a critical review of the evolution of in vitro liver technologies at Cambridge Healthtech Institute’s 3rd Annual “Screening and Functional Analysis of 3D Models.”
More information can be found at: http://www.fastcongress.com/Analysis-of-3D-Models/
The brief abstract of this talk is provided below:
The liver performs many key functions such as serving as the metabolic hub of the body. For this reason, the liver is the focal point of many investigations aimed at understanding an organism’s toxicological response to endogenous and exogenous challenges. We will present a survey and critical comparison of in vitro liver technologies along a broad spectrum, but focus on the current renewed push to develop “organs-on-a-chip” in our laboratory and elsewhere.
Dr. Martin Yarmush, the current and founding director of CEM, is an internationally recognized bioengineer and translational scientist whose laboratory has been a pioneer and leader in multiple fields including tissue engineering and regenerative medicine, applied immunology and biotechnology, BioMEMs and nanotechnology, and metabolic engineering and functional genomics.
Martin L. Yarmush's Brooklyn roots imprinted qualities onto him like fighting for the underdog, good instincts and the desire to start new work that is solid and lasts, he said at the BMES Annual Meeting during his Pritzker Distinguished Lecturer talk. The main theme of his talk, which you can watch in the two videos below, was:
"Find something you love and see it through,"
Part 1 - https://youtu.be/FM2YmdbpT-Q
Part 2- https://youtu.be/d3WBfJGi950
The Pritzker Distinguished Lectureship Award is awarded each year to recognize an individual's outstanding achievements and leadership in the science and practice of biomedical engineering. The award recipient is expected to deliver a plenary lecture at the Annual Meeting in the fall and publish the text of the lecture in the Annals of Biomedical Engineering. A very important purpose of the lecture is to critically review a field of biomedical engineering and offer a vision of its future.
The R21 grant from the National Institute of Biomedical Imaging and Bioengineering (NIH/NIBIB 1R21EB020192) will support this exciting research at the Center for Engineering in Medicine for the next two years. A brief description of the research is provided below:
Owing to its central role in drug metabolism, the liver is also one of the main targets for the toxic effects of xenobiotics. Accordingly, accurate prediction of toxicity of a variety of compounds using in vitro liver models is a significant step towards reducing animal use for such studies and accordingly reduction in drug development costs. In this project we are building a microfluidic liver model that aims to recapitulate the heterogeneity of liver cells (zonation) across a liver sinusoid; this will result in improved prediction of the effect of pharmaceutical compounds that have zone-specific toxic effects. We will achieve this by integrating several key advances developed in our lab such as a multi-layer microfluidic culture device, actively controlled gradient generator and an ultra-thin collagen coating.
Further information about this funding can be found on the NIH RePORTER using the following link: https://projectreporter.nih.gov/project_info_description.cfm?aid=9035623&icde=27386917
A listing of upcoming events that the Center for Engineering in Medicine at Massachusetts General Hospital.
Back to Top