Here they are empty next to the other pieces in the storage area, awaiting the return of the retrospective.(Photos by Sue Kirsch, text by Shannon Mackenzie) Installed on wheels, the shelves were finalized in the metal shop and then transported to the storage area.Driven to the East Crescent Keystone from the Metal Studio, the shelves were moved into the storage unit by Joel, Tristan, Eric, and David from the Construction team. January 31, 2018In preparation for the return of “Repositioning Paolo Soleri: the City is Nature” from the Scottsdale Museum of Contemporary Art, the archives and metal departments have collaborated to design and build custom shelving to safely store some of the larger architectural models.Here, Jona and Tristan work together to construct the first vertical piece of the shelves.
20Jan Rep. Franz welcomes granddaughter to State of the State address Categories: Featured news,News Tags: #SB, Franz, HD101, MISOTS16 LANSING, MI – Onekama lawmaker State Rep. Ray Franz, right, welcomed granddaughter Meghan Franz, left, to the House chamber tonight to hear Gov. Rick Snyder’s State the State address.“It is a true blessing to have my granddaughter here with me tonight to share in this experience,” Rep. Franz said. “Like so many Michigan families across the state, family comes first and my family means everything to me. This is also a great opportunity for Meghan to see what her grandpa really does in Lansing. This will be the last address I attend in the House chambers as state representative and I couldn’t think of a better person I’d rather have at my side than Meghan.”Meghan Franz is originally from Toledo, Ohio and is currently a sophomore at Northwood University studying marketing and finance. “I am so grateful to be given the opportunity to attend the State of the State with my Grandpa,” Meghan said. “He has served his constituents with dignity and integrity and I am so proud of him.”######
French media regulator the CSA has ordered public broadcaster France Télévisions to make its channels available to internet TV provider Playmédia’s Play.tv service with minimum delay following a request by the latter to force the broadcaster to engage with it.The CSA said that Playmedia’s services were not incompatible with France Télévisions’ public service mission and that the fact that the broadcaster did not hold all the rights necessary for the distribution of its programmes on the open internet did not allow it to avoid its obligation to make its channels available to third-party service providers. It said it was up to France Télévisions to obtain the necessary rights to meet its obligations and called on the broadcaster not to oppose the distribution of its services by Playmédia.The move is the latest development in a long-running dispute between Playmédia and France Télévisions, which has consistently refused to make its channels available to the service and has in the past denied that the CSA has any authority to intervene where this would violate its agreements with rightsholders. However France Télévisions’ services are available via other online platforms, such as that of Orange.
Ryan AfsharVideo advertising platform Videology has appointed former Time and Telefonica Digital executive Ryan Afshar as its new vice-president and media director.Afshar will be tasked with leading business development in Europe and driving continued growth and use of Videology’s technology in the region.Reporting to John Tigg, Videology’s senior vice-president of strategic partnerships in EMEA, Afshar will be based in London at Videology’s EMEA headquarters.“Videology develops industry-leading solutions to empower the continued convergence of TV and video, and I’m very grateful to be given the opportunity to contribute to a company that is helping to address this seismic change in the ad industry,” said Afshar.He previously worked to develop digital businesses in a number of roles with the likes of Time and Telefonica Digital. More recently, he worked as director and co-founder of Affable Digital, working with start-ups and tech companies to help them develop monetisation and revenue strategies.
Source:Mary Ann Liebert, IncJournal reference:Kim, W. et al. (2019) Tissue-Engineered Esophagus via Bioreactor Cultivation for Circumferential Esophageal Reconstruction. Tissue Engineering. doi.org/10.1089/ten.tea.2018.0277 Dr. Chung and colleagues from Korea present an exciting approach for esophageal repair using a combined 3D printing and bioreactor cultivation strategy. Critically, their work shows integration of the engineered esophageal tissue with host tissue, indicating a clinically viable strategy for circumferential esophageal reconstruction.”John P. Fisher, PhD, Tissue Engineering Co-Editor-in-Chief, Fischell Family Distinguished Professor and Department Chair, and Director of the NIH Center for Engineering Complex Tissues at the University of Maryland Reviewed by James Ives, M.Psych. (Editor)Jun 18 2019The loss of complete segments of the esophagus often results from treatments for esophageal cancer or congenital abnormalities, and current methods to re-establish continuity are inadequate. Now, working with a rat model, researchers have developed a promising reconstruction method based on the use of 3D-printed esophageal grafts. Their work is published in Tissue Engineering, a peer-reviewed journal from Mary Ann Liebert, Inc., publishers.Eun-Jae Chung, MD, PhD, Seoul National University Hospital, Korea, Jung-Woog Shin, PhD, Inje University, Korea, and colleagues present their research in an article titled “Tissue-Engineered Esophagus via Bioreactor Cultivation for Circumferential Esophageal Reconstruction”. The authors created a two-layered tubular scaffold with an electrospun nanofiber inner layer and 3D-printed strands in the outer layer. After seeding human mesenchymal stem cells on the inner layer, constructs were cultured in a bioreactor, and a new surgical technique was used for implantation, including the placement of a thyroid gland flap over the scaffold. Efficacy was compared with omentum-cultured scaffolding technology, and successful implantation and esophageal reconstruction were achieved based on several metrics.