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FOXNEWSW Your June 18, 2024



very much prima donna trump sweeping the race in wisconsin limits from now he s going to be rallying in a key state as president joe biden announces some sweeping new protections for migrant sponsors and u.s. citizens no matter the state from were living in now. it is all pointing migration front and center in the border front and center welcome, everybody, i m neil cavuto, the story right now is wisconsin, this is always a state that is as close as it gets between the major candidates, it has been in the last few presidential elections, polls are looking equally tight right now. let s go to bryan eneas in racing with more. there are several thousand trump supporters that are here in wisconsin just ahead of rally were expected to start at any moment here. i give you a sense of what it looks like you re on the coast of beautiful latent lake michigan. these folks are expected to hear former president trump hammer president biden on immigration and inflation, two iss ....

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"Negative Printing for the Reinforcement of In Situ Tissue-Engineered C" by Stephanie E. Doyle, Finn Snow et al.

In the realm of in situ cartilage engineering, the targeted delivery of both cells and hydrogel materials to the site of a defect serves to directly stimulate chondral repair. Although the in situ application of stem cell-laden soft hydrogels to tissue defects holds great promise for cartilage regeneration, a significant challenge lies in overcoming the inherent limitation of these soft hydrogels, which must attain mechanical properties akin to the native tissue to withstand physiological loading. We therefore developed a system where a gelatin methacryloyl hydrogel laden with human adipose-derived mesenchymal stem cells is combined with a secondary structure to provide bulk mechanical reinforcement. In this study, we used the negative embodied sacrificial template 3D printing technique to generate eight different lattice-based reinforcement structures made of polycaprolactone, which ranged in porosity from 80% to 90% with stiffnesses from 28 – 5 kPa to 2853 – 236 kPa. The most pro ....

3d Printing , Tissue Engineering ,

Marriage of synthetic biology and 3D printing produces programmable living materials

Scientists are harnessing cells to make new types of materials that can grow, repair themselves and even respond to their environment. These solid “engineered living materials” are made by embeddi . ....

Ziyi Yu , Julianm Hibberd , Wenbo Zhong , Yujie Wang , Minglang Qin , Jing Zhang , Lingfeng Yuan , Engineered Plant Living Materials , Tailored Granular Hydrogel , 3d Printing , Programmable Materials , Material Developments ,

Bio-based alternatives to single-use plastics

Suzano Ventures, the corporate venture capital arm of Suzano has made a strategic investment into the Canadian materials science startup, Bioform Technologies. The investment provides up to US$5 m . ....

Paula Puzzi , Chris Clark , Chief Executive Officer , Bioform Technologies , Suzano Ventures , Senior Manager ,

This salt battery harvests osmotic energy where the river meets the sea

Estuaries where freshwater rivers meet the salty sea are great locations for birdwatching and kayaking. In these areas, waters containing different salt concentrations mix and may be sources o . ....

Xingzhen Qin , Zhongrun Xiang , Xiaotong Fu , Zhijiang Xie , Zewan Lin , Mei Yang , Energy Letters , Electronic Pathways For Enhanced Osmotic Energy Harvesting , Chenlu Jiao , Electronic Pathways , Enhanced Osmotic Energy , Salt Batteries ,