Assessment of PCL/carbon material scaffolds for bone regeneration by Huang, Boyang, Caetano, Guilherme, Wang, Weiguang, Bártolo, Pauko

“…Biomanufacturing is a relatively new research domain focusing on the use of additive manufacturing technologies, biomaterials, cells and biomolecular signals to produce tissue constructs for tissue engineering. For bone regeneration, researchers are focusing on the use of polymeric and polymer/ceramic scaffolds seeded with osteoblasts or mesenchymal stem cells. …”
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Studies on the physicochemical, biomechanical and biological properties of novel decellularized bovine scaffold for bone regeneration by Qabbani, Ali Abdul Qader Hameed Al

“…Phase III focused on the bone regeneration capabilities of DMB and DCC scaffolds in male Sprague-Dawley rat calvarial critical-size defects. …”
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Chitosan nanofibrous scaffold with graded and controlled release of ciprofloxacin and BMP-2 nanoparticles for the conception of bone regeneration by Zhang, Sihan, Zhao, Guanglei, Mahotra, Manish, Ma, Shiyuan, Li, Wenrui, Lee, Hiang Wee, Yu, Hong, Sampathkumar, Kaarunya, Xie, Denghui, Guo, Jinshan, Loo, Joachim Say Chye

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Electrical stimulation therapy and HA/TCP composite scaffolds modulate the Wnt pathways in bone regeneration of critical-sized defects by Helaehil, Júlia Venturini, Helaehil, Luiza Venturini, Alves, Laryssa Fernanda, Huang, Boyang, Santamaria-Jr, Milton, Bartolo, Paulo, Caetano, Guilherme Ferreira

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Extraordinary model systems for regeneration by Accorsi, A, Guo, L, Marshall, WF, Mommersteeg, MTM, Nakajima, Y-I

“…In 2019, Development launched its ‘Model systems for regeneration’ collection, a series of articles introducing some of the most popular model organisms for studying regeneration in vivo. …”

Musculoskeletal regeneration: a zebrafish perspective by Kaliya-Perumal, Arun-Kumar, Ingham, Philip William

“…While fibrotic scar tissue serves to bridge between injured planes, it undermines functional integrity. Hence, faithful regeneration is the most desired outcome; however, the potential to regenerate is limited in humans. …”
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Globalization : Perak's Rise, Relative Decline, and Regeneration / by Nazrin Shah Ibni Sultan Azlan Muhibbuddin Shah, Sultan, 543480, Oxford University Press (Online service) 655242

“…With a New VisionPerak can regenerate itself and once again emerge triumphant against a tough global background, Covid-19, war, and deglobalization.…”
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Drug-eluting scaffolds for bone and cartilage regeneration by Lee, Wei Li, Loo, Say Chye Joachim, Huang, Charlotte L.

“…The advancement in strategies for bone and cartilage regeneration have been centralized on a concept that describes the close relationship between osteogenic cells, osteoconductive scaffolds, delivery growth factors and its mechanical environment. …”
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Strategy and regeneration in the seventeenth and twenty-first centuries by Parr, A

“…The second case study analyses the theories of law, science, and regeneration of Sir Cheney Culpeper (1600–66), a pioneer of ‘agroecological’ and ‘agrichemical’ approaches to improving farming.…”

Active Learning for Inference and Regeneration of Applications that Access Databases by Shen, Jiasi, Rinard, Martin

“…Konure also implements a regenerator that produces a translated Python implementation of the application that systematically includes relevant security and error checks.…”
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Application of MCG-PTCC system on neo-cartilage regeneration by Jiang, Yuwei

“…The efficiency of the MCG-PTCC system on the cartilage regeneration is evaluated in terms of chondrocytes viability, development of the neo-cartilage tissue islets, related gene expression level, extracellular matrix (ECM) proteins production level. …”
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Photosynthetic regeneration of ATP using native and immobilized bacterial chromatophores. by Yang, Ho Seung.

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Evaluation of keratin templates on dermal regeneration of full-thickness burns by Moay, Zi Kuang

“…In vivo, HHK foams did not impede wound regeneration from full-thickness burns on pig skin. All in all, HHK foams are capable as dermal substitutes to treat full-thickness burn wounds through promoting earlier angiogenesis in the surrounding tissue, though it would require further modifications to improve its potential of being an ideal dermal substitute.…”
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Regenerated Phase-shifted Sinusoid-assisted Empirical Mode Decomposition by Wang, Chenxing, Kemao, Qian, Da, Feipeng

“…In this letter, a novel regenerated phase-shifted sinusoid-assisted EMD (RPSEMD) is proposed. …”
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Simple ecological indicators benchmark regeneration success of Amazonian forests by Giles, AL, Schietti, J, Rosenfield, MF, Mesquita, RC, Vieira, DLM, Vieira, ICG, Poorter, L, Brancalion, PHS, Peña-Claros, M, Siqueira, J, Oliveira Junior, L, do Espírito-Santo, MM, Sarmento, PSDM, Ferreira, JN, Berenguer, E, Barlow, J, Elias, F, Cassol, HLG, Silva, RC, Ribeiro, SC, Medeiros, N, Junqueira, AB, Massoca, P, Ferreira, MJ

“…However, the vast variability in regeneration rates across environmental gradients and over time poses considerable challenges for assessing regeneration success and ecosystem services provision in human-modified landscapes. …”

Cardiac conduction system regeneration prevents arrhythmias after myocardial infarction by Sayers, JR, Martinez-Navarro, H, Sun, X, de Villiers, C, Sigal, S, Weinberger, M, Rodriguez, CC, Riebel, LL, Berg, LA, Camps, J, Herring, N, Rodriguez, B, Sauka-Spengler, T, Riley, PR

“…Here, we demonstrate conduction system restoration during neonatal mouse heart regeneration versus pathological remodeling at non-regenerative stages. …”

Phase transfer cell culture system for self-forming cartilage tissue regeneration by Su, Kai

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YAP-DKK1 axis restricts regeneration to the isthmus of the human gastric glands by Zagami, C

“…<p>In the gastrointestinal tract, tissue regeneration relies on stem cells localised within specific niches. …”

New approaches for H2-driven NADH regeneration using carbon supports by Zhao, X

BMP signaling promotes zebrafish heart regeneration via alleviation of replication stress by Vasudevarao, MD, Posadas Pena, D, Ihle, M, Bongiovanni, C, Maity, P, Geissler, D, Mohammadi, HF, Rall-Scharpf, M, Niemann, J, Mommersteeg, MTM, Redaelli, S, Happ, K, Wu, C, Beisaw, A, Scharffetter-Kochanek, K, D’Uva, G, Malek Mohammadi, M, Wiesmüller, L, Geiger, H, Weidinger, G

“…In contrast to mammals, adult zebrafish achieve complete heart regeneration via proliferation of cardiomyocytes. Surprisingly, we found that regenerating cardiomyocytes experience DNA replication stress, which represents one reason for declining tissue regeneration during aging in mammals. …”