Research on Tissue Engineering in China (CJTER)

Abstract：["The journal focuses on important scientific issues in tissue engineering research, with a particular emphasis on engineered cells, engineered materials, engineered tissue construction, xenotransplantation of human organs from animal sources, artificial intelligence products as alternatives for regeneration, and innovative technologies and methods related to tissue and organ regeneration.","It pays attention to the transplantation of cell suspensions or aggregates to replace damaged tissues, as well as the implantation of bioengineered artificial tissues or organs (including AI products) produced in the laboratory that can replace natural tissues.","It also focuses on the induction of tissue regeneration through drug interventions, as well as key issues that still need to be addressed in current strategies.","Content related to signaling pathways (interconnected), regulatory mechanisms (multilayered), therapeutic targets, and clinical trials in tissue engineering and/or tissue injury and repair and/or therapies is encouraged (it is recommended to use tables for summarization).","Content related to epidemiology, clinical pathology, diagnosis and treatment, genetics and/or epigenetics, pathogenesis, and other aspects related to tissue engineering and/or tissue injury and repair, regeneration, and/or therapy.","Content related to disease models, research methods, and/or techniques associated with tissue engineering and/or tissue injury and repair, regeneration, and/or therapy.","Content related to Notch, hypoxia signaling, lactate metabolism, histone modification, microbiota, and other factors associated with tissue engineering and/or tissue injury and repair, regeneration, and/or therapy.","Content related to biological functions under physiological conditions in humans and experimental animals associated with tissue engineering and/or tissue injury and repair, regeneration, and/or therapy.","Content related to pathological functions in the treatment of diseases in humans and experimental animals associated with tissue engineering and/or tissue injury and repair, regeneration, and/or therapy."]