Center of Excellence for Aging and Brain Repair, Department of Neurosurgery and Brain Repair, University of South Florida College of Medicine, Tampa, FL 33612, USA.
Med Sci Monit. 2009 Nov;15(11):RA233-51.
The articles published in the journal Cell Transplantation - The Regenerative Medicine Journal over the last two years reveal the recent and future cutting-edge research in the fields of regenerative and transplantation medicine. 437 articles were published from 2007 to 2008, a 17% increase compared to the 373 articles in 2006-2007. Neuroscience was still the most common section in both the number of articles and the percentage of all manuscripts published. The increasing interest and rapid advance in bioengineering technology is highlighted by tissue engineering and bioartificial organs being ranked second again. For a similar reason, the methods and new technologies section increased significantly compared to the last period. Articles focusing on the transplantation of stem cell lineages encompassed almost 20% of all articles published. By contrast, the non-stem cell transplantation group which is made up primarily of islet cells, followed by biomaterials and fetal neural tissue, etc. comprised less than 15%. Transplantation of cells pre-treated with medicine or gene transfection to prolong graft survival or promote differentiation into the needed phenotype, was prevalent in the transplantation articles regardless of the kind of cells used. Meanwhile, the majority of non-transplantation-based articles were related to new devices for various purposes, characterization of unknown cells, medicines, cell preparation and/or optimization for transplantation (e.g. isolation and culture), and disease pathology.
在过去两年中,《细胞移植》杂志——再生医学杂志上发表的文章揭示了再生医学和移植医学领域的最新和未来的前沿研究。2007 年至 2008 年期间共发表了 437 篇文章,比 2006-2007 年期间的 373 篇文章增长了 17%。神经科学仍然是文章数量和所有手稿发表比例中最常见的部分。组织工程和生物人工器官再次排名第二,这突显了生物工程技术的兴趣日益增加和快速发展。出于类似的原因,与上一时期相比,方法和新技术部分显著增加。专注于干细胞系移植的文章几乎占所有已发表文章的 20%。相比之下,非干细胞移植组主要由胰岛细胞组成,其次是生物材料和胎神经组织等,占不到 15%。无论使用何种细胞,将经过药物预处理或基因转染的细胞移植以延长移植物存活或促进分化为所需表型的方法在移植文章中很常见。同时,大多数非基于移植的文章都与各种用途的新设备、未知细胞的特征、药物、细胞准备和/或移植优化(例如分离和培养)以及疾病病理学有关。