BONE SCISCIE

中文简介

由爱思唯尔科学出版。ISSN: 8756 - 3282。骨有着无与伦比的卓越声誉。该杂志是一个跨学科的论坛，用于快速发表原创、实验或临床研究，并评论文章处理正常和病理过程中发生的骨或其他组织影响骨代谢。还介绍了文档完整的病例报告。特别注意将实验研究应用于临床实践。特别感兴趣的领域有:骨细胞:骨细胞和软骨细胞的分子生物学;正常和紊乱骨发育和重建的细胞基础;光镜和电镜下的组织学、静态和动态组织形态学;用于骨和骨病研究的体外模型的器官和细胞培养系统;正常骨和病变骨对创伤和应激的反应骨对治疗药物的反应;钙和骨的物理研究;放射学的骨头;骨基质和矿物质代谢;正常和紊乱钙化的机制;非哺乳动物钙化系统的研究，与人类骨骼的正常或病理过程明显相关。内分泌学:骨质疏松症，与钙、磷、骨代谢有关的生物化学和生理学。矿物质稳态，肾性骨营养不良，慢性酸碱失调，维生素D作用与代谢，性激素，更年期。胃肠道:生物化学和生理的正常和紊乱的矿物质吸收，维生素D的行动，代谢。

投稿网址：http://ees.elsevier.com/bone/default.asp?acw=d571d4cb7d6e5513072fb22

英文简介

Published by Elsevier Science. ISSN: 8756-3282.BONE has an unsurpassed reputation for excellence. The Journal is an interdisciplinary forum for the rapid publication of original, experimental or clinical studies, and review articles dealing with both normal and pathological processes which occur in bone or in other tissues affecting bone metabolism. Well-documented case reports are also featured. Particular attention is placed on the application of experimental studies to clinical practice. Areas of specific interest are: BONE: Cell and molecular biology of bone cells and cartilage cells; cellular basis of normal and disordered bone development and remodeling; Histology, static and dynamic histiomorphometry at the light and electron microscopic levels; organ and cell culture systems as in vitro models for studies of bone and bone disease; response of normal and diseased bone to trauma and stress; response of bone to therapeutic agents; physical studies of calcium and bone; radiology of bone; the metabolism of bone matrix and mineral; mechanisms of normal and disordered calcification; studies of non-mammalian calcifying systems with a clear relevance to normal or pathological processes in human bone. Endocrinology: Osteoporosis, biochemistry and physiology related to calcium, phosphorus, and bone metabolism. Mineral homeostatis, renal osteodystrophy, chronic acid/base disorders, vitamin D action and metabolism, sex hormones, menopause.Gastrointestinal Tract: Biochemistry and physiology of normal and disordered mineral absorption, vitamin D action, and metabolism.