Experimental Pathology

实验病理学共享资源系统汇集了，在一个单一的行政 结构，需要解剖病理学的技术和专业知识的各种服务。整体 该系统的目标是提供质量控制，稳定和具有成本效益的服务， 人类和动物组织的显微镜分析。它分为两个功能单元：1）组织 收购和银行服务（TABS）和2）组织学。TABS协调样本采集， 为相关人体组织提供存储和检索服务，由五个附属组织库组成 （乳腺、前列腺、神经肿瘤、胸部、黑色素瘤）。中央行政核心供应 基础设施和IT支持，以连接各个银行。历史学股由三个分核心组成， 每个小组都有根据当地调查员的需要确定的独特职能。斯特林森林研究 HHC为动物癌变提供大容量、高通量的服务 研究人员在该校园进行的研究，而曼哈顿RHC侧重于培训和 为曼哈顿众多实验室的不同需求提供定制服务。的 免疫组织化学亚核心（IHC），位于贝尔维尤医院临床病理学实验室旁边， 提供人类标本的基本组织处理以及免疫组织化学服务， 人类和动物研究。管理集成允许无缝交换样品， 在不牺牲每个子核心所提供的独特优势的情况下， 还有利于不同部门调查人员的定向“牵线搭桥”，从而促进 新的翻译研究所需的协作协同作用。实验病理学子核心 支持近100名研究人员的研究。

The Experimental Pathology Shared Resource System brings together, under a single administrative structure, a variety of services requiring the technology and expertise of anatomic pathology. The overall objectives of the system are to provide quality-controlled, stable and cost-effective services for the microscopic analysis of human and animal tissues. It is divided into two functional units: 1) Tissue Acquisition and Banking Services (TABS) and 2) Histopathology. TABS coordinates sample acquisition, storage and retrieval services for relevant human tissues and is composed of five affiliated tissue banks (Breast, Prostate, Neuro-oncology, Thoracic, Melanoma). A central administrative core supplies infrastructure and IT support to link individual banks. The Histopathology Unit consists of three sub-cores, each with unique functions defined by the needs of local investigators. The Sterling Forest Research Histopathology Core (RHC) offers large-volume, high-throughput services for the animal carcihogenesis studies conducted by researchers on that campus, whereas the Manhattan RHC focuses on training and customized services for the disparate needs of the numerous Manhattan-based labs. The Immunohistochemistry sub-Core (IHC), located next to the Clinical Pathology labs in Bellevue Hospital, provides basic tissue processing of human specimens as weir as immunohistochemical services for both human and animal studies. Administrative integration allows the seamless exchange of samples and expertise between functional components, without sacrificing the unique benefits afforded by each sub-core. It also facilitates the directed "match-making" of investigators from different departments, thus promoting the collaborative synergies necessary for novel translational studies. Together, Experimental Pathology subcores support the research of almost 100 investigators.