In this day and age of numerous media, educational technology, a function teachers tools now not just include Survivin standard didactic lectures and related practical laboratories, but in addition self directed learning, Internet based distance learning and growing. For example, when teaching renal function, one of the initial concepts introduced to the students is the fundamental framework of the nephron and to explain the inter relationship of many nephrons working in unison for appropriate function of the kidney. Describing the structure of the nephron might effectively be performed by way of a two dimensional PowerPoint presentation; but, a structure with a threedimensional architecture is tougher for the students to imagine. Hence, map kinase inhibitor multi level modelling of the nephron offers a three dimensional interactive tool, which students will use in their efforts of understanding the overall function of a multi nephron program. Adjustable scale mathematical models of a nephron integrate biophysical aspect from the level of individual transfer proteins to the ow of uid through the lumen of the entire nephron tubule. Owing to the complexity of these numerous scale models, it is difcult to connect the facts of the results, and the model structure, by means of a static description of the model. We present here the development of something to facilitate the presentation and interrogation of multi range nephron models. This model interface offers the user by having an biological browser, subcellular and cellular transportation product database, and some preliminary simulation results. Moreover, the models of the transport proteins and the cells are encoded in the model information structure CellML.. This Metastatic carcinoma approach enhances and encourages the ability of the modellers to collaborate and share with other researchers. We’ve developed an interface that allows the visualization and interaction with the multi range nephron models and simulation results. An individual interface has been produced as a web provided request viewable from the standard web browser. This tool will be made in conjunction with numerical model description and annotation methods and instruments, therefore we aim to automatically create the information of this tool directly from the annotated model descriptions. This way, the specific demonstration of the content to the user is ready to be customized to match specic user needs. HDAC inhibitors list In the following, we describe the structure we have produced in the context of a specic prototype display conguration. It’s crucial, however, to keep in mind that this is merely one possible presentation conguration of the underlying data. We will endeavour to highlight the power of our framework to enable different congurations as appropriate in the next sections.