The MiBio project
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The MiBio project aims to establish an online platform and computer-aided sperm analysis (CASA) solution for sharing knowledge and research results between researchers. The goals are to make motility examinations available freely online, establish a reliable CASA system independent of species, and create an online marketplace to exploit synergies from shared reference values and information. Researchers are encouraged to join projects that define species-specific reference values, create knowledge bases, or explore new applications of the CASA solution.
The MiBio project
- 1. Join the MiBio Project! Unification and share of knowledge for more exact research results
- 2. The MiBio poject - Goals Goals: ? Free of charge online solution making motility examinations possible for a researcher group as wide as possible. ? Establishing a high reliability computer-aided sperm analysis system providing for analyses independent of species. ? Online platform to exploit the synergy effect implied in the information stock deriving from different researchers and research areas.
- 3. The MiBio poject - Goals Goals: ? Sharing reference values and information bases applied in our own researches with other researchers and applying shared reference values and knowledge bases for our own researches C all these on online marketplace bases. ? Establishing the CASA solution that is accessible within the framework of an online service and which provides for immediate and reliable examinations (2012).
- 4. The MiBio project Shared knowledge CASA Unification solution MiBio efforts Online platform
- 5. Why to join? Join us if ? you wish to share your knowledge stock related to your research field with other researchers, ? you wish to examine your samples with reference values set up by other researchers, ? you think your knowledge stock compiled by you may be relevant for others as well and thus you or your institute may concert the invested work into money
- 6. Projects to join Project 1. Defining reference values for different species 1. select a species, 2. define the reference intervals for each of the metrics used in the system ( e.g. VCL, VSL, LIN etc.), 3. upload the values into the MiBio system and perform control examinations, 4. share your reference values with the science society on the MiBio Knowledge Base Market website
- 7. Projects to join Project 2. Creating knowledge bases for different species 1. select a species, 2. prepare good quality images of normal and defective cells 3. trim and qualify images using the MiBio system 4. send us the completed zip file, which you can export easily from the system or upload it directly at Knowledge Base Market using your knowledge base 5. we send you the teached knowledge base which you can import into your system, 6. perform control examinations, 7. share your knowledge base with the science society on the MiBio Knowledge Base Market website
- 8. Projects to join Project 3. Exploring new areas of application After teaching the appropriate knowledge bases the MiBio solution is suitable for the effective support of other cell analysis-based researches as well - e.g. oocyte fructification examinations Send us your ideas, ? how you could use the application to support your research work the best, ? which additional functions may be needed to satisfy your needs in this particular area!
- 9. Projects to join Projects will be divided into sub-projects based on species and region I. Fish ? Europe II. Porcine ? Asia III. Bovine ? Africa IV. Equine ? Australia V. Canine ? North America VI. Small ruminants ? South America VII. Human
- 10. Join the MiBio project! Choose a project I. Defining reference values for different species II. Creating knowledge bases for different species III. Exploring new areas of application and register at: http://mibio.org/join-mibio-program-contact-us