need help with finding out hemophilia statics?
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The links below have some basic information and charts, which may be the statistical info you're looking for:
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There are several including Hemophilia, Down's Syndrome, Huntington's Chorea. The following website gives more info.
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get tested for hughs synrome its the underlying cause
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need to know the type of metal, then find the shear force & plug it into your equation.  don't forget to factor in each thread  (Basic solid mechanics)
198940
http://www.haemophilia.org.uk/ is ok or\nhttp://www.blackwellpublishing.com/journal.asp?ref=1351-8216 is an online journal with a free trial. Good luck
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www.acoustics.hut.fi/asf/publicat/ akup05/johansson_saine_viitala_johansson.pdf \n\nwww.thermaflex.net/docs/thermaflexcatalog.pdf \n\nhttp://mrtmag.com/mag/radio_measuring_insertion_loss/index.html
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http://www.webmd.com/hw/lab_tests/hw1768.asp
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You can either look it up or determine it experimentally.\nI cant get much more specific without additional details.
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There are a couple of ways that I can think of right off hand.  They depend on what the surrounding circuitry is like.  \n \nRemember, a static discharge is a fairly high voltage arc.  So one possibility is to measure the resistance at the transistor and compare it to a known good board.  The low voltage used to measure the resistance shouldn't hurt anything, but like I pointed out, this depends on the circuitry.  One company I am familiar with used to do this to trouble shoot a circuit.  They had a whole list of resistance readings for various points in a circuit.  It was quite helpful.  \n  \nYou might also power the board and use a scope to measure wave forms.  Or even a DMM to measure voltages.  \n  \nAnother way is to use a curve tracer.  Again, depending on the circuitry.
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this is the best i could find. i looked everywhere on the web and found nothing. hope someone else can help more.\nhttp://www.ifafitness.com/health/loadcalc.htm
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these links might help:\n\nhttp://zahry.usm.my/CAI_CBL/15-42426/_main/assign3/312fou.htm\n\n\nhttp://environment.uwe.ac.uk/video/cd_hdef/topic%20foundations/section2.htm
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go to webMd and find out
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Please try the following link\n\nhttp://www.co.palm-beach.fl.us/publicaffairs/ppm/pdf/CW-P-070.pdf\n or\nhttp://www.ehs.uci.edu/programs/safety/fallprog.html
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:-)\n\nANOTHER blood question!\n\n:-)\n\nSee this page for the reference ranges:\n\nhttp://www.uq.edu.au/vdu/HDUReferenceRanges.htm
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Try browsing this site\n\nhttp://www.elfqrin.com/docs/biospw.html
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Hemophilia is an X-linked disorder.  Which means it is passed down with the X chromosome, two X's makes you female human, XY makes you male.  It is a genetic disease that originated in the British royal family with a mutation in the first Queen Victoria or in some of her fathers sperm.  She had 8 children, the females were carriers of the disease and one of her sons died from it.  From there her children passed it on to several other royal families of Europe, Prussia/Russia by marriage and having children from those marriages.  There are entire web sites dedicated to this pedigree that will further show/explain Hemophilia.
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They maybe checking for the following: \nSickle cell anemia, Iron dificency, Bata thalassemia trait, aplastic anemia.   Add....'HaemoglobinA1C'  to the list of test and see what you find.\n\nGOOD  LUCK.