catalog number :
MBS170281
products type :
Human Fluid
products full name :
Normal Urine, Pooled Human Donors
products short name :
Normal Urine
products name syn :
Urine, Normal Human Donors - Pooled
form :
Liquid. Appearance: Light to dark yellow, clear liquid
storage stability :
Store below -20 degree C (Others available by request). Shipping: Ships with Dry Ice
app notes :
Testing Available: Specific Gravity, Colorimetric Reagent Strip Testing, Protein, Ketones, and more.
other info1 :
Source: Pooled Human Donors. UNSPSC Code: 51131907
other info2 :
Additional Info: >= 3 donors per pool, inquire for specified pooling. Note: No preservatives have been added. This product is not sterile and has not been filtered.
products categories :
Biologicals; Human Fluids; Normal; Urine - Normal
products description :
MyBioSource is the leading collector and distributor of human biological fluids and tissues for protein isolation, diagnostic manufacturing and medical research. Our laboratory is equipped to handle specific requests for isolation of cells, proteins, pooling requirements or specific aliquots of biological specimens. A brief breakdown of our donor collection capabilities can be found here:Biological Fluid Collection MenuBiological Tissue Collection Menu. Custom preparations, technical support, bulk quantities and aliquoting available. MyBioSource follows all HIPAA guidelines for our donors. 45 CFR Parts 160,162,164. Human Urine formation helps to maintain the balance of minerals and other substances in the body. For example, excess of calcium is normally eliminated through the urine. Urine also excretes ammonia, the build-up of which is harmful to the body. Human urine is the result of a mechanism that maintains the appropriate amount of water in the body. When it leaves the body, Human urine is usually around pH 6, though it may be as low as 4.5 or as high as 8.2. As urea, the compound which accounts for 75-90% of the nitrogen in urine begins to decay, hydroxide ions form, raising the pH as high as 9-9.3. The decay of urea into carbon dioxide is catalyzed by urease.