What is the normal ammonia range in a healthy adult male?
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http://www.webmd.com/hw/lab_tests/hw1768.asp
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On the average, an adult human male who weighs 70 kg. has a blood volume of about 5 liters, or a little more than 5 quarts.\n\n(Taggart, Starr and Cecie Starr. Biology: The Unity and Diversity of Life. California: Wadsworth, 1989: 398.)\n\n\n\nAn other Bibliographic Entry says \n\nBlood represents about 7% of the body mass or about 4.5 kg (volume ~ 4.4 liters) in a 64 kg (141 lb) person.\n\n(Cameron, John R.; James G. Skofronick & Roderick M. Grant. Physics of the Body. Second Edition. Madison, WI: Medical Physics Publishing, 1999: 182.)
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Total Volatile Nitrogen\nhttp://www.omegaproteininc.com/products-natural-nautic.html
532060
i just asked my doctor the same question. he said between 120 and 140.
674222
Normal blood pressure for an adult is 120/80mmHg.More than 30 above or below this value of 120 and more than 20 above or below this value of 80 is abnormal.This means 90/60mmHg may be normal for a non-pregnant,healthy adult female,and 140/90 for a healthy adult man are all within normal limits.\n Below 90/60mmHg,one is hypotensive or has low blood pressure.\nAbove 140/90mmHg,one is hypertensive or has high blood pressure.\n This is a useful guide,but there are other factors that are taken into consideration which are too complex to fully cover here.\nHope this helps you.
879567
"The normal pH of human arterial blood is approximately 7.40 (normal range is 7.35-7.45), a weak alkaline solution. Blood that has a pH below 7.35 is acidic, while blood pH above 7.45 is alkaline. \n\nBlood pH along with arterial carbon dioxide tension (PaCO2) and HCO3 readings are helpful in determining the acid-base balance of the body. The respiratory system and urinary system normally control the acid-base balance of blood as part of homeostasis."\n\nSo basically, the body has a very narrow pH range it must maintain in order to be considered normal.  The body has a natural acid (carbon dioxide) and a natural base (bicarbonate) that it uses to maintain a steady pH.  A pH above or below the normal range can result in potentially life-threatening conditions.
487649
120 is considered average for an adult male.
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A higher than normal ALT level does not necessarily mean more serious disease. Also known as: Serum glutamic-pyruvic transaminase, SGPT.    Formal name: Alanine aminotransferase.\n\nNormal results\nNormal values vary from laboratory to laboratory, and should be available to your physician at the time of the test. An informal survey of some laboratories indicates many laboratories find values from approximately seven to 50 IU/L to be normal.\n\nAbnormal results\nLow levels of ALT (generally below 300 IU/L) may indicate any kind of liver disease. Levels above 1,000 IU/L generally indicate extensive liver damage from toxins or drugs, viral hepatitis, or a lack of oxygen (usually resulting from very low blood pressure or a heart attack). A briefly elevated ALT above 1,000 IU/L that resolves in 24-48 hours may indicate a blockage of the bile duct. More moderate levels of ALT (300-1,000IU/L) may support a diagnosis of acute or chronic hepatitis.\nIt is important to note that persons with normal livers may have slightly elevated \nAs can be seen 87 above 50 but less than 300 but not serious enough.  But take all care for not damaging the liver further and this can also be due to muscle damage and not necessarily liver.\nVR
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Normal saline has to be in harmony with our bodies which is on the acid end rather than alkaline.\n\nEDIT NOTES:  Ok Mr Chemistry man who gave me a negative - as I so stated Normal Saline (typically given intervenously to ill people) has to be in harmony with the body WHICH IS ON THE ACIDIC END......\n\nWHAT IS INCORRECT in this?\nhttp://www.earthtym.net/ph-intro.htm\n"The human body is SLIGHTLY acidic when it is in a state of health. This limits fungal and bacteria growth on the skin or in the body. Some areas of the body are more acidic than this to address local issues and microbial populations. Medical tests for pH level are usually a reference of the BLOOD pH level."\n\nhttp://www.newton.dep.anl.gov/askasci/chem00/chem00478.htm\n\nBody fluids such as blood has a pH that is slightly acidic (probably about 5.7). One would not want to change that because the change could have  serious health consequences, so the saline is buffered to a slightly acid pH.
1054537
70 to 100 is normal. Anything higher may be too high. You should go to a doctor (general physician or endcrinologist) and get it checked. Are you often thirsty and have to use the bathroom frequently? \n\nYour active work may play a part, but I would check with a doctor. Good luck!
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There will be no easy or fast way.  Some options:\n\nhttp://www.analoxusa.com/frame120tb.htm\n\nchemistry.uca.edu/Projects/Quant98/urea-ise-98.pdf \n\nhttp://biocompare.com/newtech/1522/QuantiChrom(tm)-Urea-Assay-Kit.html\n\nwww.springerlink.com/index/X07825U10H247238.pdf
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Just an initial note: NH3 is ammonia\n\nA. \nInitial math:\nSince you have 8.5 grams of NH3, you have to convert grams mols, then into molecules. \nSo you do: 8.5 grams of NH3 / 17 grams in 1 mole of NH3 and X 6.022 x 10^23 molecules in one mole\nYou get 3.011 x 10 23 molecules, and from that you subtract 1.5 x 10^23 molecules, and you get: \n<b>1.511 x 10^23</b>\n\nB. Then, you convert 1.5 x 10^23 to moles by dividing by 6.022 x 10^23 moles, which equals .249 moles of NH3. \nThen you convert 8.5 grams of NH3 to moles too by dividing 17 grams of NH3 per mole again, and get: .5 moles! \nso: .5 mol - .249 mol = <b>.241 mol</b>\n\nC. \nFrom before, you know 1.5 x 10^23 molecules of NH3 is .249 moles. You convert this to grams by multiplying .249 by 17 grams per mol and get: 4.233 grams. \nSo: 8.5 grams - 4.233 grams = <b>4.267 grams</b>\n\nD. From before, you know you have .241 moles of ammonia left. So, you multiply this by avocado's number (6.022 x 10^23) and get: 1.45 x 10^23 molecules of ammonia. Then, you can see that there are 3 atoms of hydrogen of per molecule of ammonia, and multiply the number of molecules by 3 and get: \n<b> 4.354 x 10^23</b> \n\nI think those should be right. Sorry about the sig figs though!
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A friend's ex-wife poisoned his dinner while we were out of the house.  Since we shared it, no one died, but we both got a really bad case of the runs.  Considering how ill I was and double it, I would guess even if he'd eaten the whole thing it wouldn't have killed him.  \nThough I don't know how much she put in there.\n\nThat stuff has a definite smell. \n\nIt really depends on the immune system and constituion of the victim.  If they're already sick, probably not much.\n A healthy adult:  Probably a lot. An ounce or more?
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it depends on what kind of diet your on, your height, weight currently and age.  you need to be more specific.  this website might help.  mypyramid.org
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No problem for a normal healthy male human being ...that is what i have heard... ask a Doctor for a correct adv...
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The normal TSH range is .200-5.5 (a high number is overactive; a low number is underactive)
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normal respiratory rate accounts for 16-30 cpm for an adult and 24-35 cpm for neonate and infant.\n\nany deviation or greater than those numbers mentioned could mean alteration in your lung function.