The upper arm is good because for one it is accessable. You can measure it on the thigh but that requires taking your pants off. Also, take gravity and the positioning of your Aorta into account. There is a higher pressure in your thigh because all the blood is being helped down your leg by gravity. You cannot trust a wrist reading because the veins become very small and there are a lot of them, plus you once again have gravity working against you.
BP stands for British Petroleum.
it is a type of RNA molecule that is made up of about 75 nucleotides. there are at least 20 different types of RNA for each amino acid. the rna is folded to for a t shaped structure like a clover leaf. it has the following arms: 1) anticodon arm-contains 5 bp stem and an anticodon loop and a Y strand for modifies purine nucleotides. 2) T arm- has a 5 bp stem and T pseudouridine C sequence. 3) a D arm- has a 4 bp stem and a loop containing dihydrouridine. 4) an accepter stem-made up of 5' terminal phosphate group and 3'OH terminal nucleotide that has a CCA base that attaches the amino acids and recognisestRNA enzyme. it has 7bp stem. 5) variable stem.
BP Professor of Organic Chemistry was created in 1702.
for o2 -bp==2 for n2 bp =3
definitely. the manner by which you wrap the cuff on the person's arm determines the accuracy of the measurement of BP. if you wrap it too tightly you will get false high results. if you wrap it loosely you will get false low results. it is therefore very important that you wrap the cuff with just the right fit on the patient's arm.
larger veins for a more accurate reading
Because - if the arm is higher or lower than the heart - it will result in a false reading.
Assuming by 'bp' you mean blood pressure... The 'standard' tester works like this - An inflatable cuff is wrapped around the upper arm. The medic listens to the pulse in your arm as they slowly inflate the cuff with air. The amount of pressure in the cuff is displayed on a dial - and the medic notes this pressure when the pulse stops. A release valve on the cuff is slowly opened and the cuff deflates. Again - the medic listens for the pulse returning to your arm - and notes the pressure. This gives the pressure readings (for example 90/40)
Archaeologists prefer to use BP (Before Present) over BC (Before Christ) as it provides a more precise and consistent timeline. BP is based on the year 1950 as the standard reference point, which helps avoid potential religious or cultural biases associated with using BC. Additionally, radiocarbon dating, a commonly used method in archaeology, is calibrated in BP.
Some medical conditions prevent a health professional to obtain a Blood Pressure from the arm, or the arm is simply too big. Obtaining a Blood Pressure from ones leg is an accurate reading just as on the arm, you can also get a reading from the forearm.
There are no discrete speeds for evolution. A workable method for measuring evolution could be in terms of genetic divergence, measured, for instance, in nucleotide basepairs per million per year. For humans and chimps, such a method would yield an equivalent of about 600 bp divergence per generation, ie. about 0.01 bp per million bp per year.
Resting at or just below the level of the heart. If raised higher in the air, it will affect the BP reading.
As of July 2014, the market cap for BP p.l.c. (BP) is $157,930,682,942.25.
BP stands for British Petroleum.
BP is a fuel company to find more google "BP wiki"
The symbol for BP p.l.c. in the NYSE is: BP.
If you're listening with a stethoscope, you're listening to the brachial artery. In some situations, though, you may need to palpate the BP, resulting in feeling the radial artery. However, if you palpate, you can only get the systolic BP.