label

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label

 [la´b'l]
something that identifies; an identifying mark or tag.
radioactive label a radioisotope that is incorporated into a compound to mark it.

la·bel

(lā'bĕl),
1. To incorporate into a compound a substance that is readily detected, such as a radionuclide, whereby its metabolism can be followed or its physical distribution detected.
See also: package insert.
2. The substance so incorporated.
See also: package insert.
3. Any display of written, printed, or graphic materials accompanying a pharmaceutical or a medical device at any time while such is in interstate commerce or offered for sale; often used as a synonym for package insert (q.v.).
See also: package insert.

label

/la·bel/ (la´b'l)
1. a mark, tag, or other characteristic that identifies something.
2. to provide something with such a characteristic.

radioactive label  a radioisotope that is incorporated into a compound to mark it.

label

Etymology: ME, band
1 n, a substance with a special affinity for an organ, tissue, cell, or microorganism in which it may become deposited and fixed.
2 n, an atom or molecule attached to either a ligand or binding protein and capable of generating a signal for monitoring in the binding reaction.
3 v, to deposit and fix a substance, tissue, cell, or microorganism.
4 v, to attach a radioisotope to a compound for the purpose of tracing it during a physiological action in the body.

label

A description of a drug product or device provided by the manufacturer and approved by the regulatory authority of a particular country or jurisdiction, which includes indications for its use, who should use it, adverse events, instructions for use, and safety information.

label

Pharmacology A display of written, printed or graphic matter upon a container or article; all information placed on the container must, in the case of medications, also be placed on the product's outside container or wrapper

la·bel

(lā'bĕl)
1. To incorporate into a compound a substance that is readily detected, such as a radionuclide, whereby its metabolism can be followed or its physical distribution detected.
2. The substance so incorporated.

label

any marker, often a radioactive atom (TRACER), that makes it possible to locate and monitor a particular molecule or organism.

la·bel

(sig) (lā'bĕl)
To incorporate into a compound a substance that is readily detected, whereby its metabolism can be followed or its physical distribution detected.

label (lā´bəl),

n 1. the portion of the prescription in which the directions for use are stated.
2. one or more characters used to identify an item of data. Also called
key. See also signa.

label

something that identifies; an identifying mark, tag, etc.

radioactive label
radioactive tracer.

Patient discussion about label

Q. Provide me some examples of food labels and nutrition calculations. Hello, Can any one provide me some examples of food labels and nutrition calculations?

A. I have given some 5 basic questions and answers which are related to food labels and nutrition calculations. Hope you will find it useful:

1. How many calories would you consume if you ate the entire bag?
90 calories x 4 servings = 360 calories

2. What is the total amount of calories that come from fat in the entire bag?
30 calories from fat x 4 servings = 120 calories

3. What is the percentage of calories that come from fat in the entire bag?
120 calories from fat ÷ 360 calories = 33%

4. How many calories per serving come from carbohydrates?
13 g Carbohydrates x 4 calories = 52 calories

5. How many calories per serving come from protein?
3 g Protein x 4 calories = 12 calories

Hope you find is useful.

More discussions about label
References in periodicals archive ?
During LABLE I, the ARM Streamline DL performed a plan position indicator (PPI) scan at a 60[degrees]-elevation angle every 15 min in order to derive horizontal winds using the velocity azimuth display (VAD) technique.
During LABLE II, we rented a Galion DL from SGURR energy and deployed it along with the OU Streamline DL and a Leosphere WINDCUBE v2, which is owned by LLNL.
One of the goals of LABLE II was to evaluate different lidar scanning techniques for measuring turbulence.
Three scanning strategies were tested during LABLE II: a tri-Doppler technique, a six-beam technique (Sathe 2012), and a virtual tower technique (Calhoun et al.
During LABLE II, the OU Streamline DL also evaluated a six-beam technique, which was developed by Sathe (2012) to minimize the variance contamination caused by the DBS technique.
Since one primary focus of LABLE was the comparison of turbulence parameters from different instruments, lidar quality control techniques were designed to optimize the accuracy of turbulence estimates.
In the following, some initial results from the LABLE campaign are highlighted and discussed.
For these comparisons, data were used for each full day of LABLE I in which there was at least 50% data availability from the sonic anemometer at 60 m.
In LABLE I, we applied the AERIoe retrieval to the operational AERI system, which is collecting spectral data at 30-s resolution.