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Regional 11 C-PiB binding retention rates
- The 11 C-Pittsburgh compound B (11 C-PiB) radiotracer is used to measure regional 11 C-PiB binding retention rates, thus allowing for the visual and quantitative measurement of Aβ deposition. 11 C-PiB is a fluorescent derivative of thioflavin T which preferentially targets and binds to fibrillar Aβ forms found in dense core plaques with high affinity and specificity.
en.wikipedia.org/wiki/Pittsburgh_compound_B
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What is a compound measure?
What are compound measures GCSE Maths?
What is Pittsburgh compound B (PiB)?
Compound measures can be used to measure rates. This measures how much one quantity changes when the other is increased by 1. Examples include: Speed – how much the distance changes for each unit of time. Density – how heavy something is for each unit of its area or volume. Pressure – how much force is applied to an object for each unit of its area
- Compound Measures
Compound measures can be used to measure rates. This...
- Compound Measures
Compound measures can be used to measure rates. This measures how much one quantity changes when the other is increased by 1. Examples include: Speed – how much the distance changes for each unit of time. Density – how heavy something is for each unit of its area or volume. Pressure – how much force is applied to an object for each unit of its area
A Compound measurement is a measurement that uses more than one quantity. Examples include density measurements, speed measurements and rates of pay. Density is calculated by mass ÷ volume. So density is therefore written as mass per volume.
Examples of compound measures and their units include speed (km/h), heart rate (beats per minute), miles per gallon (mpg). Compound measures involve two or more different units.
Compound measures are types of measure that involve two or more different units. Examples of compound measures include m/s, g/cm³, population per km² and miles per gallon.
Pittsburgh compound B (PiB) is a radioactive analog of thioflavin T, which can be used in positron emission tomography scans to image beta-amyloid plaques in neuronal tissue. Due to this property, Pittsburgh compound B may be used in investigational studies of Alzheimer's disease.