MRI
NUCLEAR
ELECTRO
STIMULASH
FNIRS
100

The definition of bulk magnetisation (M)

What is the vector sum of all spin ups and spin downs

100

The nuclear imaging technique that uses a collimator

What is SPECT

100

How we would get the best signal for electrophysiology (3 things)

What is pyramidal neurons, same direction, post synaptic potentials

100

the two types of coils used in TMS

what is round coils and double / figure 8 coils

100
where FNIRS can measure from

what is the surface of the cerebral cortex and the scalp

200

The purpose of B1

What is to tip M away from B0
200

The tracer for perfusion imaging in SPECT

What is Tc99m-HMPAO

200

non physiological artefact in eeg

what is 50Hz AC from electrical equipment

200

what is repetitive TMS

what is applying identical TMS pulses to a specific brain region
200

what is a channel

what is the midpoint of sources and detectors

300

The most efficient way to apply B1 to achieve resonance

What is to keep B1 on all the time but rotate it with M so it always pushes in the right direction (larmor?)

300

what happens in a coincident event

What is 2 photons are detected within a given timeframe and a line of response is drawn between them

300

The meaning of a model based approach to reducing interference

what is defining what interference means before collecting data, using mathematical models

300

the factors of the motor system we can measure with TMS

what is motor threshold, cortical silent period, input/output curve

300

what is neurovascular coupling

what is the active process linking local neuronal activity to an orchestrated increase in local blood flow

400

The events of a spin echo

What is after the rf90 pulse we apply an rf180 pulse which flips the directions causing them to move back together (instead of further apart)

400

How DATscans are normalised

What is counts in striatum / sounds in background = striatal binding ratio

400

example of interference a shield room will not eliminate in MEG

what is the piccadilly line

400

the minimum requirements for tDCS to be effective 

what is 3 minutes of 0.6mA

400

how light separators work

what is they use prisms to disperse light and diffraction gratings with periodical microscopic ridges to diffract light

500

the direction of B0

What is Longitudinal (z)

500

The energy of the gamma rays produced in annihilation

What is 511KeV

500

2 examples of ERPs

what is N400/P600 - grammatical inconsistencies and mismatch negativity - deviant sound

500

how TMS can be used to assess neuroplasticity

what is measuring motor regions before and after constraint induced movement therapy
500

the purpose of the ucln algorithm

what is connecting different intensities of light over time with the concentrations of the chromophores depending on how many wavelengths of light you have

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