Selectivity for Na+ and K+ ions
Physiological Interpretation of QT Section in EKG
- Participant No1:
Frequency dependance of permeability E (relaxation frequency of water, which dispersion?)
Why is the ST Interval 0 (exictation) ?
- Participant No2:
Why are bilayer sensitive to temperature? + sketch of bilayer temperatures
Difference primary and secondary sensing cells
- Participant No3:
Compartment model of tissue + sketch (Focus on cardiac activity)
Why Mü proportional to I/I_0?
Frequency / Chest piece
Why do action potentials propagate only in one direction?
- Participant No4:
What is a omsoceptor?
What is the relation between PTT & Blood Pressure
- Participant No5:
Relation blood pressure and respiration (respiratory pump)
difference ADelta-fibres and C-fibres
Difference inner and outer hair cells
- Participant No6:
Damping factors, Why 1/r? (unit of r); p = p_0 * e^-alpha*r; e^-alpha*r physical factor = 1; so r = [1/m] same with alpha
What is Alpha?
Is Alpha dependant on frequency ?
Attrenuation of acoustic singals
- Participant No7:
Transmitter controlled channels (sketch + why is it occuring? why attraction? because of KLK = charges and the structure)
Condition of Valves to function/open
Difference On-Off Cells
- Participant No8:
How frequency is converted to Action Impulse in air
why 500Hz? -> because of refractory time (absolute refractory time and relative refractory time)
old people lose ability to learn high f and why not low f? why is this?
P-Wave of ECG