Physiology

 Description :

We cover 1)Cell: i. Structure of cell membrane ii. Transport across cell membrane iii. Homeostasis 2)Blood: i. Rh‐ ABO system & mismatch transfusion ii. WBC iii. Plasma protein iv. Erythrocytes v. Platelets vi. Hemoglobin vii. Normal values of blood (composition & function) viii Bleeding time & clotting time 3)Nerve: i. Structure, classification & Properties ii. R.M.P& action potential iii. Propagation of nerve impulse iv. Nerve injuries –degeneration, regeneration and reaction of degeneration(retrograde) 4)Muscle: i. Structure‐ properties‐ classification: smooth, skeletal, cardiac, excitation/contraction, coupling ii. Factors affecting development of muscle tension, fatigue, load. iii. Neuro‐muscular transmission, applied physiology: Myasthenia gravis, Eaton Lambert Syndrome. iv. Motor unit EMG. We cover all theoretical aspects of the syllabus and give clarification and support for hand-on training from experts. We give you unit tests, paper valuation techniques and continuous feedback on where to focus more. We offer interactive discussion forum to support your studies. Please contact us to get more details from subject experts.

 Topics :

1)Cell: i. Structure of cell membrane ii. Transport across cell membrane iii. Homeostasis 2)Blood: i. Rh‐ ABO system & mismatch transfusion ii. WBC iii. Plasma protein iv. Erythrocytes v. Platelets vi. Hemoglobin vii. Normal values of blood (composition & function) viii Bleeding time & clotting time 3)Nerve: i. Structure, classification & Properties ii. R.M.P& action potential iii. Propagation of nerve impulse iv. Nerve injuries –degeneration, regeneration and reaction of degeneration(retrograde) 4)Muscle: i. Structure‐ properties‐ classification: smooth, skeletal, cardiac, excitation/contraction, coupling ii. Factors affecting development of muscle tension, fatigue, load. iii. Neuro‐muscular transmission, applied physiology: Myasthenia gravis, Eaton Lambert Syndrome. iv. Motor unit EMG