BML713: Difference between revisions
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== BML713 : Pharmaceuticals, Efficacy and Delivery == | == BML713 : Pharmaceuticals, Efficacy and Delivery == | ||
Overlap with: BBL445, SBL706/709 Introduction to Pharmaceuticals, Overview of Pharmaceuticals Development, Uptake, Distribution, Pharmacokinetics, Pharmaceutical Transporters, its metabolism, and Toxicity, Case Studies: Antibiotic, Gastroesophageal Reflux Disease, Diabetic Medicine, Cancer Drugs, more drugs, modification of Pharmaceuticals, delivery of Pharmaceuticals. BML 714 Advanced Neuromechanics 4 Credits (3-0-2) Neural control of movement: review of basic membrane physiology, muscle morphology, motor units, sliding filament theory, size principle. Reflex arc motor pathways in the brain, proprioception and exteroception, sensory pathways and receptors. Muscle mechanics: muscle-modelling, basic anthropometry, kinetics, and kinematics, joint torques and moments, muscle power and work. Electrical biosignatures of movement: biophysics of EMG and EEG signals, EMG instrumentation, signal processing and analysis of EMG signals EEG recording, basic filtering and artifact rejection, event related potentials, time-frequency analysis. Movement pathologies, biomechatronic device and therapies: selected neuromuscular pathologies. Prosthetic devices, orthotic devices neuromodulation techniques. | Overlap with: [[BBL445]], [[SBL706]]/709 Introduction to Pharmaceuticals, Overview of Pharmaceuticals Development, Uptake, Distribution, Pharmacokinetics, Pharmaceutical Transporters, its metabolism, and Toxicity, Case Studies: Antibiotic, Gastroesophageal Reflux Disease, Diabetic Medicine, Cancer Drugs, more drugs, modification of Pharmaceuticals, delivery of Pharmaceuticals. BML 714 Advanced Neuromechanics 4 Credits (3-0-2) Neural control of movement: review of basic membrane physiology, muscle morphology, motor units, sliding filament theory, size principle. Reflex arc motor pathways in the brain, proprioception and exteroception, sensory pathways and receptors. Muscle mechanics: muscle-modelling, basic anthropometry, kinetics, and kinematics, joint torques and moments, muscle power and work. Electrical biosignatures of movement: biophysics of EMG and EEG signals, EMG instrumentation, signal processing and analysis of EMG signals EEG recording, basic filtering and artifact rejection, event related potentials, time-frequency analysis. Movement pathologies, biomechatronic device and therapies: selected neuromuscular pathologies. Prosthetic devices, orthotic devices neuromodulation techniques. | ||
Latest revision as of 16:23, 14 April 2026
| BML713 | |
|---|---|
| Pharmaceuticals, Efficacy and Delivery | |
| Credits | 3 |
| Structure | 3-0-0 |
| Pre-requisites | 60 Credits for Outside CBME Students |
| Overlaps | |
BML713 : Pharmaceuticals, Efficacy and Delivery
Overlap with: BBL445, SBL706/709 Introduction to Pharmaceuticals, Overview of Pharmaceuticals Development, Uptake, Distribution, Pharmacokinetics, Pharmaceutical Transporters, its metabolism, and Toxicity, Case Studies: Antibiotic, Gastroesophageal Reflux Disease, Diabetic Medicine, Cancer Drugs, more drugs, modification of Pharmaceuticals, delivery of Pharmaceuticals. BML 714 Advanced Neuromechanics 4 Credits (3-0-2) Neural control of movement: review of basic membrane physiology, muscle morphology, motor units, sliding filament theory, size principle. Reflex arc motor pathways in the brain, proprioception and exteroception, sensory pathways and receptors. Muscle mechanics: muscle-modelling, basic anthropometry, kinetics, and kinematics, joint torques and moments, muscle power and work. Electrical biosignatures of movement: biophysics of EMG and EEG signals, EMG instrumentation, signal processing and analysis of EMG signals EEG recording, basic filtering and artifact rejection, event related potentials, time-frequency analysis. Movement pathologies, biomechatronic device and therapies: selected neuromuscular pathologies. Prosthetic devices, orthotic devices neuromodulation techniques.