Systems Biophysics – MCQs

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1. Systems biophysics primarily focuses on:





2. Which approach is central to systems biophysics?





3. Systems biophysics often uses:





4. Feedback loops in systems biophysics help regulate:





5. Positive feedback usually results in:





6. Negative feedback usually results in:





7. Which mathematical tool is widely applied in systems biophysics?





8. A systems-level property that cannot be explained by individual parts alone is called:





9. The study of oscillatory biological processes (e.g., circadian rhythms) falls under:





10. Homeostasis in living systems is an example of:





11. In systems biophysics, robustness refers to:





12. Noise in biological systems often originates from:





13. Which area closely integrates with systems biophysics?





14. In gene regulatory networks, nodes represent:





15. Systems biophysics often studies biological processes as:





16. Chaos theory in biophysics is applied to:





17. Which property is critical for synchronization in neuronal networks?





18. Biological oscillators can be modeled as:





19. The Hodgkin-Huxley model is a classic example of:





20. Signal transduction pathways are studied as:





21. In metabolic networks, flux balance analysis helps:





22. Systems-level analysis of mitochondria often focuses on:





23. Which law is fundamental in energy balance in systems biophysics?





24. Systems biophysics models cardiac rhythms using:





25. Phase transitions in biological membranes are examples of:





26. Cooperative binding of oxygen to hemoglobin is explained by:





27. Which concept explains sudden state changes in biological systems?





28. A biological network with many redundant pathways is said to have:





29. The main feature of scale-free networks is:





30. Systems biophysics of the brain often studies:





31. Entropy in systems biophysics represents:





32. A bistable system can:





33. Protein-protein interaction networks are examples of:





34. Which term describes the collective firing of neurons?





35. Systems-level modeling often uses:





36. Information theory in systems biophysics helps quantify:





37. Small-world networks are characterized by:





38. The Lotka-Volterra equations model:





39. Systems biophysics in immunology studies:





40. Gene expression variability among identical cells is an example of:





41. Multiscale modeling in systems biophysics connects:





42. In network theory, degree refers to:





43. The principle of self-organization means:





44. Synchronization of heart cells is mediated by:





45. The Ising model is applied in systems biophysics to study:





46. Systems biophysics often applies graph theory to:





47. Dynamic instability in microtubules is an example of:





48. Systems-level cardiac arrhythmias are often modeled using:





49. Criticality in systems biophysics refers to:





50. Systems biophysics integrates: