Update analytics/feedback.csv

analytics/feedback.csv

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 timestamp_utc,session_id,first_name,last_name,question,answer,rating,comment
-2025-09-18T15:43:02.669310+00:00,ea1b6eda-341e-4572-9bc4-1b50f0bd94a8,Shubh,Laiwala,What is Rigidity Analysis,"Answer: Rigidity analysis is a method used to evaluate the mechanical properties of bones by measuring the resistance of a bone to deformation under load. It involves calculating the stiffness of a structure by applying a force and measuring the resulting displacement. In the context of orthopedics, it is often used to assess fracture risks in patients with oseseous neoplasm, where the ability to resist bending or compressive forces is crucial for predicting the likelihood of pathological fractures. R rigidity is calculated using CT scans and finite element models, which provide more accurate and objective measurements than traditional methods like plain radiography.",5,
+2025-09-18T15:44:55.458242+00:00,210f34c1-3334-4651-b084-0f79561a4f2b,Shubham,Laiwala,What is fracture healing,"Answer: Fracture healing refers to the biological process by which a broken bone regains its structural and functional integrity following an injury. It involves the formation of a temporary callus, followed by the remodeling of bone tissue to restore the original shape and strength of the bone. Factors influencing fracture repair include the type and location of the fractured bone, patient-specific factors, and the method of fixation used. The healing process typically progresses through three stages: inflammatory, reparative, and maturation. During the inflamatory stage, hematoma forms at the fractures site, followed closely by the formation and consolidation of a callus during the reparitive stage. The maturation stage involves the remolding of the callus into new bone tissue, which eventually replaces the initial callus and restores the bone's original structure and function.",5,