Humans usually require intelligence to do complex works, but for computer , Artificial Intelligence requires large ,AI.algorithms and computing powers to predict and recommend action. Artificial Intelligence has emerged as a transformative force in the field of biological sciences, revolutionizing research, diagnostics & data interpretation.With this technique one can facilitate the process of vast and complex data sets, which are beyond the human analytical capacity. Hence AI is very evolved field of science through which we can achieve such a high position in this era education. In genomics AI-driven algorithms are accelerating gene sequencing, variant detection and drug discovery. AI is also used in protein simulation, molecular interaction optimize potential therapeutic compounds, Significantly reducing time and cost.AI applications in medical imaging (e.g X-ray, ultrasound, CT- scan, and MRI) and diagnostics enhance accuracy in disease detection, Such as cancer, neurological disorders through advanced pattern recognition and deep learning techniques. Further more in ecology and environmental biology ,AI aids in identification , biodiversity monitoring and ecosystem modeling using satellite and sensor data . The integration of AI with biotechnology also promotes new invention in synthetic biological enabling automated bio engineering processes. Despite of its vast potential AI – driven biological research also persist which challenges data privacy. Continuous advancements in computational biology and AI models connect further bridge and gap between biology and technology ultimately more and more. AI is redefining biological sciences by data – driven insights, efficiency of calculating the data, paving the way for unprecedented scientific and medical break throughs.
Muneeba Maryam (Sun,) studied this question.