Medical Imaging
Can AI See What Radiologists Can't?
AI-assisted detection, segmentation, and interpretation of medical images—and the challenge of proving that an algorithm actually improves clinical outcomes.
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01
Background
Biography & Research Focus
Hi, I’m Asrita. Welcome to my digital portfolio, a space dedicated to my academic journey and explorations in science. This website features my original research papers and clear scientific explainers. Through interdisciplinary innovation, I document my ongoing exploration of the life sciences and the discoveries shaping the future of medicine and ecology.
Research Focus
- Molecular & Cellular Sciences
- Medicine & Human Health
- Biomedical Technology & Computational Biology
- Environmental & Ecological Systems
- Interdisciplinary Life Science Research
- Systems Biology & Biological Interactions
02
Analysis & Commentary
Advances in Healthcare Technology
Exploring new technologies, research, and clinical developments transforming modern healthcare. From emerging medical tools to advances in diagnosis, treatment, and patient care.
Medical Robotics
Can Robots Make Surgery More Precise?
How robotic systems are improving surgical precision and control—and what still limits their role in the operating room.
Read Article →Brain-Computer Interfaces
When the Brain Becomes the Interface
How neural signals are being translated into computer commands, and what current BCIs can—and can't—actually do.
Read Article →3D Bioprinting
A Human Organ Without a Human Body
How microfluidic systems are being used to model human tissues and test drugs, and why they could change biomedical research.
Read Article →Wearable & Implantable Biosensors
Can Your Body Become Its Own Health Monitor?
How continuous biosensing can track changes in the body in real time—and where accuracy, privacy, and signal quality still create challenges.
Read Article →AI Drug Discovery
Can AI Design a Drug?
How computational models are being used to identify drug candidates, predict molecular interactions, and accelerate early-stage drug development.
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03
Selected Work
Research Projects & Scientific Explorations
Independent research and scientific explorations across biology and medicine.
Aging & Cellular Biology
Cellular Senescence
How cells that stop dividing can influence aging, tissue function, and disease, and why researchers are exploring ways to target them.
Cell Death & Disease
Ferroptosis
How an iron-dependent form of cell death is reshaping research into cancer, tissue damage, and potential new therapeutic strategies.
Precision & Preventive Medicine
Circadian Medicine
How the body's internal clock influences physiology and disease—and why the timing of treatment may matter more than we once thought.
Immunology & Immune Memory
Trained Immunity
How the innate immune system can develop lasting functional changes after exposure, challenging traditional ideas about immune memory.
04 · Let's Connect
Contact
Feel free to reach out with feedback or opportunities to connect.