Biological imaging explained

Biological imaging may refer to any imaging technique used in biology.Typical examples include:

• Bioluminescence imaging, a technique for studying laboratory animals using luminescent protein
• Calcium imaging, determining the calcium status of a tissue using fluorescent light
• Diffuse optical imaging, using near-infrared light to generate images of the body
• Diffusion-weighted imaging, a type of MRI that uses water diffusion
• Fluorescence lifetime imaging, using the decay rate of a fluorescent sample
• Gallium imaging, a nuclear medicine method for the detection of infections and cancers
• Imaging agent, a chemical designed to allow clinicians to determine whether a mass is benign or malignant
• Imaging studies, which includes many medical imaging techniques
• Magnetic resonance imaging (MRI), a non-invasive method to render images of living tissues
• Magneto-acousto-electrical tomography (MAET), is an imaging modality to image the electrical conductivity of biological tissues^[1]
• Medical imaging, creating images of the human body or parts of it, to diagnose or examine disease
• Microscopy, creating images of objects or features too small to be detectable by the naked human eye
• Molecular imaging, used to study molecular pathways inside organisms
• Non-contact thermography, is the field of thermography that derives diagnostic indications from infrared images of the human body.
• Nuclear medicine, uses administered radioactive substances to create images of internal organs and their function.
• Optical imaging, using light as an investigational tool for biological research and medical diagnosis
• Optoacoustic imaging, using the photothermal effect, for the accuracy of spectroscopy with the depth resolution of ultrasound
• Photoacoustic Imaging, a technique to detect vascular disease and cancer using non-ionizing laser pulses
• Ultrasound imaging, using very high frequency sound to visualize muscles and internal organs

Notes and References

1. Kaboutari . Keivan . Önder Tetik . Ahmet . Ghalichi . Elyar . Soner Gözü . Mehmet . Zengin . Reyhan . Güneri Gençer . Nevzat . Data acquisition system for MAET with magnetic field measurements . Physics in Medicine & Biology . 2019 . 64 . 11 . 115016 . 10.1088/1361-6560/ab1809 . 30970342 . 2019PMB....64k5016K . 108294047 .