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Description: Reg, green and blue LED lights are put next to fingers to see what light is able to be transmitted through the fingers.
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Description: Using gummy bears you can explore the absorption and reflection properties of materialsvisible or light
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Description: A bright incandescent lightsource is placed in the palm of the hand and the light transmitted is imaged with a digital camera. As you can see, major veins and arteries in the hand become visible.
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Description: Custom-jig for fibre placement into rat spine
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Description: Sugar under 4x under plain and polarized light.
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Description: Here is a movie of a face as seen with a far infrared camera. The whiter the shade the hotter the object.
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Description: 3D reconstruction of the spine and adjacent tissues (in a normal pig model) to guide placement of a needle/optical fiber for light delivery to treat metastatic tumor in the vertebrae by photodynamic therapy (PDT)
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Description: movie of laser tweezers used to trap and move a single cell, exploiting the phenomenon of photon momentum
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Description: The wide variety of diagnostic and therapeutic applications of optical, thermal, and radiation biophysics in today's medical practice are discussed in this course. The physical and biophysical interaction mechanisms between the energy sources and tissue are emphasized. Fundamentals of optical, thermal, and radiation dosimetry are covered, with reference to the relevant tissue properties, the models of energy propagation within tissues, experimental techniques for dosimetry measurements, and the resulting biological effects. This sets the stage for discussing selected clinical and investigational uses of light, heat, x-rays, microwaves, and ultrasound. Examples include radiation therapy, x-ray and optical mammography, fluorescence imaging and spectroscopy, optical coherence tomography, photodynamic therapy, biological confocal microscopy, laser-, microwave-, and ultrasound-induced thermal therapies, and Raman spectroscopy.
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Description: This image in the near infrared (800-1200 nanometers) shows how green living matter (plants, grass) reflects near infrared light very efficiently therefore looking very bright. The purple cast is an artifact of the filter placed on the camera to block out all visible light. This image was taken with a digital camera that did not have the standard infrared blocking filter.
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Description: White-light and autofluorescence imaging (video rate) of the colon, showing the presence of multiple polyps, many of which are pre-malignant as demonstrated by their redding appearance on the (false-color) fluorescence images. courtesy Xillix Technologies Corp., BC, Canada and Dr Norman Marcon, St. Michael's Hospital, Toronto.
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