Zoological Imaging, PhD course, Oct 29 - Nov 3, 2018 (6 days)
We are currently witnessing an explosive technical development in a wide range of medical imaging technologies, which allow for detailed and dynamic studies of various physiological processes within the body. However, the application of advanced imaging to fundamental biological questions remain largely unexplored. Most non-invasive imaging modalities including ultrasound (US), computed tomography (CT), magnetic resonance imaging (MRI), and positron emission tomography (PET) have been developed intentionally for the use with humane patients and rodent models. However, these technologies likewise have an enormous potential for resolving classic biological problems in non-traditional (“exotic”) animal species. This PhD course provides an introduction to theoretical, technical, and practical aspects of imaging with the abovementioned modalities. Practical “hands on” examples of potential applications of imaging in comparative physiological problems of major organ systems of selected “exotic” animals (e.g. fish, amphibian, reptile, bird and mammalian species) will be provided. Further, the potential use of imaging data in the creation of interactive digital models and physical 3D printed models will be covered. The course will be given by a multi-disciplinary group of lecturers with background in comparative physiology, medical and zoological imaging, clinical and pre-clinical radiology, nuclear medicine, additive manufacturing (“3D-printing”), and medical physics. |
Sign up for Zoological Imaging PhD course before Sep 1st |
High resolution (40 MHz) ultrasound examination of the eye of a Siberian sturgeon (Acipenser baerii).
Learning outcome
After taking this course the participants will have obtained theoretical understanding and practical skills in the following areas:
- Understanding of basic principles and practicalities for the use of advanced medical imaging modalities including US, CT (and micro-CT), PET, and MRI.
- Understanding of qualitative image interpretation and quantitative data analysis with accessible freeware.
- Understanding of technological similarities and differences between the imaging modalities and choice of equipment for different physiological applications.
- Understanding of 3D-interactive-pdf models and additive manufacturing and their potential role in science teaching, scientific communication, and publishing.
Practicalities
This PhD course takes place at Aarhus University (Denmark) and Aarhus University Hospital, Skejby. The course is free of charge and is open for both domestic and international students. PhD students (graduate students) will be prioritized, however master students and postdocs are encouraged to apply and will be invited if numbers allow for it.
Accommodation and food expenses must be defrayed by the student. Generally, Aarhus is an easy city to find accommodation at any price level using conventional booking sites or Airbnb, and public transport is very good.
To ensure an optimal teaching environment there will be a maximum number of 20 students admitted to the course. All applicants will receive notification of their status by the end of September 2018.
We will be happy to answer questions regarding the course. Please use the contact form above ("Sign up for Zoological Imaging PhD course before Sep 1st"), and we will respond as soon as possible.
After taking this course the participants will have obtained theoretical understanding and practical skills in the following areas:
- Understanding of basic principles and practicalities for the use of advanced medical imaging modalities including US, CT (and micro-CT), PET, and MRI.
- Understanding of qualitative image interpretation and quantitative data analysis with accessible freeware.
- Understanding of technological similarities and differences between the imaging modalities and choice of equipment for different physiological applications.
- Understanding of 3D-interactive-pdf models and additive manufacturing and their potential role in science teaching, scientific communication, and publishing.
Practicalities
This PhD course takes place at Aarhus University (Denmark) and Aarhus University Hospital, Skejby. The course is free of charge and is open for both domestic and international students. PhD students (graduate students) will be prioritized, however master students and postdocs are encouraged to apply and will be invited if numbers allow for it.
Accommodation and food expenses must be defrayed by the student. Generally, Aarhus is an easy city to find accommodation at any price level using conventional booking sites or Airbnb, and public transport is very good.
To ensure an optimal teaching environment there will be a maximum number of 20 students admitted to the course. All applicants will receive notification of their status by the end of September 2018.
We will be happy to answer questions regarding the course. Please use the contact form above ("Sign up for Zoological Imaging PhD course before Sep 1st"), and we will respond as soon as possible.
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"It is an incalculable added pleasure to any one's sum of happiness if he or she grows to know, even slightly and imperfectly, how to read and enjoy the wonder-book of nature" - Theodore Roosevelt
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