| Recent advancements in high-resolution small animal | | | | tissue, and blood flow. Researchers also have the |
| imaging systems have made this technology and | | | | ability to visualize image-guided needle injection and |
| equipment vital to any small animal research laboratory. | | | | extraction. The equipment and technology used can be |
| There are many benefits to using High Resolution In | | | | adapted to be used on a variety of small animals such |
| Vivo Micro Imaging Systems. | | | | as the mouse, rat, and chick. |
| Recently, high-resolution small animal imaging systems | | | | High-Resolution Imaging Involves Different Research |
| have been developed to aid in the research of a | | | | Applications |
| number of diseases such as cancer. These high | | | | High quality imaging allows researchers to study a |
| resolution imaging tools and applications allow | | | | variety of diseases. It can also be used in genetic |
| researchers to screen small animals using non invasive | | | | research and drug applications. Imaging software |
| techniques and applications for such tasks as | | | | allows for the gathering and processing of data during |
| detecting mutations, charting the progression of certain | | | | the scanning session and provides more extensive |
| diseases, and monitoring how diseases respond to | | | | post-processing analysis. This allows data to be |
| particular therapies. There are many advantages to | | | | managed and analyzed in a more efficient and |
| using high resolution in vivo micro imaging systems in | | | | accurate manner. Data, statistical information, and |
| small animal research which makes them an invaluable | | | | measurements can be exported to common |
| tool in laboratory research. | | | | databases and spreadsheet applications which can be |
| X-ray Microcomputed Tomography (microCT) | | | | used in reports, journals, and presentations. As well, this |
| X-ray Microcomputed Tomography high resolution | | | | superior image quality is available in real-time frames. |
| imaging technique is proving to be a cost-effective | | | | 3D Measurement and Visualization Using |
| method for detecting and describing tumors, | | | | High-Resolution Imaging |
| abnormalities in skeletal structures, as well as | | | | When visualizing irregular structures, 3D measurement |
| soft-tissue structures in small live animals such as | | | | becomes a valuable tool in acquiring the most |
| rodents. Using this form of high resolution imaging has | | | | accurate data and reducing instances of flawed |
| been showing positive results in the research of lung | | | | results. The researcher can observe and scrutinize |
| cancer, prostate cancer, and bone tumors | | | | any subjective plane and perform 3D measurements |
| High-Resolution Imaging Yields Better Results | | | | in vivo on such structures as tumors. As well, research |
| High-resolution imaging permits the small animal | | | | can benefit from 3D real time high-resolution imaging in |
| researcher to acquire results in a number of different | | | | such areas as development biology, neurobiology, |
| ways that in the past were difficult or impossible to | | | | cancer biology, cardiovascular research, and molecular |
| achieve. Researchers can now use this imaging | | | | imaging. |
| solution to assess in vivo the blood flow function and | | | | Recent advancements in high-resolution small animal |
| anatomical structures in small animals. As well, the | | | | imaging systems have made this technology and |
| equipment is user friendly and contains a | | | | equipment vital to any small animal research laboratory. |
| research-driven interface. | | | | These systems offered by digital imaging companies |
| High-Resolution Imaging Means Fewer Small Animals | | | | not only offer the highest quality resolution but also |
| High resolution imaging offers spatial resolution as small | | | | quality imaging of the tiniest structures. It is also a low |
| as 30 microns. With more detailed images at the | | | | cost system that produces quality data and is useful in |
| highest possible resolution, researchers are able to | | | | charting diseases to better develop treatments and |
| acquire more results which reduce the number of | | | | cures. By using igh resolution in vivo micro imaging |
| laboratory animals that are required for particular | | | | systems medical researchers now have research |
| studies. Researchers are able observe and gather | | | | opportunities that until now were not possible. |
| data by viewing the tiniest physiological structures, living | | | | |