Biomedical Physics Lab
生物医学物理先进工坊为重庆大学物理学院的下属实验室。本实验室致力于从物理、生物、信息和医学工程等领域，跨学科地研究先进并具有实用性的医疗技术。研究方向主要包括三维诊断型的癌症生物芯片，三维影像学在心血管等领域的无创诊断，3-D生物打印技术的自主研发以及胎儿超声影像移动应用等。癌症，是当今对人类健康及生命最具威胁的疾病之一。因此，作为研究者，我们更需要具备社会责任感。我们希望能够将我们的认识和技术最终应用于医学领域；在某种程度上尽我们的绵薄之力，帮助病人及其家属，减轻癌症对这一恶疾对他们带来的痛苦。
Biomedical Physics Advanced Workshop is the subordinate laboratory of School of Physics in Chongqing University. The laboratory is committed to the field of physics, biology, information and medical engineering, researching advanced and practical medical technology in different disciplines. The main research directions include the cancer biochips of three-dimensional diagnosis, the non-invasive diagnoses of three-dimensional imaging in cardiovascular and other fields, the independent research of 3-D bio-printing technology and the mobile applications of fetal ultrasound image. Cancer is one of the most threatening diseases to human health and lives. Therefore, as researcheres, we need to have a sense of social responsibility. We do hope that we could apply our knowledge and technology to the medical field and help patients and their families to the best of our ability, to reduce the suffering of cancer caused by this disease.
| |
|
| |
重庆大学生物医学物理实验室 |
| |
|
|
|
|
|
| Fig 1 . The biochemistry room |
Fig 2 . The bio-room |
Fig 3 . The Nikon Ti-E inverted microscope and OKOLAB incubator |
|
|
|
|
| Fig 4 . The Nikon SMZ25 stereo microscope with T1-CEL WD EL WD Condenser |
Fig 5. Thermo high speed centrifuge and BINDER drying oven. |
Fig 6 . The BINDER carbon dioxide cell incubator and Nikon TS100-F inverted microscope |
| |
|
|
| |
|
|
| |
|
|
| |
中科院物理所生物医学物理实验室 |
| |
|
|
|
|
|
| Fig 1. The micro fabrication room |
Fig 2 . The bio-room |
Fig 3. The Nikon Ni upright microscope with motorised stage. |
|
|
|
|
| Fig 4. The Nikon Ti invert microscope with motorised stage and perfect focus. |
Fig 5. Leica SP8 Confocal Microscope with HyD PMTs and 12kHz Fast Scanning System. |
Fig 6 . Confocal control and image process unit. |
