| Medical Cell Biology | Molecular Cell Biology | Cell Maintenance | Stem Cell Biology |
| Cell Differentiation | Cell Modulation | Pattern Formation | Brain Morphogenesis |
| Kidney Development | Organ Formation |
| Facility | Manufacture, product ID | Location room number | Application | Contact person |
| Cell disruptor by sonication | BIORUPTOR | 207 | It fractionates nucleic acid inside the cell. | Shinjiro Hino (6801) |
| stereomicroscope | OLYMPUS SZX16 |
207 | To observe organs and tissues using fluorescent imaging. | Kazuaki Tokunaga (6802) |
| fluorescent microscope | OLYMPUS BX51-DP72 |
207 | To observe tissues and cells using immunostaining. | Kazuaki Tokunaga (6802) |
| Method | Description | Contact person |
| Chromatin IP | The method is to determine the localization of DNA binding proteins and their associated proteins on the genome in cells. | Shinjiro Hino |
| DNA/RNA FISH | The method is a cytological technique to detect the localization of specific DNA and RNA molecules by fluorescent microscopy. | Noriko Saito |
| Real time PCR | Real time (or quantitative) PCR is a technique which is used to amplify and quantify the target DNA molecules. It can be also used to quantify the amount of transcripts after reverse transcription of RNAs. | Shinjiro Hino |
| Time lapse analysis of living cells | Time lapse analysis is to observe the cultured cells on the petri dish in a few days for studying the dynamic state of target cells and proteins. | Noriko Saito |