HOME > mice > Col11a2-lacZ-dnTgfbr2-#1 mice
Strain Detail: Col11a2-lacZ-dnTgfbr2-#1 mice
| Strain information |
| Resource No. |
nbio172 |
| Strain name |
Col11a2-lacZ-dnTgfbr2-#1 |
| Strain Nomenclature |
|
| Common name/Synonyms |
DTR#1 |
| Strain types |
mutant |
| Background strain |
|
| Institution |
Department ofBoneand Cartilage Biology, Osaka University Graduate School of Medicine |
| Developer |
Noriyuki Tsumaki |
| Depositor |
Yasufumi Kaneda (Vice Director、Co-creation Bureau, Osaka University) |
| Conditions of distribution |
It's necessary to obtain depositor's consent on use of biological resources. contact us |
| Animal Health Report |
|
| Strain description |
Col11a2-lacZ-dnTgfbr2-#1 mice are loxP mice to construct cartilaginous conditional transgenic mouse system and regulated transgene expression by Col11a2 (Type XI collagen alpha 2 chain gene) promoter/intron 1 enhancer. The double transgenic mouse produced by mating between Col11a2-lacZ-dnTgfbr2-#1 mouse and Prx1-Cre mouse specifically expresses dominant-negative TGFβ receptor type II in the cartilage. This strain expects to contribute to basic research for the therapy of motor system diseases in orthopedics, such as dyschondroplasia. |
| Reference(s) |
- Hiramatsu K, Iwai T, Yoshikawa H, and Tsumaki N. (2011) Expression of dominant negative TGF-β receptors inhibits cartilage formation in conditional transgenic mice. J Bone Miner Metab 29(4):493-500. [PMID:21213115]
|
| Resource information |
| Cryopreserved sperm |
In-house |
Genotype |
|
| Medium |
FERTIUP |
| From other institutions |
Genotype |
|
| Medium |
|
| Cryopreserved embryo |
In-house |
Mating System |
|
| Genotype |
|
| Medium |
EFS40 |
| From other institutions |
Mating System |
|
| Genotype |
|
| Method |
|
| Strain status / Availability |
Cryopreserved sperm |
Within 1 month |
| Cryopreserved embryo |
Within 1 month |
| Live animals |
Approx. 2 months |
| Gene information |
| Mutation types |
conditional transgenic |
| Gene symbol |
Tgfbr2 |
| Gene name |
Transforming growth factor, beta receptor II |
| Genotyping information |
|