Transfer & Transplantation
Transfer & Transplantation
Our laboratory maintains several inbred X. laevis with different MHC homozygous genotype, as well as several different MHC-defined isogenetic clones. These clones were generated by gynogenesis between X. laevis and X. gilli or X. mueleri (Kobel & Du Pasquier, 1975). These clones and inbred strains permit classic adoptive transfer and transplantation manipulations as in mice (Robert et al., 2004). Unlike mice, they also permit transfer of tissues and cells between larva and adult (Robert et al., 2004).
Inbred MHC-defined Strains And Isogenetic Clones (Gynogenesis)
| Strains/Clones | Name (MHC genotypes) |
|---|---|
| Partially Inbred, MHC homozygous strains | F, J, A8(r/r), K, G |
| Isogenetic X. laevis/gilli (LG) clones with identical heterozygous (a/c) MHC bu different minor H genotype |
LG-6 LG-7 LG-15 |
| MHC-disparate LG isogenetic clones | LG-3 (b/d), LG-5 (b/c) |
| Isogenetic X. laevis/mulleri (LM) clones | LM3 (w/y) |