Our parts

Here should be an introduction paragraph about our parts, how many LBD's, DBD's and so on in numbers. it should be 4 sentances long. Insert more text here, Insert more text here,Insert more text here,Insert more text here,Insert more text here,Insert more text here,Insert more text here,Insert more text here,Insert more text here,Insert more text here,Insert more text here,Insert more text here,Insert more text here,Insert more text here.

Ligand binding domains - Basic Parts

Ecdysone Receptor Ligand Binding Domain (D. Melanogaster)

DAF 12 Nuclear Receptor(C. Elegans)

Nuclear hormone receptor 8 (C. Elegans)

Nuclear hormone receptor 23 (C. Elegans)

Nuclear hormone receptor 25 (C. Elegans)

Nuclear hormone receptor 31 (C. Elegans)

Nuclear hormone receptor 64(C. Elegans)

Nuclear hormone receptor 80 (C. Elegans)

Constitutive Androstane Receptor Ligand Binding Domain (H. Sapiens)

Pregnane X receptor Ligand Binding Domain (H. Sapiens)

Estrogen Receptor Ligand Binding Domain (H. Sapiens)

DNA binding domains - Basic Parts

Gal 4 DNA binding Domain (S. cerevisiae

Retinoid X Receptor DNA binding Domain (H.Sapiens)

Estrogen Receptor DNA Binding Domain (H.Sapiens)

Other Basic Parts

Vitamin D3 Receptor hinge region (H. Sapiens)

Tetracyclin responsive DNA element in a CMV protmoter (TRE-CMV)

Poly A tail type terminator

Chimeric Nuclear Receptors - Composite Parts

Gal4-DAF12 Chimeric nuclear receptor

Gal4-NHR8 Chimeric nuclear receptor

Gal4-NHR23 Chimeric nuclear receptor

Gal4-NHR31 Chimeric nuclear receptor

Gal4-NHR80 Chimeric nuclear receptor

Gal4-PXR Chimeric nuclear receptor

Gal4-EcR Chimeric nuclear receptor

Gal4-ER Chimeric nuclear receptor

ER DBD-VDR hinge-ER LBD Chimeric nuclear receptor

Eukaryotic expression vectors - Composite Parts

TRE-Gal4-PXR-PolyA in PSB1A3 (expression vector)

TRE-Gal4-EcR-PolyA in PSB1A3 (expression vector)