Showing 49–64 of 495 results
Endothelial cell medium Kit is a complete medium designed for optimal growth of normal primary microvascular endothelial cells in vitro. Each Endothelial Cell Medium Kit consists of the next components:
Epithelial cell medium Kit is a complete medium designed for optimal growth of normal primary epithelial cells in vitro. Each Epithelial Cell Medium Kit consists of the next components:
Epithelial Cell Medium – Serum Free Kit is a complete medium designed for optimal growth of normal epithelial cells in vitro. Each Epithelial Cell Medium – Serum Free Kit consists of the next components:
Epithelial cell medium Kit is a complete medium designed for optimal growth of normal human small intestine epithelial cells in vitro. Each Epithelial Cell Medium Kit consists of the next components:
5 ml P/S Solution
Epithelial cell medium Kit is a complete medium designed for optimal growth of normal human small intestine epithelial cells in vitro. Each Epithelial Cell Medium Kit consists of the next components:
Fibroblast Medium Kit is a complete medium designed for optimal growth of normal primary fibroblasts in vitro. Each Fibroblast Medium Kit consists of the next components:
Fibroblast Medium Plus Kit is a complete medium designed for optimal growth of normal primary cardiac and kidney fibroblasts in vitro. Each Fibroblast Medium Plus Kit consists of the next components:
Fibroblast Medium Kit is a complete medium designed for optimal growth of normal primary fibroblasts in vitro. Each Fibroblast Medium Kit consists of the next components:
FluoHiTSeeker are cell lines stably co-expressing label-free GPCRs and the CRE-tGFP reporter gene. Each vial of FluoHiTSeeker FSHR Cell Line contains HEK293 cells stably expressing human Follicle Stimulating Hormone Receptor with no tag; and the CRE-tGFP reporter gene as a biosensor to monitor cAMP concentration changes. FluoHiTSeeker Cell lines proliferate in vitro maintaining GPCR expression following the cell culture manual.
Innoprot FluoHiTSeeker FSHR Cell Line allows to assay compounds, or analyze their capability to modulate FSHR. When a ligand binds to the FSHR, it activates a G protein, which in turn, triggers a cellular response mediated by cAMP. Due to the presence of the CRE-tGFP reporter gene, this cell line allows to monitor cAMP concentration in living cells measuring fluorescence intensity. FluoHiTSeeker FSHR cell line has been validated measuring cAMP concentration changes in the cytosol upon activation with rhFSH. The high reproducibility of this assay allows monitoring FSH receptor activation process in High Throughput Screening.
Size/Quantity: 2 vials containing 3×106 cells / vial
FluoHiTSeeker are cell lines stably co-expressing label-free GPCRs and the CRE-tGFP reporter gene. Each vial of FluoHiTSeeker LHCGR Cell Line contains HEK293 cells stably expressing human Luteinizing Hormone/Choriogonadotropin Receptor with no tag; and the CRE-tGFP reporter gene as a biosensor to monitor cAMP concentration changes. FluoHiTSeeker Cell lines proliferate in vitro maintaining GPCR expression following the cell culture manual.
Innoprot FluoHiTSeeker LHCGR Cell Line allows to assay compounds, or analyze their capability to modulate LHCGR. When a ligand binds to the LHCGR, it activates a G protein, which in turn, triggers a cellular response mediated by cAMP. Due to the presence of the CRE-tGFP reporter gene, this cell line allows to monitor cAMP concentration in living cells measuring fluorescence intensity. FluoHiTSeeker LHCGR cell line has been validated measuring cAMP concentration changes in the cytosol upon activation with rhCG. The high reproducibility of this assay allows monitoring FSH receptor activation process in High Throughput Screening.
Size/Quantity: 2 vials containing 3×106 cells / vial
A novel Fluorescent Cytochrome c HEK293 Cell Line (HEK293/Cytc-tGFP) has been developed through stable transfection for monitoring the cellular apoptosis level througth the Cytochrome c behavior and morphologicall changes in cell-based assays.
HEK293/Cytc-tGFP cell line was obtained by transfection of an expression vector for a fusion protein of mitochondria localization signal from Cytochrome and turboGFP.
Each vial of HEK293/Cytc-tGFP cell line contains 3 million cells. It is guaranteed that these cells will expand in more than 30 passages following the cell culture manual.
Novel Red Fluorescent LMNB1 Cell Lines have been developed through stable transfection with LMNB1 endogenously tagged with TagRFP in U2OS & SH-SY5Y cell lines. Both cell lines allow the monitorization of cellular apoptosis level through nuclear lamin B1 morphological changes in cell-based assays.
Each vial of both U2OS/LMNB1-TagRFP and SH-SY5Y/LMNB1-TagRFP cell lines contains 3 million cells. It is guaranteed that these cells will expand following the cell culture manual.
Size/Quantity: 1 vial containing 3×106 cells / vial
Fluorescent Mitochondria U2OS Cell Line has been developed transfecting an expression vector that encodes turbo green fluorescent protein (tGFP) fused to mitochondrial targeting sequence (MTS) derived from the subunit VIII of human cytochrome C oxidase. MTS is fused to the tGFP N-terminus and stably transfected into U2OS Cell Line. This cell line allows monitoring morphological changes in cells during mitochondrial damage.
Each vial of Fluorescent Mitochondria U2OS Cell Line contains 3 million cells. It is guaranteed that these cells will expand following the cell culture manual.
Size/Quantity: 1 vial containing 3×106 cells / vial
Novel Green Fluorescent Nuclear Localization Signal Cell Lines have been developed through stable transfection of turboGFP tagged in the N-terminal with the NLS in U2OS & HEK293 cell lines. Both cell lines allow the study of the translocation processes between the nucleus and the cytoplasm. Nuclear localization signals (NLS) are short peptide sequences within the amino acid sequence of nuclear cargo proteins. Commonly, the NLS sequences contain a high proportion of lysine (K) or arginine (R) aminoacids and are very similar to the first found NLS sequence in the simian virus SV40 (PKKKRKV).
Each vial of both U2OS/NLS-tGFP and HEK293/NLS-tGFP cell lines contains 3 million cells. It is guaranteed that these cells will expand following the cell culture manual.
Novel fluorescent HEK293 cell lines have been developed through stable transfection with tGFP-SOD1 and FP602-SOD1. Fluorescent SOD1 Cell lines are stably-transfected and they are ready to use in cell-based assay applications. Both stably transfected cell lines provide consistent levels of expression, which helps to simplify the interpretation of the results. These cell lines are intended to be used as an “in vitro” model for research studies.
Each vial of both, Green and Red fluorescent SOD1 Cell lines contains 3 million cells. It is guaranteed that these cells will expand in more than 30 passages following the cell culture manual.
Innoprot has developed a novel fluorescence cell-based assay cell line for High Content Screening that allows the quantification of FUS/TLS stress granules. This model consists in a U2OS cell line stably expressing fluorescent RNA-binding protein FUS/TLS (Fused in Sarcoma/Translocated in Sarcoma).
Innoprot offers this cell line as a “stable cell line” in cryopreserved vials. Each vial of U2OS cell line stably expressing fluorescent FUS/TLS contains 3 million cells and Innoprot provides 2 vials of cells with each order. These cells proliferate in vitro and they are guaranteed to further expand for more than 30 passages following the instructions provided in the technical sheet.
Size/Quantity: 2 vials containing 3×106 cells / vial