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Apoptosis And Cancer
Anti-(6,4) Photoproducts mAb
Anti-Bax mAb
Anti-DNA-dependent Protein Kinase
Anti-Fas mAbs
Anti-Fas Ligand mAb
Anti-FLIP mAb
Anti-Granzyme B mAb
Anti-HtrA2/Omi pAb
Anti-NDP Kinase alpha mAb
Anti-Noxa mAb
Anti-mouse Perforin
Anti-Sialyl LeA mAb
Anti-Sialyl LeX mAb
Anti-(6,4) Photoproducts mAb
Anti-Bax mAb
Anti-DNA-dependent Protein Kinase
Anti-Fas mAbs
Anti-Fas Ligand mAb
Anti-FLIP mAb
Anti-Granzyme B mAb
Anti-HtrA2/Omi pAb
Anti-NDP Kinase alpha mAb
Anti-Noxa mAb
Anti-mouse Perforin
Anti-Sialyl LeA mAb
Anti-Sialyl LeX mAb
Anti-SLAM mAb
Anti-Survivin mAb
Anti-Thymine dimer mAb
Anti-Ubiquitin mAb
Fas Ligand Protein (induces apoptosis)
Fas Ligand Protein w/cross linker (induces apoptosis)
Fas, human recombinant (inhibits FasL-induced apoptosis)
Fostriecin (serine PP type 2A inhibitor)
Lactacystin (26S proteasome inhibitor)
Perforin, natural, human
Q-VD-OPH (caspase inhibitor)
Z-VAD-FMK (caspase 1,3,8 inhibitor)
Anti-Survivin mAb
Anti-Thymine dimer mAb
Anti-Ubiquitin mAb
Fas Ligand Protein (induces apoptosis)
Fas Ligand Protein w/cross linker (induces apoptosis)
Fas, human recombinant (inhibits FasL-induced apoptosis)
Fostriecin (serine PP type 2A inhibitor)
Lactacystin (26S proteasome inhibitor)
Perforin, natural, human
Q-VD-OPH (caspase inhibitor)
Z-VAD-FMK (caspase 1,3,8 inhibitor)
Multi-Drug Resistance (MDR)
Anti-BCRP mAb, (clone BXP-9)
Anti-LRP / MVP (Major Vault Protein) mAb
Anti-MDR-Associated Protein mAb
Anti-MDR1 P-Glycoprotein mAb
Anti-MRP1 MRP2 MRP3 MRP4 MRP5 MRP6 MRP14 mAb
Anti-BCRP mAb, (clone BXP-9)
Anti-LRP / MVP (Major Vault Protein) mAb
Anti-MDR-Associated Protein mAb
Anti-MDR1 P-Glycoprotein mAb
Anti-MRP1 MRP2 MRP3 MRP4 MRP5 MRP6 MRP14 mAb
Anti-Nucleolar Protein Nsr1p mAb
Anti-Sister of P-Glycoprotein (SPGP) mAb, pAb
Anti-Topoisomerase II-a pAb
Anti-VPARP (Minor Vault Protein) mAb
Anti-Sister of P-Glycoprotein (SPGP) mAb, pAb
Anti-Topoisomerase II-a pAb
Anti-VPARP (Minor Vault Protein) mAb
Kamiya Biomedical
AbFrontier
Nanoprobes
Combined Fluorescent and Larger Gold Labeling
Our combined fluorescent and gold immunoprobe, FluoroNanogold, in which both a fluorescent label and the 1.4 nm Nanogold® particle are conjugated to a Fab' fragment, have enabled several different combinations of labeling techniques, including correlative fluorescent and gold labeling, fluorescent and scanning electron microscopic labeling, and combined fluorescence and X-ray fluorescent labeling. However, because gold nanoparticles are effective fluorescence quenchers, this approach is limited to the 1.4 nm Nanogold: combined fluorescence and larger gold probes do not work because the gold particles quench the fluorescence. Previous approaches to combined larger gold and fluorescent labeling have relied on fluorescently labeled secondary antibodies with gold-labeled tertiaries, which require additional steps and reduce resolution at the EM level.
Our combined fluorescent and gold immunoprobe, FluoroNanogold, in which both a fluorescent label and the 1.4 nm Nanogold® particle are conjugated to a Fab' fragment, have enabled several different combinations of labeling techniques, including correlative fluorescent and gold labeling, fluorescent and scanning electron microscopic labeling, and combined fluorescence and X-ray fluorescent labeling. However, because gold nanoparticles are effective fluorescence quenchers, this approach is limited to the 1.4 nm Nanogold: combined fluorescence and larger gold probes do not work because the gold particles quench the fluorescence. Previous approaches to combined larger gold and fluorescent labeling have relied on fluorescently labeled secondary antibodies with gold-labeled tertiaries, which require additional steps and reduce resolution at the EM level.
Raybiotech
The RayBio® TMA is made using human or animal tissues from tissue blocks. These can be sourced from either our tissue bank or our clients. All tissue samples are collected expressly for their use in a TMA. The tissue is processed with 48 hours of fixation. The TMA are then mounted on positively charged glass and coated with a thin layer of paraffin to prevent oxidation and enzyme contamination. TMA from our company are valid 85% and above and are better than 50% intact. To ensure excellent quality control, the tenth section of every TMA is stained with H&E and viewed by a pathologist to ensure that its attributes are consistent with adjacent tissue . Immunohistochemical (IHC) studies are also conducted for verification.
* Many varieties of TMA are available. Core numbers of 30-200 per slide can be made with core sizes of 0.6, 1.0, 1.5 and 2.0 mm in diameter. Single, duplicate, and triplicate panel formats are also available. -
* The TMA are coated with a thin paraffin layer and are stored -80C, elongating shelf-life. -
* Stringent quality control tests are conducted, verifying TMA compatibility with immunohistochemistry (IHC), in situ hybridization (ISH), fluorescent ISH (FISH), TUNEL analysis, and cDNA hybridization aided by laser capture microdissection. -
* Trial slides are included with all new items, allowing for optimization with experimental conditions and pilot studies. -
* Paraffin tissue blocks are freshly archived within two years.
* Many varieties of TMA are available. Core numbers of 30-200 per slide can be made with core sizes of 0.6, 1.0, 1.5 and 2.0 mm in diameter. Single, duplicate, and triplicate panel formats are also available. -
* The TMA are coated with a thin paraffin layer and are stored -80C, elongating shelf-life. -
* Stringent quality control tests are conducted, verifying TMA compatibility with immunohistochemistry (IHC), in situ hybridization (ISH), fluorescent ISH (FISH), TUNEL analysis, and cDNA hybridization aided by laser capture microdissection. -
* Trial slides are included with all new items, allowing for optimization with experimental conditions and pilot studies. -
* Paraffin tissue blocks are freshly archived within two years.
Lucigen
New Products for Research
Cell Biolabs, Kamiya, AbFrontier, Lucigen, Nanoprobes, Raybiotech, Biotium, Conda
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NEW ITEMS
Cell Biolabs
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Cell Based Assays |
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Cell Signaling |
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Oxidative & Cellular Stress |
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Viral Expression |
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Biotium
CONDA adds 3 high performance media to its already wide range.
New m-EI Agar (Cat. 1412)
- Medium to detect and enumerate Enterococcus in water through the single-step membrane filtration technique.
New MRSA Agar (Cat.
1423) - For the detection of Methicilin-resistent Staphylococcus aureus.
New UTIC Agar (Cat.
1424) - For the presumptive detection and differentiation of organism which cause urinary tract infection.
OTHER NEWS
+New Updated Agarose
Poster
+New Brochure on Candida Chromogenic
Agar
Conda
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