Both the Andor NewtonEM EMCCD and Newton conventional CCD detector systems have been optimized for high performance spectroscopic applications. All Newton detector systems employ low noise electronics, cooling to -100°C, up to 95% peak Quantum Efficiency (QE), multi-MHz readout, USB 2.0 connectivity and versatile readout modes. The NewtonEM employs Andor's electron multiplying CCD technology in an exclusive sensor f…
Integrated best in class PET and CT imaging technologies, combined with the simplified workflows of gold-standard preclinical imaging software packages ParaVision 360 and PMOD, the Bruker PET/CT Si 78 is a high-end solution designed for outstanding 24/7 imaging services at predictable costs. The Si 78 provides seamless integration into nuclear molecular and medical imaging research labs and preclinical imaging core facili…
Develop in vitro diagnostic tests for demanding quantitative analyses leveraging the enhanced sensitivity and remarkable speed and robustness of the Thermo Scientific™ TSQ Altis™ MD Series Mass Spectrometer. The TSQ Altis MD Series mass spectrometer, a Class I medical device, offers superb analytical performance and features the maximum usability, sensitivity and robustness required for laboratory developed tests (LDTs) from c…
Abdos PCR plates are manufactured in state of the art precision moulded facility using high purity virgin USP Class VI Medical grade polypropylene (PP) conforming to US FDA 21 CFR, free from natural rubber and heavy metal. Ultra thin and consistent wall thickness allows precise thermal transfer. Maximum G-Force 4000 RCF. Abdos PCR plates are qPCR compatible. DNase, RNase, Endotoxin and PCR inhibitor free.
The MRQ Vials have a fill volume of 1.2ml and a very low residual volume of 2ul due to the center-draining effects of smooth walls (no ledges) and a conical bottom with a well that is slightly larger than autosampler vial needles, with side entry ports to recover the maximum amount during use. They are first hydrolytic, Class A, Type-33 Borosilicate Glass.
Syft SafetySure is a class-leading solution for rapid, reliable detection of hazardous chemicals such as fumigants and volatile toxic industrial chemicals in workplace settings. It provides reproducible identification and quantification of hazardous chemicals commonly found in workplaces such as methyl bromide, sulfuryl fluoride, chloropicrin, ethylene dibromide, ethylene oxide and phosphine. It's simple to use with no consuma…
Stabilization: stabilized with 190 - 220 mg/L PhosphateBoiling point: 107°C (30° %)Density (d 20°C/4°C): 1.13 (35 %)Melting point: -26°C (30° %)Formula: H2O2M: 34.01 g/molCAS-No.: 7722-84-1HS-No.: 28470000EC-No.: 231-765-0Storage: RTLGK: 5.1 BDisposal: 22R: 22-37/38-41S: 26-39hazardidentification: harmful, irritant,Class/PG: 5.1(8)/IIUN-No.: UN2014WGK: 1Specification: Assay (titr.): approx. 35 %
Stabilization: stabilized with 190 - 220 mg/L PhosphateBoiling point: 107°C (30° %)Density (d 20°C/4°C): 1.13 (35 %)Melting point: -26°C (30° %)Formula: H2O2M: 34.01 g/molCAS-No.: 7722-84-1HS-No.: 28470000EC-No.: 231-765-0Storage: RTLGK: 5.1 BDisposal: 22R: 22-37/38-41S: 26-39hazardidentification: harmful, irritant,Class/PG: 5.1(8)/IIUN-No.: UN2014WGK: 1Specification: Assay (titr.): min. 35 %
Stabilization: stabilized with 190 - 220 mg/L PhosphateMelting point: -26°C (30° %)Boiling point: 107°C (30° %)Density (d 20°C/4°C): 1.13 (35 %)Formula: H2O2M: 34.01 g/molCAS-No.: 7722-84-1HS-No.: 28470000EC-No.: 231-765-0Storage: RTLGK: 5.1 BDisposal: 22R: 22-37/38-41S: 26-39hazardidentification: harmful, irritant,Class/PG: 5.1(8)/IIUN-No.: UN2014WGK: 1Specification: Assay (titr.): min. 35 %
Unique storage box design for safe handling Our innovative cuvette rack holds up to 12 cuvettes with a 10 mm light path. Polypropylene rack features a hinged lid with secure clasp and a removable insert for easy cleaning. The height of the lid will accommodate the tallest of spectrophotometer cells—even those with covers or stoppers (maximum 51 mm). Racks stack neatly to save space. Autoclavable.
LCD 3.3 Feature Highlights • Detects and identifies a wide range of CWAs • Includes a library of detectable TICs • Small and lightweight • Up to 75 hours continuous use from a single set of commercial AA batteries • No complicated routine maintenance or calibration required • Designed to operate even in the most extreme environments • Uses advanced, non radioactive IMS technology The LCD 3.3 is a light and compact chemical war…
lowFade® Diamond Antifade Mountant is a glycerol-based liquid mountant applied directly to fluorescently labeled cells or tissue samples on microscope slides. SlowFade® Diamond mountant provides superior antifade protection across the entire visual and IR spectrums. You can use SlowFade® Diamond mountant with almost any fluorescent dye or fluorescent protein (e.g., GFP, RFP, mCherry) to achieve the brightest signal and lowest…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
Class B Graduated, Tall and Low Form Cylinders, Beakers and Jugs (PP and PMP) Special polypropylene giving very high translucency. Autoclavable to 121°C for 20 min, continuous work at 100°C. Permanent graduations are moulded in for reproducibility. No wetting. Chemically cleaner than glass and chemically non-absorbant. Excellent chemical resistance. Pentagon base for added stability. Conforms to lSO 6706 - 1981 (E) and BS 540…
Corning Microcarriers are designed to simplify your scale-up processes. The microcarriers are sterile, ready to use, and available in closed systems packaging to be used directly with bioreactors. These microcarriers are untreated for attachment of extra sticky cells or for alternate coatings.Features:USP Class VI polystyrene material provides a consistent platformHighest Sterility Assurance Level (SAL) of 10⁻⁶Certified nonpyr…
