The document discusses gel documentation systems offered by Major Science. It describes several product lines - the SmartView Pro imager system, the compact Digimage system, and UV transilluminators. The SmartView Pro comes in 1100 and 1200 models, with the 1200 having WiFi connectivity. The compact Digimage system uses a 12.1 megapixel digital camera and built-in UV light source, and can be operated without a computer by saving files to an SD card. Specifications, ordering information, and accessories are provided for both product lines.
Gel documentation systems are used to image and document nucleic acid and protein gels stained with ethidium bromide. They typically consist of a UV light source, hood, and camera. Ethidium bromide fluorescence allows visualization of DNA/RNA bands under UV light. Larger amounts of nucleic acid bind more ethidium bromide and appear brighter. Gel doc systems are used to capture and analyze gel images for applications like electrophoresis, blotting, and colony counting. Components include the camera, lenses, illuminator, stage, and software for image processing and analysis.
The document discusses small animal imaging techniques. It provides an overview of various imaging modalities including their resolutions and applications. Specific techniques covered include bioluminescence imaging, fluorescence imaging, computed tomography, magnetic resonance imaging, positron emission tomography, and single photon emission computed tomography. The document also discusses fluorescent probes and reagents used for small animal imaging including near-infrared dyes, quantum dots, fluorescent microspheres, and protease-activatable probes. Potential applications highlighted include tumor detection, vascular imaging, and monitoring of enzyme activity.
In Vivo Optical Imaging from the Whole Animal to the Cellular Levelabhitris
This document discusses in vivo optical imaging techniques from whole animal to cellular levels. It begins by describing small animal and endoscopy/microscopy imaging approaches. It then discusses advantages of in vivo imaging such as being non-destructive and enabling repeated experimentation. Examples are provided of tumor growth and metastasis imaging in mice over time. Technical challenges of in vivo imaging like absorbance, scattering, autofluorescence, and motion artifacts are outlined along with solutions. Examples are provided of using fluorescent proteins and dyes for in vivo labeling and imaging. Near-infrared imaging is highlighted for its deep tissue penetration. Various whole animal and cellular imaging systems are introduced.
Preclinical Imaging with Fluorescence In Vivo EndomicroscopyInsideScientific
Laser confocal endomicroscopy (LCE) is the technology that bridges the gap and delivers the best of both worlds. Its confocal principle offers cellular resolution while probe-based endoscopic imaging facilitates real-time in vivo imaging of tissues with minimal invasiveness. The nickname of “virtual histology” is fitting, as it captures real-time microscale images comparable to histology. LCE is a cutting-edge imaging modality with endless possibilities, and numerous research groups are exploring this tool for their preclinical imaging needs.
In this live webinar hosted by Scintica Instrumentation, Dr. Mohammedayaz Rangrez provides scientists with theoretical and practical knowledge of the FIVE2 (ViewnVivo) and its preclinical research applications. This webinar features a hands-on demonstration, imaging in different tissue types, Z sectioning and other key capabilities of the system. Participants will also learn about FIVE2 (ViewnVivo) software features, its integration with ImageJ, and 3-D video capture of tissue architecture.
Topics discussed in this webinar include:
- The advantages of laser confocal endomicroscopy over benchtop confocal microscopy and PET/MRI
- Hardware functionality and software operation of the FIVE2 (ViewnVivo) – fluorescence in vivo endomicroscope
- How to use the FIVE2 (ViewnVivo) for imaging tissue architecture with cellular resolution and for optical sectioning
- How to apply the FIVE2 (ViewnVivo) in preclinical imaging
- Troubleshooting and safety tips of the FIVE2 (ViewnVivo)
Neutron Imaging and Tomography with Medipix2 and Dental Microroentgenography:...IJAEMSJORNAL
This document provides an overview of neutron imaging and tomography using the Medipix2 semiconductor detector and dental microroentgenography. Medipix2 allows high resolution digital imaging of photons, electrons and neutrons. Experiments imaged a relay, bullet cartridge, tooth and thread using neutron sources and Medipix2. Neutron tomography reconstructed 3D models from 100 projections. Dental microroentgenography used Medipix2 for high resolution dental x-rays. Medipix2 provides portable, high resolution imaging for applications like analyzing bone-implant interfaces.
The CIC bioGUNE Electron Microscopy Platform provides cryo-electron microscopy facilities and services for structural analysis of large biomolecules. Equipment includes 200kV and 120kV transmission electron microscopes with digital cameras for high-resolution cryo imaging. Services include sample preparation, transmission electron microscopy analysis, immuno-electron microscopy, and training. The platform supports both in-house and external academic and industry users.
The document describes experiments using an environmental scanning electron microscope to generate 3D reconstructions of membrane structures from 2D image slices. Membrane samples were embedded in resin and ultramicrotomed into thin sections for imaging. Image stacks from multiple samples were assembled into 3D models and analyzed to calculate membrane pore characteristics and water flux measurements, validating the 3D reconstruction method. The results provide a quantitative view of membrane nanostructure-property relationships not possible with conventional techniques.
Lightoptical nanoscopy for the use in biomedical applications and material sciences, detection in attomolar concentrations
* Use of standard fluorophores like GFP, RFP, YFP, Alexa, Fluorescein (no photoswitch necessary)
2CLM Two Color Localisation microscopy in the nanoscale
* Optical resolution 10 nm in 2D, 40 nm in 3D
* Very fast in processing, complete picture (2000 images) with processing in 3 minutes
Gel documentation systems are used to image and document nucleic acid and protein gels stained with ethidium bromide. They typically consist of a UV light source, hood, and camera. Ethidium bromide fluorescence allows visualization of DNA/RNA bands under UV light. Larger amounts of nucleic acid bind more ethidium bromide and appear brighter. Gel doc systems are used to capture and analyze gel images for applications like electrophoresis, blotting, and colony counting. Components include the camera, lenses, illuminator, stage, and software for image processing and analysis.
The document discusses small animal imaging techniques. It provides an overview of various imaging modalities including their resolutions and applications. Specific techniques covered include bioluminescence imaging, fluorescence imaging, computed tomography, magnetic resonance imaging, positron emission tomography, and single photon emission computed tomography. The document also discusses fluorescent probes and reagents used for small animal imaging including near-infrared dyes, quantum dots, fluorescent microspheres, and protease-activatable probes. Potential applications highlighted include tumor detection, vascular imaging, and monitoring of enzyme activity.
In Vivo Optical Imaging from the Whole Animal to the Cellular Levelabhitris
This document discusses in vivo optical imaging techniques from whole animal to cellular levels. It begins by describing small animal and endoscopy/microscopy imaging approaches. It then discusses advantages of in vivo imaging such as being non-destructive and enabling repeated experimentation. Examples are provided of tumor growth and metastasis imaging in mice over time. Technical challenges of in vivo imaging like absorbance, scattering, autofluorescence, and motion artifacts are outlined along with solutions. Examples are provided of using fluorescent proteins and dyes for in vivo labeling and imaging. Near-infrared imaging is highlighted for its deep tissue penetration. Various whole animal and cellular imaging systems are introduced.
Preclinical Imaging with Fluorescence In Vivo EndomicroscopyInsideScientific
Laser confocal endomicroscopy (LCE) is the technology that bridges the gap and delivers the best of both worlds. Its confocal principle offers cellular resolution while probe-based endoscopic imaging facilitates real-time in vivo imaging of tissues with minimal invasiveness. The nickname of “virtual histology” is fitting, as it captures real-time microscale images comparable to histology. LCE is a cutting-edge imaging modality with endless possibilities, and numerous research groups are exploring this tool for their preclinical imaging needs.
In this live webinar hosted by Scintica Instrumentation, Dr. Mohammedayaz Rangrez provides scientists with theoretical and practical knowledge of the FIVE2 (ViewnVivo) and its preclinical research applications. This webinar features a hands-on demonstration, imaging in different tissue types, Z sectioning and other key capabilities of the system. Participants will also learn about FIVE2 (ViewnVivo) software features, its integration with ImageJ, and 3-D video capture of tissue architecture.
Topics discussed in this webinar include:
- The advantages of laser confocal endomicroscopy over benchtop confocal microscopy and PET/MRI
- Hardware functionality and software operation of the FIVE2 (ViewnVivo) – fluorescence in vivo endomicroscope
- How to use the FIVE2 (ViewnVivo) for imaging tissue architecture with cellular resolution and for optical sectioning
- How to apply the FIVE2 (ViewnVivo) in preclinical imaging
- Troubleshooting and safety tips of the FIVE2 (ViewnVivo)
Neutron Imaging and Tomography with Medipix2 and Dental Microroentgenography:...IJAEMSJORNAL
This document provides an overview of neutron imaging and tomography using the Medipix2 semiconductor detector and dental microroentgenography. Medipix2 allows high resolution digital imaging of photons, electrons and neutrons. Experiments imaged a relay, bullet cartridge, tooth and thread using neutron sources and Medipix2. Neutron tomography reconstructed 3D models from 100 projections. Dental microroentgenography used Medipix2 for high resolution dental x-rays. Medipix2 provides portable, high resolution imaging for applications like analyzing bone-implant interfaces.
The CIC bioGUNE Electron Microscopy Platform provides cryo-electron microscopy facilities and services for structural analysis of large biomolecules. Equipment includes 200kV and 120kV transmission electron microscopes with digital cameras for high-resolution cryo imaging. Services include sample preparation, transmission electron microscopy analysis, immuno-electron microscopy, and training. The platform supports both in-house and external academic and industry users.
The document describes experiments using an environmental scanning electron microscope to generate 3D reconstructions of membrane structures from 2D image slices. Membrane samples were embedded in resin and ultramicrotomed into thin sections for imaging. Image stacks from multiple samples were assembled into 3D models and analyzed to calculate membrane pore characteristics and water flux measurements, validating the 3D reconstruction method. The results provide a quantitative view of membrane nanostructure-property relationships not possible with conventional techniques.
Lightoptical nanoscopy for the use in biomedical applications and material sciences, detection in attomolar concentrations
* Use of standard fluorophores like GFP, RFP, YFP, Alexa, Fluorescein (no photoswitch necessary)
2CLM Two Color Localisation microscopy in the nanoscale
* Optical resolution 10 nm in 2D, 40 nm in 3D
* Very fast in processing, complete picture (2000 images) with processing in 3 minutes
The document describes a family of microinstruments being developed for use in space missions. The instruments use magneto-optic thin film sensors to perform tasks like non-destructive testing of spacecraft components, detecting electromagnetic fields, monitoring biomagnetic fields, and optical signal processing. Each sensor is based on a proprietary Fe-Ga thin film material and uses polarized light and a spatial light modulator. The sensors can detect magnetic fields as small as 10-7 Oersted and have applications in areas like defect detection, energy generation, medicine, and neural networks. The technology provides advantages over existing non-destructive testing methods by directly imaging defects in real-time with high resolution and low false readings.
Correlative light-ion microscopy (CLIM) combines scanning ion microscopy with fluorescence microscopy to provide complementary 3D topographical and biochemical information with nanoscale accuracy. Using a gallium ion beam instead of electrons allows toggling between imaging modes without damaging the fluorescence signal. This correlated information can be used to analyze features like cell behavior on 3D substrates down to the 200nm scale.
nanotechnology in drug delivery and diagnostic Saurabh Sharma
Nanotechnology is increasingly being used in drug delivery and diagnostics due to advantages like targeted drug delivery, improved solubility and stability, and constant drug release kinetics. Key nanomaterials used include nanoparticles, liposomes, dendrimers, nanoshells, and nanosensors. These materials can incorporate drugs for delivery or be functionalized for diagnostic applications like detecting biomarkers or pathogens. Advanced nanotechnologies like atomic force microscopy and cantilever arrays also provide powerful tools for precision diagnostics. Overall, nanotechnology is enhancing drug delivery methods and enabling highly sensitive disease detection.
This document discusses matrix-assisted laser desorption/ionization time-of-flight (MALDI-TOF) mass spectrometry and its role in proteomics. It provides an overview of two-dimensional gel electrophoresis (2-DE) and how it is used to separate thousands of proteins, including details on isoelectric focusing, immobilized pH gradients, sample preparation, electrophoresis, and silver staining. The core of proteomics is separating and analyzing proteins using techniques like 2-DE and mass spectrometry such as MALDI-TOF.
The document describes the Optics and Photonics program at Georgia Tech. It lists the core faculty and their primary research areas, which include optical communication networks, nonlinear optics, photonics and optoelectronics, and diffractive and holographic optics. It also describes affiliated research centers that conduct research in related areas such as quantum optics, terahertz science, ultrafast nano-optics, and organic electronics.
This document describes a new technique called Photonic Nanojet Interferometry (PJI) that uses microspheres to achieve super-resolution in 3D label-free imaging. PJI was able to laterally resolve sub-100nm features on a Blu-ray disc by taking advantage of photonic nanojets from microspheres. PJI measurements of a Blu-ray disc agreed with measurements from atomic force microscopy and scanning electron microscopy, validating that PJI can achieve super-resolution below the diffraction limit.
1) The document discusses various methods for determining the 3D structure of proteins, including x-ray crystallography, NMR spectroscopy, and cryo-electron microscopy.
2) X-ray crystallography involves purifying the protein, crystallizing it, collecting diffraction data from x-rays hitting the crystal, using this data to determine phases and calculate an electron density map, and building an atomic model through refinement.
3) NMR spectroscopy involves dissolving the purified protein and using nuclear magnetic resonance to measure distances between atomic nuclei, allowing the structure to be calculated.
Natural ageing of stabilized and unustabilized ldpe films used as greenhouses...eSAT Journals
Abstract
This article focuses on the study of both stabilized and unstabilized low-density polyethylene films aged under natural weathering in the middle of Morocco (Sidi Kacem city). The study was undertaken on three samples for each LDPE films: a new sample taken as reference; another exposed to outdoor weathering for one year; and a sample exposed for two years.
The outdoor exposure effects were followed by analysis of the total reflection Fourier transform infrared spectroscopy (ATR-FTIR). This technique provides information on the main chemical functions and evaluates the internal causes of natural ageing of our samples. The infrared spectra show the formation of hydroperoxides -O-OH, carbonyls >C=O, aliphatic esters R-(CO)-O-R, ether R-O-R, vinyl C=C, vinylidene >C=CH2 and trans-vinylene RHC=CRH in the amorphous regions. These compounds lead to initiate the mechanism of photo-oxidation of the unstabilized LDPE samples. Therefore, the increase in the formation of oxidation products into the aged samples (LDPEUS) indicates an accelerated degradation of these latter on climatic factors (UV, O2, humidity, rain ...). The UV stabilizer (free radicals scavengers) added to the formulation of LDPE films can delay the attack of the amorphous phase and prevent the formation of compounds that can cause and accelerate photo-oxidation. The results obtained by the infrared have been confirmed by observing the morphology of the samples with scanning electron microscopy technology (SEM).
Keywords: LDPE, Photo-oxidation, Natural ageing, UV stabilizer, ATR-FTIR, SEM
This document discusses nanocomposites and their applications. It begins with an overview of Albelissa's approach to research and technology development (RTD), including their stage-gate innovation process. It then discusses nanocomposites for sustainable solutions, highlighting trends in the nanotech market and various functionalities and solutions offered, including addressing environmental and human impacts. The document concludes with a question and answer session.
Characterization of nanoparticles & its regulatory aspectsvivek vyas
This document summarizes techniques for characterizing nanoparticles, including particle size, shape, surface charge, crystal structure, yield, drug entrapment efficiency, and in vitro drug release. Key characterization techniques mentioned are microscopy (SEM, TEM), laser light scattering, zeta potential measurement, XRD, FTIR, and dialysis-based in vitro release testing. Regulatory considerations for nanoparticles are also briefly discussed.
This document discusses microautoradiography, which is a technique used to visualize the distribution of radioactive substances in biological samples at a microscopic level. It involves incubating tissue with a radioactive ligand, then exposing photographic film or emulsion to the radioactivity emitted. This allows the localization of the radioactive material within subcellular structures. The technique provides high resolution and sensitivity. It has various applications in fields like cell biology, pharmacology, and molecular biology to study processes like cell division, drug targeting, and DNA/RNA localization.
Magnetic Drug Targeting, James Ritter, PhDSCTR Institute
The document summarizes research on implant-assisted magnetic drug targeting (IA-MDT). It describes using ferromagnetic implants like stents and seeds to locally increase magnetic field gradients and forces, improving targeting of drug-carrying magnetic particles. In vitro experiments show ferromagnetic implants capture more particles than without. A perfused heart model also demonstrates a stent capturing injected magnetic particle surrogates under clinically relevant conditions. Further development of IA-MDT systems is proposed through modeling, in vitro studies, and in vivo animal studies.
This document discusses molecular biology techniques. It begins by outlining the learning objectives, which are to list techniques used in molecular biology and describe microscopy, centrifugation, extraction, electrophoresis, and chromatography. It then provides details on each technique, including their purposes and basic procedures. Microscopy is used to produce magnified images of cells and structures. Centrifugation separates substances by density. Extraction isolates molecules like DNA, RNA, and proteins. Electrophoresis separates charged substances using an electric field. Chromatography separates mixtures based on interactions with a solid or liquid medium.
Impact of detector thickness on imaging characteristics of the Siemens Biogra...Anax Fotopoulos
This document summarizes a Monte Carlo study using GATE simulation of a Siemens Biograph DUO PET/CT scanner. It investigates the impact of detector thickness on imaging characteristics by simulating the scanner with LSO detectors of 2cm and 3cm thickness. The results show that increasing thickness from 2cm to 3cm improves detection efficiency, resulting in a sharper energy peak at 511 keV, higher counts, and better energy resolution and signal-to-noise ratio. However, thicker detectors may also delay signal processing and increase device cost and complexity.
The catalog contains all of Mshot products line, including optical microscope, LED fluorescence illuminator, microscope camera, thermal plate and other accessories.
This document discusses advanced micro-devices for biomedical applications being developed by Professor Arnan Mitchell and Associate Professor Kourosh Kalantar-zadeh at RMIT University. It provides an overview of lab-on-a-chip devices, their market and competition. It then discusses several specific applications and technologies including separating tumor cells from blood using microfluidics, studying platelet aggregation, investigating genetic circuits, dielectrophoresis for sorting particles, developing tuneable optical waveguides using nanofluidics, digital microfluidics using immiscible fluids, developing switchable surfaces, integrating microthermoelectric heaters and coolers, and combining nanofluidics and optics.
Measuring visual acuity and contrast sensitivity by optomotor reflex in rodentsInsideScientific
There is a growing need for behavioral readouts to monitor disease progression and to assess the success of a potential therapy. In vision research, observing the optomotor reflex (OMR) is an important and widely established method for assessing visual acuity and contrast sensitivity in rodents. These tests can be performed with freely moving animals without any need for anaesthesia or restraints. In addition, since OMR is a reflex-based behavior, observing it does not require any training of the animal.
In this webinar, sponsored by Striatech and supported in part by Stoelting, researchers will present objective and bias-free results obtained using a newly developed automated optomotor system. For more information, please visit: https://insidescientific.com/webinar/measuring-visual-acuity-contrast-sensitivity-optomotor-reflex-striatech
Ampliqon seminar 29 , 30 Nov 2015 by Viragene Akam Co.Maziar Yari
The document discusses quantitative real-time PCR (qPCR) techniques. It defines key terms like Cq, analytical sensitivity and reproducibility. It describes the chemistry of SYBR Green and hydrolysis probes, and the purpose of the ROX passive reference dye. The document outlines steps for optimizing qPCR, including primer design, PCR protocols, and analyzing amplification plots, standard curves and melt curves. The goal is to provide the essential information and concepts for understanding qPCR experiments and results.
This document discusses gel documentation, which is a system used to image and document nucleic acid and protein gels stained with fluorescent dyes. It consists of a UV light source, hood, and camera. Fluorescent dyes like ethidium bromide bind to nucleic acids and emit light under UV exposure, with brighter bands indicating more material. The system photographs gels, prints images, and saves files for future use. Components include the camera, lenses, filters, illuminator, stage, and darkroom. Quantity One software is used to operate the system, capturing and analyzing images through tools for detection, measurement, and report generation. Gel documentation has applications in electrophoresis, blotting, and other molecular biology techniques.
The document describes a family of microinstruments being developed for use in space missions. The instruments use magneto-optic thin film sensors to perform tasks like non-destructive testing of spacecraft components, detecting electromagnetic fields, monitoring biomagnetic fields, and optical signal processing. Each sensor is based on a proprietary Fe-Ga thin film material and uses polarized light and a spatial light modulator. The sensors can detect magnetic fields as small as 10-7 Oersted and have applications in areas like defect detection, energy generation, medicine, and neural networks. The technology provides advantages over existing non-destructive testing methods by directly imaging defects in real-time with high resolution and low false readings.
Correlative light-ion microscopy (CLIM) combines scanning ion microscopy with fluorescence microscopy to provide complementary 3D topographical and biochemical information with nanoscale accuracy. Using a gallium ion beam instead of electrons allows toggling between imaging modes without damaging the fluorescence signal. This correlated information can be used to analyze features like cell behavior on 3D substrates down to the 200nm scale.
nanotechnology in drug delivery and diagnostic Saurabh Sharma
Nanotechnology is increasingly being used in drug delivery and diagnostics due to advantages like targeted drug delivery, improved solubility and stability, and constant drug release kinetics. Key nanomaterials used include nanoparticles, liposomes, dendrimers, nanoshells, and nanosensors. These materials can incorporate drugs for delivery or be functionalized for diagnostic applications like detecting biomarkers or pathogens. Advanced nanotechnologies like atomic force microscopy and cantilever arrays also provide powerful tools for precision diagnostics. Overall, nanotechnology is enhancing drug delivery methods and enabling highly sensitive disease detection.
This document discusses matrix-assisted laser desorption/ionization time-of-flight (MALDI-TOF) mass spectrometry and its role in proteomics. It provides an overview of two-dimensional gel electrophoresis (2-DE) and how it is used to separate thousands of proteins, including details on isoelectric focusing, immobilized pH gradients, sample preparation, electrophoresis, and silver staining. The core of proteomics is separating and analyzing proteins using techniques like 2-DE and mass spectrometry such as MALDI-TOF.
The document describes the Optics and Photonics program at Georgia Tech. It lists the core faculty and their primary research areas, which include optical communication networks, nonlinear optics, photonics and optoelectronics, and diffractive and holographic optics. It also describes affiliated research centers that conduct research in related areas such as quantum optics, terahertz science, ultrafast nano-optics, and organic electronics.
This document describes a new technique called Photonic Nanojet Interferometry (PJI) that uses microspheres to achieve super-resolution in 3D label-free imaging. PJI was able to laterally resolve sub-100nm features on a Blu-ray disc by taking advantage of photonic nanojets from microspheres. PJI measurements of a Blu-ray disc agreed with measurements from atomic force microscopy and scanning electron microscopy, validating that PJI can achieve super-resolution below the diffraction limit.
1) The document discusses various methods for determining the 3D structure of proteins, including x-ray crystallography, NMR spectroscopy, and cryo-electron microscopy.
2) X-ray crystallography involves purifying the protein, crystallizing it, collecting diffraction data from x-rays hitting the crystal, using this data to determine phases and calculate an electron density map, and building an atomic model through refinement.
3) NMR spectroscopy involves dissolving the purified protein and using nuclear magnetic resonance to measure distances between atomic nuclei, allowing the structure to be calculated.
Natural ageing of stabilized and unustabilized ldpe films used as greenhouses...eSAT Journals
Abstract
This article focuses on the study of both stabilized and unstabilized low-density polyethylene films aged under natural weathering in the middle of Morocco (Sidi Kacem city). The study was undertaken on three samples for each LDPE films: a new sample taken as reference; another exposed to outdoor weathering for one year; and a sample exposed for two years.
The outdoor exposure effects were followed by analysis of the total reflection Fourier transform infrared spectroscopy (ATR-FTIR). This technique provides information on the main chemical functions and evaluates the internal causes of natural ageing of our samples. The infrared spectra show the formation of hydroperoxides -O-OH, carbonyls >C=O, aliphatic esters R-(CO)-O-R, ether R-O-R, vinyl C=C, vinylidene >C=CH2 and trans-vinylene RHC=CRH in the amorphous regions. These compounds lead to initiate the mechanism of photo-oxidation of the unstabilized LDPE samples. Therefore, the increase in the formation of oxidation products into the aged samples (LDPEUS) indicates an accelerated degradation of these latter on climatic factors (UV, O2, humidity, rain ...). The UV stabilizer (free radicals scavengers) added to the formulation of LDPE films can delay the attack of the amorphous phase and prevent the formation of compounds that can cause and accelerate photo-oxidation. The results obtained by the infrared have been confirmed by observing the morphology of the samples with scanning electron microscopy technology (SEM).
Keywords: LDPE, Photo-oxidation, Natural ageing, UV stabilizer, ATR-FTIR, SEM
This document discusses nanocomposites and their applications. It begins with an overview of Albelissa's approach to research and technology development (RTD), including their stage-gate innovation process. It then discusses nanocomposites for sustainable solutions, highlighting trends in the nanotech market and various functionalities and solutions offered, including addressing environmental and human impacts. The document concludes with a question and answer session.
Characterization of nanoparticles & its regulatory aspectsvivek vyas
This document summarizes techniques for characterizing nanoparticles, including particle size, shape, surface charge, crystal structure, yield, drug entrapment efficiency, and in vitro drug release. Key characterization techniques mentioned are microscopy (SEM, TEM), laser light scattering, zeta potential measurement, XRD, FTIR, and dialysis-based in vitro release testing. Regulatory considerations for nanoparticles are also briefly discussed.
This document discusses microautoradiography, which is a technique used to visualize the distribution of radioactive substances in biological samples at a microscopic level. It involves incubating tissue with a radioactive ligand, then exposing photographic film or emulsion to the radioactivity emitted. This allows the localization of the radioactive material within subcellular structures. The technique provides high resolution and sensitivity. It has various applications in fields like cell biology, pharmacology, and molecular biology to study processes like cell division, drug targeting, and DNA/RNA localization.
Magnetic Drug Targeting, James Ritter, PhDSCTR Institute
The document summarizes research on implant-assisted magnetic drug targeting (IA-MDT). It describes using ferromagnetic implants like stents and seeds to locally increase magnetic field gradients and forces, improving targeting of drug-carrying magnetic particles. In vitro experiments show ferromagnetic implants capture more particles than without. A perfused heart model also demonstrates a stent capturing injected magnetic particle surrogates under clinically relevant conditions. Further development of IA-MDT systems is proposed through modeling, in vitro studies, and in vivo animal studies.
This document discusses molecular biology techniques. It begins by outlining the learning objectives, which are to list techniques used in molecular biology and describe microscopy, centrifugation, extraction, electrophoresis, and chromatography. It then provides details on each technique, including their purposes and basic procedures. Microscopy is used to produce magnified images of cells and structures. Centrifugation separates substances by density. Extraction isolates molecules like DNA, RNA, and proteins. Electrophoresis separates charged substances using an electric field. Chromatography separates mixtures based on interactions with a solid or liquid medium.
Impact of detector thickness on imaging characteristics of the Siemens Biogra...Anax Fotopoulos
This document summarizes a Monte Carlo study using GATE simulation of a Siemens Biograph DUO PET/CT scanner. It investigates the impact of detector thickness on imaging characteristics by simulating the scanner with LSO detectors of 2cm and 3cm thickness. The results show that increasing thickness from 2cm to 3cm improves detection efficiency, resulting in a sharper energy peak at 511 keV, higher counts, and better energy resolution and signal-to-noise ratio. However, thicker detectors may also delay signal processing and increase device cost and complexity.
The catalog contains all of Mshot products line, including optical microscope, LED fluorescence illuminator, microscope camera, thermal plate and other accessories.
This document discusses advanced micro-devices for biomedical applications being developed by Professor Arnan Mitchell and Associate Professor Kourosh Kalantar-zadeh at RMIT University. It provides an overview of lab-on-a-chip devices, their market and competition. It then discusses several specific applications and technologies including separating tumor cells from blood using microfluidics, studying platelet aggregation, investigating genetic circuits, dielectrophoresis for sorting particles, developing tuneable optical waveguides using nanofluidics, digital microfluidics using immiscible fluids, developing switchable surfaces, integrating microthermoelectric heaters and coolers, and combining nanofluidics and optics.
Measuring visual acuity and contrast sensitivity by optomotor reflex in rodentsInsideScientific
There is a growing need for behavioral readouts to monitor disease progression and to assess the success of a potential therapy. In vision research, observing the optomotor reflex (OMR) is an important and widely established method for assessing visual acuity and contrast sensitivity in rodents. These tests can be performed with freely moving animals without any need for anaesthesia or restraints. In addition, since OMR is a reflex-based behavior, observing it does not require any training of the animal.
In this webinar, sponsored by Striatech and supported in part by Stoelting, researchers will present objective and bias-free results obtained using a newly developed automated optomotor system. For more information, please visit: https://insidescientific.com/webinar/measuring-visual-acuity-contrast-sensitivity-optomotor-reflex-striatech
Ampliqon seminar 29 , 30 Nov 2015 by Viragene Akam Co.Maziar Yari
The document discusses quantitative real-time PCR (qPCR) techniques. It defines key terms like Cq, analytical sensitivity and reproducibility. It describes the chemistry of SYBR Green and hydrolysis probes, and the purpose of the ROX passive reference dye. The document outlines steps for optimizing qPCR, including primer design, PCR protocols, and analyzing amplification plots, standard curves and melt curves. The goal is to provide the essential information and concepts for understanding qPCR experiments and results.
This document discusses gel documentation, which is a system used to image and document nucleic acid and protein gels stained with fluorescent dyes. It consists of a UV light source, hood, and camera. Fluorescent dyes like ethidium bromide bind to nucleic acids and emit light under UV exposure, with brighter bands indicating more material. The system photographs gels, prints images, and saves files for future use. Components include the camera, lenses, filters, illuminator, stage, and darkroom. Quantity One software is used to operate the system, capturing and analyzing images through tools for detection, measurement, and report generation. Gel documentation has applications in electrophoresis, blotting, and other molecular biology techniques.
The document provides a detailed overview of the Western blot technique. It describes the key steps as:
1) Tissue preparation and protein extraction from samples.
2) Separation of proteins by gel electrophoresis based on molecular weight.
3) Transfer of proteins from the gel to a membrane for detection.
4) Blocking of the membrane to prevent non-specific antibody binding.
5) Detection of target proteins using primary and secondary antibodies, and various detection methods.
This document provides information on the colourimetric method for determining total plasma proteins. It begins with definitions of key terms like colourimetry and blank. It then discusses the principle that absorbance is directly proportional to concentration and path length. The document provides details on the types and functions of plasma proteins like albumins and globulins. It discusses the biuret reaction used to colorimetrically determine total plasma proteins and provides the normal ranges and clinical significance of variations in plasma protein levels.
126 micro array study for gene expressionSHAPE Society
The document describes the process of performing a microarray study to analyze gene expression. It discusses the history of microarrays and the overall process which includes building the chip by amplifying cDNA clones via PCR, preparing RNA by isolating it from cell cultures, hybridizing the array by labeling probes with fluorescent dyes and incubating RNA samples on the chip, and analyzing the data by quantifying fluorescence levels. The goal is to induce rupture of atherosclerotic plaques in mice and use microarrays to identify genes expressed in ruptured versus stable plaques. Various drugs will be tested for their ability to rupture plaques by altering hemodynamics and oxidative stress.
UV-visible spectroscopy is a technique that uses light in the visible and adjacent ranges. It works by measuring how much light is absorbed by a sample at each wavelength.
The document discusses the basic principles of spectroscopy, including how electromagnetic radiation interacts with matter. It describes the laws of absorption, specifically Beer's law, which states that absorbance is proportional to concentration.
The key aspects of instrumentation are outlined, including light sources, wavelength selectors like monochromators, sample holders, and detection devices. Single beam and double beam spectrophotometers are explained as the main types of instruments used in UV-visible spectroscopy.
The document discusses genome sequencing and related topics. It begins by defining what a genome is - the complete set of DNA in an organism. It then discusses the different types of genomes, such as prokaryotic and eukaryotic, including nuclear, mitochondrial, and chloroplast genomes. The document also defines genomics as the comprehensive study of whole genomes and all gene interactions, distinguishing it from traditional genetics which focuses on single genes. It outlines some key milestones in genomic sequencing and the technical foundations that enabled sequencing whole genomes. Finally, it describes the main approaches used for genome sequencing projects, including hierarchical shotgun sequencing and whole genome shotgun sequencing.
UV/visible spectroscopy involves measuring the absorption of ultraviolet or visible light by molecules. It utilizes light in the wavelength range of 200-800 nm.
The key components of a UV-visible spectrophotometer are a light source, wavelength selector such as a monochromator, sample holder, detector, and associated electronics. Common light sources include deuterium lamps, tungsten lamps, and mercury lamps. Samples are typically held in quartz or glass cuvettes. Detectors include phototubes and photodiodes.
UV-visible spectroscopy can be used to analyze samples containing multiple components. Methods for multicomponent analysis include simultaneous equations using absorption data at two wavelengths, absorbance ratio methods
DNA Sequencing : Maxam Gilbert and Sanger SequencingVeerendra Nagoria
DNA sequencing is a technique to find out the exact arrangement of Nucleotides to make one strand of DNA. DNA sequencing helps in numerous ways from sequence information to paternity testing, mutation detection etc. Traditionally two approaches were used to solve the problem. First is based of enzymes and Second is based on ddNTPs to sequence the DNA using gel electrophoresis technique.
The document summarizes DNA sequencing methods. It discusses the DNA double helix structure and how the four nitrogenous bases form complementary pairs between strands. It then describes the two main historical DNA sequencing methods: the Maxam-Gilbert method which uses chemical degradation, and the Sanger method which is based on chain termination using dideoxynucleotides. The Sanger method is now the most common approach and involves sequencing in four separate reactions with one of the four ddNTPs added to each.
Genomic sequencing a sub-disciplinary branch of genetics and difference between the two sequencers used to sequence the genome basically automated sequencer and fluorescence sequencers and its applications.
The document provides information on electron microscopy. It discusses the basic components and operating principles of transmission electron microscopes and scanning electron microscopes. Key points include: TEMs use electromagnetic lenses to focus electrons into an image, while SEMs scan specimen surfaces with a focused electron beam to produce topographical images. Both require specimens to be prepared through fixation, dehydration, embedding and sectioning to withstand the vacuum conditions. Contrast in electron micrographs is obtained through interactions between electrons and the specimen.
FT-IR spectroscopy Instrumentation and Application, By- Anubhav singh, M.pharmAnubhav Singh
This document discusses instrumentation and applications of Fourier transform infrared (FTIR) spectroscopy. It begins by explaining the basic principles of FTIR spectroscopy, how it works, and its advantages over dispersive infrared spectroscopy. It then describes various applications of FTIR spectroscopy like polymer processing, plasma etching, identification of materials, and analysis of formulations. Specific examples discussed include drying and curing polymers, monitoring plasma etching, identifying contamination, and distinguishing different functional groups in molecules. The document concludes by noting the advantages, limitations, and comparison of FTIR spectroscopy to dispersive infrared spectroscopy.
This document provides specifications for the Dukane CP-X2514WN projector. The key features highlighted include:
- 6,000 lumens of white and color light output for bright images
- Motorized zoom, focus, and lens shift for installation flexibility
- Embedded networking for remote projector management and control
- Hybrid filter rated for 20,000 hours and lamp life of 3,000 hours in eco mode for low cost of ownership
This document provides information on various access control products from CDVI Group, including:
- Standalone access control systems with keypads and readers.
- Networked access control systems that can connect standalone controllers together or to a central software system.
- Telephone entry systems, online access control software, readers, tags, controllers, and automation products like automatic door operators.
- Details are given on features and specifications for each product line. Images and diagrams show typical installations. The document aims to give an overview of CDVI Group's full range of access control and security solutions.
The document is about Al-Hadaf Services Co. Ltd (HASCO), a security company that provides safety and protection services. It summarizes HASCO's membership in international security organizations and certifications. It then lists HASCO's specialized security services such as guarding, pest control, and provision of security systems. The document discusses HASCO's use of advanced technology from international companies for security systems including cameras, alarms, and access control. It provides examples of specific camera models and recorders that HASCO implements in security solutions.
This document provides an overview of Panasonic's IP video surveillance product lineup and technology. It discusses the benefits of IP cameras over analog, including improved image quality, analytics capabilities, bandwidth efficiency, and ease of installation. Key Panasonic IP camera models are highlighted, such as the WV-NS954 PTZ dome camera and WV-NW484 vandal-resistant camera. Video recording and management solutions like the WJ-ND400 NVR and WJ-MPU955A video management software are also summarized. The document emphasizes Panasonic's commitment to high-quality imaging technologies, reliability, and customer service.
This document provides summaries of an IP camera/NVR management system and its components, including:
- The system includes IP cameras (airCam, airCam Dome, airCam Mini), management software, and analytics capabilities.
- The management software, airVision, provides advanced recording, a powerful web-based interface, and is free of charge with no subscription fees.
- TOUGHCable is an industrial-grade shielded Ethernet cable that provides protection from ESD damage and extreme weather, and is available in two shielding levels for different performance needs.
The document discusses IP video surveillance solutions, including:
1) An overview of the history and trends in surveillance technology from analog to IP-based systems.
2) Descriptions of hardware components like IP cameras, video servers, and NVR software options from different vendors.
3) Details on system topologies, resolutions, and the benefits of megapixel cameras.
4) Product information on IP camera lines from ACTi, IQinVision, and recommendations for appropriate software choices depending on project scale.
Dukane proudly offers a full line of data-video projectors, document cameras, visual presenters, interactive products, screens, voice amplification systems, speaker systems, technology carts, accessories and more.
Dukane is an American company serving the education, corporate, government and house of worship markets for over 85 years.
For more information contact:
Delia Valdez
Dukane Customer Service Representative
Phone: 800-676-2485
Fax: (630) 584-5156
Email; avsales@dukane.com
Website: www.Dukane.com/AV
Dukane AV
2900 Dukane Drive
St. Charles, IL 60174
For more than fifty years, Dukane’s Audio Visual Products Division has provided schools and businesses around the world with technology solutions that helped increase learning. With a network of trained professional dealers available to provide personal and localized sales support, Dukane is committed to meeting each customer’s particular needs.
For more information contact:
Delia Valdez
Dukane Customer Service Representative
Phone: 800-676-2485
Fax: (630) 584-5156
Email; avsales@dukane.com
Website: www.Dukane.com/AV
Dukane AV
2900 Dukane Drive
St. Charles, IL 60174
The ETA-7900 is an x-ray system designed for the electronics industry to provide high resolution imaging. It is effective for applications in the PCB manufacturing process like BGA, CSP, QFN, and SMT components. The system features a 90kV 5μm closed x-ray tube, high resolution FPD detector, CNC programmability, and BGA void measurement and reporting capabilities. It is suited for applications in SMT, semiconductor packaging, and other industries.
The Dukane 8958A LCD projector has XGA 1024 x 768 resolution and 4,000 ANSI lumens brightness. It features horizontal and vertical lens shift, a 3000:1 contrast ratio, and lamp lives of 3,000 hours in standard mode and 5,000 hours in eco mode. The projector is designed for use in classrooms, lecture halls, and auditoriums to enhance the learning experience.
Please let me know me know if you would like more information or if I can be of as assistance.
Thanks
Bill McIntosh
SchoolVision Inc.
Authorized Dukane Consultant
Phone :843-442-8888
Email :WKMcIntosh@Comcast.net
Twitter : @OtisTMcIntosh
SchoolVision Website on Facebook: https://www.facebook.com/WKMIII
To follow Dukane on twitter
Dukane AV products : @DukaneAV
Convey Solutions: @ConveySolutions
To follow Dukane on facebook :
https://www.facebook.com/pages/Dukane-Audio-Visual/511233205592745
To follow Convey on Facebook :
https://www.facebook.com/pages/Convey-Solutions/173651736115281
And yes, Dukane has a www.dropbox.com site, so if you would like to get a full set of Dukane info in one fell swoop, we can dropbox info to you.
For more than fifty years, Dukane’s Audio Visual Products Division has provided schools and businesses around the world with technology solutions that helped increase learning. With a network of trained professional dealers available to provide personal and localized sales support, Dukane is committed to meeting each customer’s particular needs.
For more information contact:
Delia Valdez
Dukane Customer Service Representative
Phone: 888-245-1966
Fax: (630) 584-5156
Emai; avsales@dukane.com
Website: www.Dukane.com/AV
For information on Dukane’s Innovative Convey Response system, go to
www.conveyclassrooms.com
Dukane AV
2900 Dukane Drive
St. Charles, IL 60174
This document summarizes three new infrared cameras - the Ti400, Ti300, and Ti200 - introduced by Fluke. The cameras feature LaserSharp Auto Focus for accurate in-focus images. They also offer wireless communication capabilities, touchscreen interfaces, and software for analyzing and reporting inspection results. The document provides detailed specifications for each camera model, including temperature ranges, lenses, battery life, and other technical specifications. Accessories and ordering information are also included.
شرکت ویراژن نماینده فروش و خدمات پس از فروش فریزرهای منفی 86 درجه ایلشین کره جنوبی در حجمهای مختلف از 50 لیتر تا 500 لیتر
Viragene Akam co. is Ilshin distributor in Iran for sales and after sales services .
This document provides an overview of PCR enzymes and optimization of end-point PCR. It discusses different types of DNA polymerases like Taq, Pfu, and hot start polymerases. It also covers optimizing reaction components, temperatures, and times to increase specificity and yield. Various applications of PCR enzymes are presented along with tips to overcome inhibition and optimize assays.
The ELx800 is a compact and robust microplate reader suited for clinical and life science laboratories. It can read microplates from 6-well to 384-well formats and interfaces with BioTek's Gen5 software for kinetic and area scanning measurements. The ELx800 has extensive on-board software for data analysis with multiple curve fitting and calculation options. It offers reliable performance as a cost-effective solution for laboratories.
BioTek's ELx50 Auto Strip Washer is a compact microplate washer capable of washing 96- and 384-well plates. It uses a precise syringe drive system and patented dual-action manifold to efficiently dispense and aspirate wash buffers. The washer's onboard software provides flexibility to customize wash cycles and has features like automatic buffer switching and liquid level sensing.
Cytation 5 single sheet english versionMaziar Yari
Cytation 5 is an integrated microscope and microplate detection system that combines automated digital widefield microscopy with multi-mode microplate detection. It provides cellular imaging and quantitative data from wells. The system replaces multiple modules and software with a simple, configurable setup. It features fluorescence, brightfield, H&E stain, and phase contrast microscopy at up to 60x magnification, as well as multi-mode detection including monochromators and filters. Temperature control, shaking, and optional gas control optimize cell-based imaging and detection assays. Powerful yet easy-to-use Gen5 software manages image capture, data collection, and analysis.
Cytation 3 combines automated digital microscopy and conventional microplate reading in one instrument. It features temperature control, gas control, orbital shaking, and support for time lapse studies, making it ideal for live-cell assays and research applications in cell biology. The instrument allows for hit-picking wells for imaging based on criteria, reducing data collection and image quality control. It offers both high performance filter-based optics and high-flexibility monochromator optics for application versatility.
Take3 and take3 trio single sheet englishMaziar Yari
This document summarizes BioTek's Take3 and Take3 Trio Micro-Volume Plates, which allow for quantification of nucleic acid and protein samples in volumes as small as 2 μL. The Take3 plate holds 16 samples while the Take3 Trio holds 48 samples. Both products can perform absorbance and fluorescence detection on microplate readers. Pre-programmed protocols in Gen5 software make quantification fast and easy using these very small sample volumes.
Gen5 2.0 Data Analysis Software is an advanced microplate reader software that combines over 30 years of experience into an easy-to-use and powerful software. It allows users to control BioTek microplate readers, automate workflows from reading plates to exporting data, and perform cellular imaging and analysis with integrated tools for data processing and reporting.
The Synergy H1 is a flexible microplate reader that can be used as a monochromator-based or filter-based system. It supports fluorescence, luminescence, and absorbance detection with high sensitivity. An optional filter module enables advanced detection methods and a gas controller allows control of CO2 and O2 levels for live cell assays. The system offers high performance, flexibility, and ease of use for a wide range of life science applications.
The Synergy 2 is a multi-mode microplate reader that offers high performance and sensitivity across various detection modes including fluorescence intensity, time-resolved fluorescence, luminescence, and UV-Vis absorbance. It uses dedicated optical elements for each detection mode to provide uncompromised performance and the lowest limits of detection. The modular design allows for scalable and upgradable instrument configurations. The Synergy 2 provides superior performance, flexibility, and cost-effectiveness, making it a best-in-class solution for microplate-based applications.
The PowerWave HT is a compact high-throughput spectrophotometer that can read 96- and 384-well microplates quickly in as little as 5 seconds. It features a wide wavelength range of 200-999 nm without filters, precise temperature control from 4-50°C, and optional shaking. Data analysis software is included and it is compatible with automation systems. Typical applications include enzyme kinetics, ELISAs, and cellular and genetic analysis by colorimetry.
The BioTek MicroFill is a microplate dispenser that provides an affordable and compact alternative to other dispensers. It uses a microprocessor-controlled syringe pump for precise dispensing without needing recalibration or maintenance. The entire fluid path is autoclavable for sterility. It can dispense low to high volumes into 24, 96, and 384-well plates as well as deep well blocks. Typical performance is 1.5% CV for 80 microliter volumes.
Multi flofx with rad single sheet englishMaziar Yari
MultiFlo FX is an automated multi-mode reagent dispenser that can dispense up to four reagents simultaneously without carryover using Parallel Dispense technology. It can dispense to microplates from 6 to 1536 wells. Adding optional modules allows for random access dispensing or plate washing. The user interface is a color touch screen and the system can replace multiple liquid handlers.
The FLx800 microplate reader provides excellent performance for fluorescence and luminescence detection at a lower price than traditional readers. It features a low-noise detection system and models with various options like incubation, shaking, and reagent injection. The reader can read multiple plate types and includes onboard or optional software for data analysis.
The Synergy HTX is a multi-mode microplate reader that can perform absorbance, fluorescence, luminescence, and AlphaScreen/AlphaLISA measurements using dual optics. It features incubation at up to 50°C, dual reagent dispensers, linear and orbital shaking, and compatibility with various microplate formats. The reader is controlled by Gen5 data analysis software and can connect to an automation system. It provides superior performance across detection modes for applications such as nucleic acid quantification, ELISAs, and cytotoxicity assays.
The BioTek Epoch Multi-Volume Spectrophotometer System allows for quantification of nucleic acids, proteins, and cell-based assays across a range of sample volumes from 2 μL to standard cuvettes. It bridges high performance monochromator readers and lower cost filter readers with excellent UV/Vis measurements in a compact design. The included Take3 Multi-Volume Plate enables measurements of up to 16 small-volume samples as well as BioCells and cuvettes.
Epoch 2 is a compact microplate spectrophotometer that can read microplates and cuvettes from 200-999nm. It features a touchscreen, incubation from 4-65°C, shaking, and Gen5 software for data analysis. Epoch 2 provides end point and kinetic readings for applications such as nucleic acid quantification, cytotoxicity assays, and ELISAs. It connects to PCs, has USB ports, and outputs data through WiFi, Bluetooth or USB.
Cytation 3 combines automated digital microscopy and conventional microplate reading in one instrument. It features temperature control, gas control, orbital shaking, and support for time lapse studies, making it ideal for live-cell assays and research applications in cell biology. The instrument allows for hit-picking wells for imaging based on criteria to reduce data collection and image quality control. In contrast to complex interfaces, BioTek's Gen5 software is specifically designed for those familiar with microplate software and requires minimal training. Cytation 3 offers both high performance filter-based optics and high-flexibility monochromator optics for application versatility.
TEST BANK For Community Health Nursing A Canadian Perspective, 5th Edition by...Donc Test
TEST BANK For Community Health Nursing A Canadian Perspective, 5th Edition by Stamler, Verified Chapters 1 - 33, Complete Newest Version Community Health Nursing A Canadian Perspective, 5th Edition by Stamler, Verified Chapters 1 - 33, Complete Newest Version Community Health Nursing A Canadian Perspective, 5th Edition by Stamler Community Health Nursing A Canadian Perspective, 5th Edition TEST BANK by Stamler Test Bank For Community Health Nursing A Canadian Perspective, 5th Edition Pdf Chapters Download Test Bank For Community Health Nursing A Canadian Perspective, 5th Edition Pdf Download Stuvia Test Bank For Community Health Nursing A Canadian Perspective, 5th Edition Study Guide Test Bank For Community Health Nursing A Canadian Perspective, 5th Edition Ebook Download Stuvia Test Bank For Community Health Nursing A Canadian Perspective, 5th Edition Questions and Answers Quizlet Test Bank For Community Health Nursing A Canadian Perspective, 5th Edition Studocu Test Bank For Community Health Nursing A Canadian Perspective, 5th Edition Quizlet Test Bank For Community Health Nursing A Canadian Perspective, 5th Edition Stuvia Community Health Nursing A Canadian Perspective, 5th Edition Pdf Chapters Download Community Health Nursing A Canadian Perspective, 5th Edition Pdf Download Course Hero Community Health Nursing A Canadian Perspective, 5th Edition Answers Quizlet Community Health Nursing A Canadian Perspective, 5th Edition Ebook Download Course hero Community Health Nursing A Canadian Perspective, 5th Edition Questions and Answers Community Health Nursing A Canadian Perspective, 5th Edition Studocu Community Health Nursing A Canadian Perspective, 5th Edition Quizlet Community Health Nursing A Canadian Perspective, 5th Edition Stuvia Community Health Nursing A Canadian Perspective, 5th Edition Test Bank Pdf Chapters Download Community Health Nursing A Canadian Perspective, 5th Edition Test Bank Pdf Download Stuvia Community Health Nursing A Canadian Perspective, 5th Edition Test Bank Study Guide Questions and Answers Community Health Nursing A Canadian Perspective, 5th Edition Test Bank Ebook Download Stuvia Community Health Nursing A Canadian Perspective, 5th Edition Test Bank Questions Quizlet Community Health Nursing A Canadian Perspective, 5th Edition Test Bank Studocu Community Health Nursing A Canadian Perspective, 5th Edition Test Bank Quizlet Community Health Nursing A Canadian Perspective, 5th Edition Test Bank Stuvia
Rasamanikya is a excellent preparation in the field of Rasashastra, it is used in various Kushtha Roga, Shwasa, Vicharchika, Bhagandara, Vatarakta, and Phiranga Roga. In this article Preparation& Comparative analytical profile for both Formulationon i.e Rasamanikya prepared by Kushmanda swarasa & Churnodhaka Shodita Haratala. The study aims to provide insights into the comparative efficacy and analytical aspects of these formulations for enhanced therapeutic outcomes.
Integrating Ayurveda into Parkinson’s Management: A Holistic ApproachAyurveda ForAll
Explore the benefits of combining Ayurveda with conventional Parkinson's treatments. Learn how a holistic approach can manage symptoms, enhance well-being, and balance body energies. Discover the steps to safely integrate Ayurvedic practices into your Parkinson’s care plan, including expert guidance on diet, herbal remedies, and lifestyle modifications.
Here is the updated list of Top Best Ayurvedic medicine for Gas and Indigestion and those are Gas-O-Go Syp for Dyspepsia | Lavizyme Syrup for Acidity | Yumzyme Hepatoprotective Capsules etc
Muktapishti is a traditional Ayurvedic preparation made from Shoditha Mukta (Purified Pearl), is believed to help regulate thyroid function and reduce symptoms of hyperthyroidism due to its cooling and balancing properties. Clinical evidence on its efficacy remains limited, necessitating further research to validate its therapeutic benefits.
Title: Sense of Taste
Presenter: Dr. Faiza, Assistant Professor of Physiology
Qualifications:
MBBS (Best Graduate, AIMC Lahore)
FCPS Physiology
ICMT, CHPE, DHPE (STMU)
MPH (GC University, Faisalabad)
MBA (Virtual University of Pakistan)
Learning Objectives:
Describe the structure and function of taste buds.
Describe the relationship between the taste threshold and taste index of common substances.
Explain the chemical basis and signal transduction of taste perception for each type of primary taste sensation.
Recognize different abnormalities of taste perception and their causes.
Key Topics:
Significance of Taste Sensation:
Differentiation between pleasant and harmful food
Influence on behavior
Selection of food based on metabolic needs
Receptors of Taste:
Taste buds on the tongue
Influence of sense of smell, texture of food, and pain stimulation (e.g., by pepper)
Primary and Secondary Taste Sensations:
Primary taste sensations: Sweet, Sour, Salty, Bitter, Umami
Chemical basis and signal transduction mechanisms for each taste
Taste Threshold and Index:
Taste threshold values for Sweet (sucrose), Salty (NaCl), Sour (HCl), and Bitter (Quinine)
Taste index relationship: Inversely proportional to taste threshold
Taste Blindness:
Inability to taste certain substances, particularly thiourea compounds
Example: Phenylthiocarbamide
Structure and Function of Taste Buds:
Composition: Epithelial cells, Sustentacular/Supporting cells, Taste cells, Basal cells
Features: Taste pores, Taste hairs/microvilli, and Taste nerve fibers
Location of Taste Buds:
Found in papillae of the tongue (Fungiform, Circumvallate, Foliate)
Also present on the palate, tonsillar pillars, epiglottis, and proximal esophagus
Mechanism of Taste Stimulation:
Interaction of taste substances with receptors on microvilli
Signal transduction pathways for Umami, Sweet, Bitter, Sour, and Salty tastes
Taste Sensitivity and Adaptation:
Decrease in sensitivity with age
Rapid adaptation of taste sensation
Role of Saliva in Taste:
Dissolution of tastants to reach receptors
Washing away the stimulus
Taste Preferences and Aversions:
Mechanisms behind taste preference and aversion
Influence of receptors and neural pathways
Impact of Sensory Nerve Damage:
Degeneration of taste buds if the sensory nerve fiber is cut
Abnormalities of Taste Detection:
Conditions: Ageusia, Hypogeusia, Dysgeusia (parageusia)
Causes: Nerve damage, neurological disorders, infections, poor oral hygiene, adverse drug effects, deficiencies, aging, tobacco use, altered neurotransmitter levels
Neurotransmitters and Taste Threshold:
Effects of serotonin (5-HT) and norepinephrine (NE) on taste sensitivity
Supertasters:
25% of the population with heightened sensitivity to taste, especially bitterness
Increased number of fungiform papillae
ABDOMINAL TRAUMA in pediatrics part one.drhasanrajab
Abdominal trauma in pediatrics refers to injuries or damage to the abdominal organs in children. It can occur due to various causes such as falls, motor vehicle accidents, sports-related injuries, and physical abuse. Children are more vulnerable to abdominal trauma due to their unique anatomical and physiological characteristics. Signs and symptoms include abdominal pain, tenderness, distension, vomiting, and signs of shock. Diagnosis involves physical examination, imaging studies, and laboratory tests. Management depends on the severity and may involve conservative treatment or surgical intervention. Prevention is crucial in reducing the incidence of abdominal trauma in children.
Knee anatomy and clinical tests 2024.pdfvimalpl1234
This includes all relevant anatomy and clinical tests compiled from standard textbooks, Campbell,netter etc..It is comprehensive and best suited for orthopaedicians and orthopaedic residents.
1. Major Science IRAN , Viragene Co. Tel : +9821 88611552 - 3 WWW.VIRA-GENE.COM
2. Gel Documentation System
Major Science offers a wide range of Gel Documentation Systems specifically designed to fit researchers’
specifications and budgets. Gel Documentation Systems are offered for a wide range of applications
depending on the system and camera configurations. This product line also includes UV Transilluminators
and UV / Blue Light Transilluminator and gel dryers for all your imaging needs. All products feature user-
friendly operation, compact sizing and outstanding functions.
More Blue Light technology instruments are introduced to the category of Blue Light
Major Science IRAN , Viragene Co. Tel : +9821 88611552 - 3 WWW.VIRA-GENE.COM
3. SmartView Pro
Imager System
UVCI-2100
Compact Digimage
System
UV Transilluminator
SmartView Pro
Imager System
UVCI-1100
SmartView Simple
Imager System
MUV-IMG-CA
Midi Gel Dryer
SmartView Pro
Imager System
UVCI-2200
Digimage System
SmartView
Transilluminator
SmartView Pro
Imager System
UVCI-1200
SmartView Simple
Imager System
MUV-IMG-CM
CCD Camera CCD Camera
*PC is not included*
1www.majorsci.com
Major Science IRAN , Viragene Co. Tel : +9821 88611552 - 3 WWW.VIRA-GENE.COM
4. SmartView
Pro Imager
System
UVCI-1000 series
The SmartView Pro Imager System provides two different
models for you to choose. The SmartView Pro 1100 provides the
basic feature and standard operation whereas the SmartView
Pro 1200 provides the Wi-Fi feature compatibility with tablets(
iPad,OS,Android,Windows ).
Features
• High resolution 5.0 megapixel monochrome camera
• PC integration with real time Image
• Capture/Analysis software included
• Pull out UV Transilluminator for easy gel cutting
• Easy installation, ready to use right out of the box
• Pre-focused lens allow one touch image capture
• Variety of optional accessories available
• UV safety cut-off switch when door is open
• Wireless module for cable free environment (Wi-Fi version only)
• CE and FCC certification
UVCI-1200
UVCI-1200
UVCI-1200 LCD touch screen
UVCI-1100
Wi-Fi connection for wire-free lab environment
iPad Version
PC Version
5.0 MP Monochrome Camera
MS 1D Analysis Software(Cat. No. MBE-IMG-SW)
Load image
Define region Analysis
Quantify
*PC is not included*
2
Major Science IRAN , Viragene Co. Tel : +9821 88611552 - 3 WWW.VIRA-GENE.COM
5. Specifications
Ordering Information
Cat. No. Product Description
UVCI-1100 SmartView Pro 1100 Imager System, standard version
UVCI-1200 SmartView Pro 1200 Imager System, wifi version
UVCI-1101 SmartView Pro 1100 Imager System, standard version, high UV performance
UVCI-1201 SmartView Pro 1200 Imager System, wifi version, high UV performance
Accessories
Cat. No. Product Description
UVCI-1000-WL White light table for SmartView Pro Imager System, for 1000 & 2000 series
UVCI-1000-BL Blue light module for SmartView Pro Imager System, for 1000 & 2000 series
UVCI-1000-EB Optical EtBr filter (620 nm) for SmartView Pro & Simple Imager System
UVCI-1000-SG Optical SYBR Green filter (520 nm) for SmartView Pro & Simple Imager System
MBE-IMG-F3 SmartView amber filter, 560 nm
MBE-IMG-F4 SmartView amber filter, 580 nm
UVCI-1003 SmartView Pro UV Protection Shield, for 1000 & 2000 series
UVCI-1004 SmartView Pro Lens filter Stand, for 1000 & 2000 series
MBE-G-Y1 Amber filter Viewing Glasses (optional)
UVCI-1000-WL
UVCI-1000-BL
UVCI-1000-EB
included in the
standard
MBE-IMG-F3
MB-IMG-F4
UVCI-1003
UVCI-1004
Product name SmartView Pro 1100
(Standard version)
SmartView Pro 1200
(Wi-Fi version)
Cat. No. UVCI-1100 UVCI-1200
UV Light 312 (302) nm
Camera 5.0 MP (2592 x 1944) ,10 bit scientific grade sensor
Lens (Camera) 6 mm, F1.2
Filter (Camera) Optical EtBr filter (standard); optional filter available
Image Storage PC Portable device (iOS or android) and PC
Connection USB to PC Wi-Fi to portable device and PC
Software Support Window 8 / 7 (64 & 32 bit) / XP / Vista Windows 8 / 7/(64 & 32 bit)/XP/Vista, Tablets
Cabinet Pull out, sliding transilluminator
Field Of View 8.26" x 10.24" (210 x 260 mm), H: 3.46" (88 mm)
Unit Dimensions (W x D x H) 16.1" x 15.9" x 22.4" (410 x 405 x 570 mm)
Unit Weight Approx. 54.0 lbs. (24.5 kg)
Display LED LCD
Viewing Window For gel observation
Window Filter 560 nm amber filter (standard)
Light White light (standard)
Optional Accessory White light table (power built-in)
470 nm Blue light (power built-in)
Safety CE, FCC
USB Port for PC connection For maintenance purpose only
Wi-Fi Format N / A n, g
* iPad and PC not included
UVCI-1000-SG
Gel Documentation System
MBE-G-Y1
Sliding
transilluminator
Up to 4 filters
Easy installed
by magnetic
design
easily placed
by magnetic
near camera
Easily gel
cutting design
with UV
Optional
Blue Light
device
3
Major Science IRAN , Viragene Co. Tel : +9821 88611552 - 3 WWW.VIRA-GENE.COM
6. Compact
Digimage
System
UVDI series
The Compact digimage system is a complete and compact gel
documentation system with a digital control panel. The system
uses a digital camera for image capture. The system is equipped
with a built-in UV Transilluminator and a large 8” TFT colorful
screen for gel observation. Its side access design provides a safe
and convenient way for the user to recover agarose gel bands.
For a low budget and limited space, the Compact digimage
system can be operated without a computer. A variety of images
can captured including: agarose and other fluorescent gels,
colorimetric gels, autoradiography film, and blotting membrane.
A safety switch is equipped to turn off the UV Transilluminator
automatically when the front door is opened. Files can be saved
in a variety of formats, including RAW format, for transfer to a
computer for storage and analysis. The Digimage system can
also directly connect to any BNC thermal printer for printing the
result immediately.
Features
• 12.1 megapixel digital camera
• High resolution 8” TFT screen
• Digital control panel
• Compact chamber and lightweight
• Multi focus area selection
• Built-in UV Transilluminator
• Can be operated computer free
• Connect port for thermal printer
• Inner 2 x 3 watt white light LED
• Safety door switch
• Multi power source
• Optional gel analysis software package available
• Universal rated voltage: 100-240 V
High resolution 8” TFT screen
UVDI series
UVDI-CB series
UVDI series is offered as a Complete System for the user to perform
image capture, including:
1 x compact digimage system chamber
1 x digital camera
1 x DC Coupler
1 x lens adaptor
1 x 8” Color TFT screen
1 x memory Card
1 x memory Card reader
1 x EtBr or SYBR Green filter (optional)
1 x built-in UV Transilluminetor
DI-DR50
DI-CL DI-EB58-1 DI-SG58-1DI-WLA4
Wi-Fi function
LENS-01
*PC is not included*
4
Major Science IRAN , Viragene Co. Tel : +9821 88611552 - 3 WWW.VIRA-GENE.COM
7. Gel Documentation System
Specifications
Ordering Information
Cat. No. Product Description
UVDI-254 Compact Digimage System with 12.1 MP digital camera and built-in 254 nm UV Transilluminator
UVDI-312 Compact Digimage System with 12.1 MP digital camera and built-in 312 (302) nm UV Transilluminator
UVDI-365 Compact Digimage System with 12.1 MP digital camera and built-in 365 nm UV Transilluminator
UVDI-254/365 Compact Digimage System with 12.1 MP digital camera and built-in 254 & 365 nm UV Transilluminator
UVDI-254/312 Compact Digimage System with 12.1 MP digital camera and built-in 254 & 312 (302) nm UV Transilluminator
UVDI-CB-254 Compact Digimage System with 12.1 MP digital camera and built-in 254 nm UV Transilluminator, w/o digital camera
UVDI-CB-312 Compact Digimage System with 12.1 MP digital camera and built-in 312 (302) nm UV Transilluminator, w/o digital camera
UVDI-CB-365 Compact Digimage System with 12.1 MP digital camera and built-in 365 nm UV Transilluminator, w/o digital camera
UVDI-CB-254/365 Compact Digimage System with 12.1 MP digital camera and built-in 254 & 365 nm UV Transilluminator, w/o digital camera
UVDI-CB-254/312 Compact Digimage System with 12.1 MP digital camera and built-in 254 & 312 (302) nm UV Transilluminator, w/o digital
camera
*UVDI-CB series excludes 12.1 megapixel digital camera, DC coupler, 2 GB memory card and memory card reader.
Accessories
Cat. No. Product Description
DI-CLEB Close up lens for EtBr filter for Compact Digimage System
DI-CLSG Close up lens for SYBR Green filter for Compact Digimage System
DI-CL Close up lens for Compact Digimage System
DI-EB58-1 EtBr filter for Compact Digimage System
DI-SG58-1 SYBR Green filter for Compact Digimage System
DI-DR50 DC coupler
DI-WLA3-110/220 White Light Table 297 x 400 mm (110 or 220 V)
DI-WLA4-110/220 White Light Table 210 x 297 mm (110 or 220 V)
DI-WLA5-110/220 White Light Table 148 x 210 mm (110 or 220 V)
DI-UNSCAN-IT Basic gel analysis software package
MUV-T254 8W 254 nm UV lamp
MUV-T312 8W 312 (302) nm UV lamp
MUV-T365 8W 365 nm UV lamp
MUV-F21-254/365 21 x 21 cm filter for built-in 254/365 UV Transilluminator
MUV-F21-312 21 x 21 cm filter for built-in 312(302) nm UV Transilluminator
UV Transilluminator
Wavelength 254 / 312 (302) / 365 nm
Filter Size 8.27" x 8.27" (210 x 210 mm)
Light Source 6 tubes, 8 watt/tube
Filter Long life filter
Intensity Switch High (100%) / Low (70%) Intensity
switch
8" TFT Screeen
Type 8" TFT crystal screen
Resolution 800 x 600 pixels
Brightness 350 cd / m 2
Constant Ratio 300 : 1
Display Mode NTSC / PAL / SECAM mode auto
switching
Darkroom
Multi-power Source For camera, inner white LED, TFT screen
Inner White Light 2 white LED, 3 watt/LED
Safety Device Safety door switch
Side Access For cutting gels
Unit Dimension (W x D x H) 13.19" x 21.26" x 18.50"
(335 x 540 x 470 mm)
Chamber
Construction Material
Painted metal
Rated Voltage 110 V - 220 V
Unit Weight Approx. 44.0 lb (20.0 kg)
Camera
Type 5 x optical / 4 x digital zoom digital
camera
Effective Pixels Approx. 12.1 megapixels
Sensor 1/1.7" high-sensitivity CMOS
Maximum Aperture f/1.8 (W) - f/2.8 (T)
Shutter Speed 15 - 1/4000 sec.
Filters +3 Close up filter and EtBr or SYBR
Green filter(optional)
Storage Media SD memory card
Computer Interface USB 2.0 Hi-speed (mini-B jack)
Video Out NTSC / PAL
Viewing window
Convenient access
Digital control panel
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8. High resolution 8" TFT screen
Digimage
System
DI-01
The Digimage System is a simple, compact gel documentation
system with a rear digital control panel. It contains the Canon
powershot G15, a digital camera with a superb resolution of
12.1 megapixels. The image is viewed from a large 8” TFT
colorful screen with monitor purpose only. For a lab with limited
space and low budget requirements, the Digimage System is
definitely your top choice since it's computer-free operateion. A
variety of images can be captured including: agarose and other
fluorescent gels, colorimetric gels, auto radiography film, and
blotting membrane. A safety switch is equipped to turn off the
UV Transilluminator automatically when the front door is opened.
Files can be saved in a variety of formats, including RAW format,
for transfer to a computer for storage and analysis. The Digimage
System can also directly connect to any BNC thermal printer for
printing the result immediately.
Features
• 12.1 megapixel digital camera
• High resolution 8” TFT screen
• Digital control panel
• Compact chamber and lightweight
• Multi focus area selection
• Built-in UV Transilluminator
• Can be operated computer free
• Connect port for thermal printer
• Inner 2 x 3 watt white light LED
• Safety door switch
• Multi power source
• Optional gel analysis software package available
• Universal rated voltage: 100-240 V
DI-01
DI-HD
DI-01 is offered as a Complete System for the user to perform
image capture, including:
1 x digimage system hood
1 x digital camera
1 x DC Coupler
1 x lens adaptor
1 x 8” Color TFT screen
1 x memory Card
1 x memory Card reader
1 x EtBr or SYBR Green filter (optional)
LENS-01 DI-DR50
DI-EB58-1 DI-SG58-1DI-CL
Wi-Fi function
*PC is not included*
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9. MUV21-CP-01/
MUV26-CP-01
MUVB111-CP-01
Gel Documentation System
Specifications
Camera
Type 5 x optical / 4 x digital zoom digital camera with built-in Wi-Fi
Effective Pixels Approx. 12.1 megapixels
CCD 1/1.7" high-density CCD; total pixels 15.0 million
Maximum Aperture f/1.8 (W) - f/2.8 (T)
Shutter Speed 15 - 1/4000 sec.
Filters +3 Close up filter and EtBr or SYBR Green filter(optional)
Storage Media SD memory card
Computer Interface USB 2.0 Hi-speed (mini-B jack) or Wi-Fi connection
Video Out NTSC / PAL
Darkroom
Multi-power Source For camera, inner white LED, TFT screen
Inner White Light 2 white LED, 3 watt/LED
Safety Device Safety door switch
Unit Dimension (W x D x H) 11.41" x 8.66" x 12.60" (290 x 220 x 320 mm)
Rated Voltage 110 V - 240 V
Unit Weight Approx. 13.4 lb (6.1 kg)
8" TFT Screeen
Type 8" TFT crystal screen
Resolution 800 x 600 pixels
Brightness 350 cd / m 2
Constant Ratio 300 : 1
Display Mode NTSC / PAL / SECAM mode auto switching
Ordering Information
Cat. No. Product Description
DI-01 Digimage System with 12.1 megapixels digital camera
DI-HD Digimage System Hood without digital camera
*DI-HD excludes 12.1 megapixel digital camera, DC coupler, memory card and memory card reader
Accessories
Cat. No. Product Description
DI-CLEB Close up lens and EtBr filter for Digimage System
DI-CLSG Close up lens and SYBR Green filter for Digimage System
DI-CL Close up lens for Digimage System
DI-EB58-1 EtBr filter for Digimage System
DI-SG58-1 SYBR Green filter for Digimage System
DI-DR50 DC coupler
DI-WLA3-110/220 White Light Table 297 x 400 mm (110 or 220 V)
DI-WLA4-110/220 White Light Table 200 x 300 mm (110 or 220 V)
DI-WLA5-110/220 White Light Table 148 x 210 mm (110 or 220 V)
DI-UNSCAN-IT Basic gel analysis software package
Bundle Package
Cat. No. Product Description
MUV21-CP-01 Complete package of MUV21-312 Transilluminator and Digimage System
MUV26-CP-01 Complete package of MUV26-312 Transilluminator and Digimage System
MUVB111-CP-01 Complete package of SmartView 111 Transilluminator and Digimage System
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10. SmartView
Simple Imager
System
MUV-IMG series
Major Science offers SmartView Simple Imager System for
your UV or Blue Light Transilluminator. This unit is designed for
extremely light in weight and compact in size.
For any lab with limited budget and lab space, the SmartView
Simple Imager System is definitely your choice of selection. It is
compatible with most of the transilluminators on the market. (for
any maximum viewing size less than 260 x 210 mm)
The system cames with two models for your selection.
Digial camera model gives your mobility and Scientific camera
gives you Image capture and analysis capability right from your
computer.
Features
• Extremely light weight and compact in size
• 12.1 megapixel digital camera and 5.0 megapixel scientific
grade camera for selection
• PC required for scientific grade camera model (image
capture software included)
• Amber filter special designed for blue light viewing (560nm
or 580nm)
• Optical filters available upon ordering (for EtBr or SYBR)
• Gel capture/Analysis software included FREE of charge
(when purchasing with 320 Imager system)
MUV-IMG-CA
MUV-IMG-CM
Gel image analysis software included for SmartView Pro
iPad Version
PC Version
MS 1D Analysis Software(Cat. No. MBE-IMG-SW)
Load image
Analysis
Quantify
Tool bar
Wi-Fi function
*PC is not included*
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11. Specifications
Product name MUV-IMG-CA
(SmartView Simple 310)
MUV-IMG-CM
(SmartView Simple 320)
Camera 12.1 MP digital camera , Wi-Fi function 5.0 MP ,10 bit scientific grade camera
Special Featrures Camera with built-in Wi-Fi Analysis software included
Aperture f/1.8(W) - f/2.8(T) 6 mm, max. f/1.2
Shutter Speed 15 - 1/4000 sec. 30 - 0.01 sec.
Storage Media SD Memory card, Wi-Fi to PC PC
Unit Dimensions (W x D x H) 9.29" x 12.48" x 16.38" (236 x 317 x 416 mm)
Unit Weight Approx. 3.1 lbs. ( 1.4 kg)
Max. Viewing Size 10.24" x 8.27" (260 x 210 mm)
Filter (Camera) Optical EtBr filter (standard); optional filter available
Software Support N / A Windows 8 / 7/(64 & 32 bit)/XP/Vista
1 D Analysis Software N / A Cat. No. MEB-IMG-SW included
Ordering Information
Cat. No. Product Description
MUV-IMG-CA SmartView Simple 310 Imager System, with 12.1 MP digital camera with built-in Wi-Fi
MUV-IMG-CM SmartView Simple 320 Imager System, with 5.0 MP scientific grade camera
MBE-IMG-CA-02 SmartView 210 Holder kit, includes camera adapter and amber filter
MBE-IMG-CM-02 SmartView 220 Holder kit, includes camera adapter and amber filter
MBE-IMG-CM-03 5.0 MP scientific grade camera, lens and USB cable
Accessories
Cat. No. Product Description
UVCI-1000-EB Optical EtBr filter (620 nm) for SmartView Pro & Simple Imager System
UVCI-1000-SG Optical SYBR Green filter (520 nm) for SmartView Pro & Simple Imager System
MBE-IMG-F3 SmartView amber filter, 560 nm
MBE-IMG-F4 SmartView amber filter, 580 nm
MUVB111-CP-02 MUVB111-CP-03MUV21-CP-02 /
MUV26-CP-02
MUV21-CP-03 /
MUV26-CP-03
Gel Documentation System
UVCI-1000-EB
MBE-IMG-CA-02
MBE-IMG-CM-02
MBE-IMG-CM-03
MBE-IMG-F3
MB-IMG-F4
UVCI-1000-SG
MUV-IMG-CA is offered as a Complete System for the user to perform
image capture, including:
1 x digital camera
1 x lens adaptor
1 x memory Card
1 x 180 nm Amber filter
MB-IMG-F4LENS-01
Bundle Packages
Cat. No. Product Description
MUV21-CP-02 Complete package of MUV21-312 Transilluminator and SmartView Simple 310 Imager System
MUV21-CP-03 Compelte package of MUV21-312 Transilluminator and SmartView Simple 320 Imager System
MUV26-CP-02 Complete package of MUV26-312 Transilluminator and SmartView Simple 310 Imager System
MUV26-CP-03 Complete package of MUV26-312 Transilluminator and SmartView Simple 320 Imager System
MUVB111-CP-02 Complete package of SmartView 111 Transilluminator and SmartView Simple 310 Imager System
MUVB111-CP-03 Complete pacakge of SmartView 111 Transilluminator and SmartView Simple 320 Imager System
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12. UV protection cover
UV
Transilluminator
MUV series
The bench-top UV Transilluminator series offers the researcher
uniform and intense sources of ultraviolet light (radiation) with
a compact footprint. Their special design emits either one or
dual intensity excitation UV wavelengths for back-illumination
of transparent fluorescent materials. 254 nm, 312 (302) nm,
365 nm, 254 & 365 nm, and 254 & 312 (302) nm modes are
available for different applications. There are two choices of filter
size viewing dimensions, 26 x 21 cm and 21 x 21 cm for different
user requirements. The 365 nm mode is offered for easily viewing
gels under long wave for extended periods of time avoiding photo
nicking damage. The 254 nnm mode is used to irradiate samples.
The 312 (302) nm mode is suggested for general gel operating.
The single wavelength modes have a high intensity / low intensity
switch equipped. All bench-top Transilluminator modes are
compact, lightweight and economical.
Now, a high performance mode, 312 (302) nm UV Transilluminator
with a strong lighting and longer life time tubes was introduced
for the requirement.
Features
• 254 nm or 312 (302) nm or 365 nm or 254/365 nm or
254/312 (302) nm modes available
• 26 x 21 cm or 21 x 21 cm view dimension
• High intensity / low intensity switch for single wavelength
wavelength modes
• Adjustable UV protection cover for better viewing angle
efficiency
• High performance modes available
• Long life time filter
MUV-21 series
MUV-26 series
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13. Specification
Product name MUV26 series MUV21 series
Wavelength 254 / 312 (302) / 365 nm
Filter Size 10.24" x 8.27" (260 x 210 mm) 8.27" x 8.27" (210 x 210 mm)
Light Source 6 tubes, 8 watt/tube
Filter Long life filter
High effiency reflector
Intensity Switch High (100%)/Low (70%) intensity switch for single wavelength mode
Fast Start Up New high quality starter to simultaneously illuminate tubes
when switched on and no blink
UV Resistant Plastic Cover (W x D) 12.99" x 9.84" (330 x 250 mm)
Unit Dimension (W x D x H) 13.39" x 11.61" x 3.94" (340 x 295 x 100 mm)
Unit Weight Approx. 16.5 lb (7.5 kg)
Rated Voltages 110 V or 220 V
Ordering Information
Cat. No. Product Description
MUV21-254 21 x 21 cm Transilluminator for 254 nm
MUV21-312 21 x 21 cm Transilluminator for 312 (302) nm
MUV21-312H 21 x 21 cm Transilluminator for 312 (302) nm, high performance
MUV21-365 21 x 21 cm Transilluminator for 365 nm
MUV21-254/365 21 x 21 cm Transilluminator for 254 and 365 nm
MUV21-254/312 21 x 21 cm Transilluminator for 254 and 312 (302) nm
MUV21-254/312H 21 x 21 cm Transilluminator for 254 and 312 (302) nm, high performance
MUV26-254 26 x 21 cm Transilluminator for 254 nm
MUV26-312 26 x 21 cm Transilluminator for 312 (302) nm
MUV26-312H 26 x 21 cm Transilluminator for 312 (302) nm, high performance
MUV26-365 26 x 21 cm Transilluminator for 365 nm
MUV26-254/365 26 x 21 cm Transilluminator for 254 and 365 nm
MUV26-254/312 26 x 21 cm Transilluminator for 254 and 312 (302) nm
MUV26-254/312 26 x 21 cm Transilluminator for 254 and 312 (302) nm, high performance
Bundle Packages
Cat. No. Product Description
MUV21-CP-01 Complete package of MUV21-312 Transilluminator and Digimage System
MUV21-CP-02 Complete package of MUV21-312 Transilluminator and SmartView Simple 310 Imager System
MUV21-CP-03 Complete package of MUV21-312 Transilluminator and SmartView Simple 320 Imager System
MUV26-CP-01 Complete package of MUV26-312 Transilluminator and Digimage System
MUV26-CP-02 Complete package of MUV26-312 Transilluminator and SmartView Simple 310 Imager System
MUV26-CP-03 Complete package of MUV26-312 Transilluminator and SmartView Simple 320 Imager System
Gel Documentation System
MUV21-CP-01/ MUV26-CP-01 MUV21-CP-02/ MUV26-CP-02 MUV21-CP-03/ MUV26-CP-03
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14. SmartView
Transilluminator
MUVB-100 series
SmartView Transilluminator is the next generation of the illuminator
for your lab. Combing the Blue Light and UV Light, this equipment
allows you to work either using Blue Light or UV Light with your
samples.
The Epi-Blue Light proportionally emits your sample to gives
excellent fluorescent for you to view the nucleic acid bands. As the
single or dual wavelength UV Light allows you to induce stronger
signals.
Moreover, since Blue Light is within visible light spectrum, it
simply provides just enough energy to induce the signals without
endangering operator’ safety.
In additional, this two-in-one system provides you additional
convenience to work on any of your sample with UV Light with or
blue light simultaneously without moving your gel back and forth.
SmartView Transilluminator is the ultimate source for any of your
lab practice.
Features
• Bulit-in Blue Light LED module with UV Light
• Single or dual wavelength models available for different
application purposes
• Adjustable UV protection cover for better viewing angle
efficiency
• Indistrial leading long life UV filter
• Fast start up without flickering to instantaneously illuminate
tubes
• High/Low intensity switch to minimize DNA degradation
• High efficiency reflector provides optimum use of UV Light
Built-in blue LED module provides flexibility in DNA stain selection
MUVB-100
Selection Guide
Cat. No. UV Light Blue Light
SYBR® Green I (DNA) √ √√
SYBR® Green II (RNA) √ √√
SYBR® Gold √ √√
Midori Green Driect √ √√
Hydra Green™ Safe DNA Dye √ √√
HD Green™ DNA Stain √ √√
Novel Juice √ √√
SafeView DNA Stain √√ √√
SYBR® Safe √ √√
Midori Green √ √√
Midori Green Advanced √ √√
GelGreen ™ √ √√
GelRed ™ √√ √
Ethidium Bromide √√
Serva DNA Stain Clear G √√
HealthView ™ √√
√√ Excellent √ Good
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15. Specifications
Product name SmartView 111 SmartView 121 SmartView 122
MUVB-111 MUVB-121 MUVB-122
UV Wavelength single wavelength,
312 (302) nm
dual wavelength,
254 / 312 (302) nm
dual wavelength,
254 / 365 nm
UV Light Source 8 W x 5 tubes 8 W x 9 tubes
UV Intensity Switch High (100%) / Low (70%) intensity switch
Blue Light Source 1W x 18, 460 nm
Blue Light filter Amber filter, 580 nm
Filter Size 8.27" x 8.27" (210 x 210 mm)
Operating Temp. Ambient to 40o
C
Unit Dimension (L x W x H) 15.2" x 13.39" x 6.93" (386 x 340 x 176 mm)
Unit Weight Approx. 24.7 lbs. ( 11.2 Kg)
Rated Voltages Universal 100 - 230 V, 50/60 Hz, 2A
Ordering Information
Cat. No. Product Description
MUVB-111 SmartView 111 Transilluminator with blue light and built-in UV, single wavelength 312 (302) nm
MUVB-121 SmartView 121 Transilluminator with blue light and built-in UV, dual wavelength 254 / 312 (302) nm
MUVB-122 SmartView 122 Transilluminator with blue light and built-in UV, dual wavelength 254 / 365 nm
Accessories
Cat. No. Product Description
MBE-G-Y1 Amber filter Viewing Glasses (optional)
Bundle Packages
Cat. No. Product Description
MUVB111-CP-01 Complete package of SmartView 111 Transilluminator and Digimage System
MUVB111-CP-02 Complete package of SmartView 111 Transilluminator and SmartView Simple 310 Imager System
MUVB111-CP-03 Complete pacakge of SmartView 111 Transilluminator and SmartView Simple 320 Imager System
Gel Documentation System
MUVB111-CP-01
UV Light applied Blue Light applied Removable amber filter
MUVB111-CP-02 MUVB111-CP-03
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16. 2 digital LED displays
Midi Gel Dryer
MG series
The microprocessor of the Midi Gel Dryer controls temperature
from ambient +5ºC to 90ºC with a timer from 0 to 999 minutes
to heat gels from the base plate while connected to a vacuum
pump to remove the moisture and dry gels homogeneously.
The surrounding groove design and sealing silicon rubber mask
ensure optimal sealing when connecting to a vacuum pump.
Features
• Drying Area (L x W): 8.27" x 12.20" (210 x 310 mm) or
13.78" x 17.72" (350 x 450 mm)
• Microprocessor for temperature control
• User temperature calibration
• Timer with alarm
• 2 digital LED displays
MG-2131
MG-3545
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17. Gel Dryer
Vaccum
Pump
Specification
Product name MG-2131 MG-3545
Drying Area 8.27" x 12.20" (210 x 310 mm) 13.78" x 17.72" (350 x 450 mm)
Display Two of 4 digital LED
Control Digital Microprocessor Controller
Temperature Control Range Ambient to 90o
C
Temperature Increment 0.1o
C
Temperature Uniformity at 37o
C within 0.2o
C
Temperature Calibration Yes
Timer 0 - 999 mins
Operating Temperature Ambient to 40o
C
Unit Weight Approx. 19.8 lb (9.0 kg) Approx. 33.0 lb (5.0 kg)
Ordering Information
Cat. No. Product Description
MG-2131-110/220 Midi 21 x 31 cm Gel Dryer
MG-3545-110/220 Midi 35 x 45 cm Gel Dryer
Accessories
Cat. No. Product Description
MG-2131-MAT Polythylene filter Mat 21 x 31 cm
MG-3545-MAT Polythylene filter Mat 35 x 45 cm
MG-2131-SR Silicon Rubber 27 x 37 cm
MG-3545-SR Silicon Rubber 41 x 53 cm
Gel Documentation System
1.Remember to turn the red valve on when start sucking from inlet port of vacuum pump.
2.Remember to prepare a vessel/bottle which has 2 ports for outlet and inlet to gather the fluid.
3.A container with some ice will help cooling down the temperature in the bottle. In addition, it also helps
reducing the chemical odor.
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18. Major Science IRAN , Viragene Co. Tel : +9821 88611552 - 3 WWW.VIRA-GENE.COM