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Analysisの製品ランキング

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  1. Destructive analysis | Power module package opening (decap)
  2. Dad's factory DX solution promoting manufacturing.
  3. Graph Creation and Data Analysis for Researchers: KaleidaGraph
  4. 4 Destructive analysis | Package opening (decapping)
  5. 5 Oral Microbiome Analysis "Periodontal Disease Testing Service" 瑞輝科学生物

Analysisの製品一覧

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Contracted Analysis "StraightWalk Kit Unknown Genome Region Analysis"

Contracted Analysis "StraightWalk Kit Unknown Genome Region Analysis"

We are accepting contract work for cloning sequences in unknown areas using Straight Walk.

At Bex Co., Ltd., we offer cloning and sequencing of unknown genomic regions using the "StraightWalk Kit." We can clone unknown regions from samples with a genome size ten times that of humans. After treatment with restriction enzymes, adapters are attached, and PCR is performed using primers designed for known sequences. Additionally, the analysis is conducted using up to nine types of restriction enzymes. 【Features】 ■ Cloning of unknown regions from samples with a genome size ten times that of humans ■ Analysis using up to nine types of restriction enzymes *For more details, please refer to the catalog or feel free to contact us.

  • Genome analysis contract

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Launch of messenger RNA sequencing analysis service using mass spectrometry.

Launch of messenger RNA sequencing analysis service using mass spectrometry.

Announcement of the Start of Messenger RNA Sequence Analysis Service Using Mass Spectrometry - Establishing New Technology to Support Drug Development and Quality Assurance.

Our company (hereinafter referred to as "TRC") has launched a messenger RNA (hereinafter referred to as "mRNA") nucleotide sequence analysis service using mass spectrometry under original conditions that we have established. mRNA is being applied to various pharmaceuticals, including the novel coronavirus vaccine. To ensure the quality of mRNA-based pharmaceuticals, it is necessary to confirm that the mRNA has the nucleotide sequence as designed. However, current common analytical methods result in the loss of information about chemically modified bases during the preprocessing stage. In response, TRC has established a technique to analyze the nucleotide sequence of mRNA, including chemically modified bases, by fragmenting mRNA with a molecular weight of over one million using enzymes and measuring it with mass spectrometry. The service utilizing this technology will contribute to the quality assurance of mRNA-based pharmaceuticals.

  • others

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[Analysis Case] Structural Analysis of Multilayer Films (Raman Spectroscopy)

[Analysis Case] Structural Analysis of Multilayer Films (Raman Spectroscopy)

We will introduce a case study of structural analysis of multilayer films using Raman imaging.

Films used in electronic devices and food packaging have a multilayer structure with multiple layers stacked to provide functions such as gas barrier properties and flexibility. Raman spectroscopy is effective for understanding the composition of each layer of the film. Here, we present a case study of structural analysis of multilayer films using Raman imaging. [Analysis Sample] Commercial pressure cooking bag [Analysis Method] Raman Imaging Excitation Laser Wavelength: 532 nm

  • Contract measurement

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Analysis of catalysts and resins

Analysis of catalysts and resins

Solving customer problems with advanced analysis and "analytical skills"! Introduction to the evaluation of catalytic materials.

We propose analysis methods for the state after coating and observation, based on the evaluation of raw materials for catalyst precious metals (PGM), promoters, and supports that determine gas purification performance. Catalyst supports (mainly oxides) are influenced by their elemental composition, particle size distribution, and additives such as binders, which relate to the coating ability on filters and the dispersion of PGM, ultimately having a significant impact on exhaust gas purification performance. We will suggest analysis methods according to your objectives. Please feel free to contact us. [Evaluation of Catalyst Materials] ■ Stability evaluation of Al2O3-based slurry ■ FT-IR analysis of catalyst support oxides *For more details, please download the PDF or feel free to contact us.

  • Analytical Equipment and Devices
  • Contract Analysis

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Analyze the hydration exothermic reaction of anhydrous acetic acid using CRC and AKTS software.

Analyze the hydration exothermic reaction of anhydrous acetic acid using CRC and AKTS software.

Measuring the hydration reaction of anhydrous acetic acid using a small reaction calorimeter (PalCRC)! Introducing the simulation.

This document is a technical note explaining the analysis of the hydration heat reaction of acetic anhydride using CRC and AKTS software. The analysis includes the exploration of reaction model equations and introduces simulations for scale-up to tens of milliliters, hundreds of milliliters, and liters using the SADT analysis function from reaction process data of a few milliliters. The AKTS software provides useful analyses not only for DSC data but also for measurement data from small reaction calorimeters. We encourage you to read it. [Analysis Content] - Exploration of reaction model equations - Simulation of scale-up to tens of milliliters, hundreds of milliliters, and liters using the SADT analysis function from reaction process data of a few milliliters *For more details, please download the PDF or feel free to contact us.

  • Business Intelligence and Data Analysis

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Model-free analysis of the decomposition reaction of DTBP + Toluene 20 wt%.

Model-free analysis of the decomposition reaction of DTBP + Toluene 20 wt%.

Representative standard sample DSC data of thermal hazard assessment DTBP/toluene! How can it be analyzed?

This document is a technical note explaining the model-free analysis of the decomposition reaction of DTBP + Toluene 20wt%. In this note, we calculated TMR24 using the standard free model analysis method of AKTS_TK + TS, resulting in TMR24 = 74.9°C. This is lower than the analysis result of 76.6°C obtained from the Total_Peak, which is the sum of two separated peaks, indicating a more conservative analysis result. We encourage you to read it. 【Published Data (Excerpt)】 ■ DSC measurement data ■ Measurement data on a mg scale ■ Measurement data from the reaction start point at 0% to the endpoint at 100% ■ Changes in activation energy from 0 to 100% reaction rate (α = 1) ■ Analysis results of TMRad24 *For more details, please download the PDF or feel free to contact us.

  • Business Intelligence and Data Analysis

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