MS/MS, Tandem Mass SpectrometryVrushali TambeTandem mass spectrometry is a technique that uses two or more mass spectrometers coupled together to analyze chemical samples. There are two types - tandem in time and tandem in space. Tandem in time uses one instrument to select an ion for fragmentation and then analyze the daughter ions. Tandem in space uses separate instruments where the first selects an ion for fragmentation in the interaction cell, and the second analyzes the product ions. Common fragmentation techniques include collision induced dissociation, electron capture dissociation, and photodissociation. Tandem MS can be used to obtain product ion spectra to identify compounds or perform selected reaction monitoring for quantitative analysis.
FTIT Spectroscopy- Dr. A. AmsavelDr. Amsavel AThe document provides a comprehensive overview of Fourier Transform Infrared (FTIR) Spectroscopy, covering its principles, instrumentation, history, operational methods, and applications in the pharmaceutical industry. It details the mechanisms of IR absorption, types of vibrations and instrumentation components such as sources and detectors, alongside sampling techniques for various states of matter. Additionally, it touches on qualification procedures to ensure the reliability of FTIR instruments in compliance with industry standards.
Paper electrophoresisSireesha1996Paper electrophoresis is a technique used to separate molecules like proteins and amino acids based on their charge. It works by applying a low voltage across a strip of paper soaked in a buffer solution, causing charged molecules to migrate across the paper at different rates depending on their charge. Paper electrophoresis has applications in diagnostic testing by analyzing serum proteins, and can also be used to analyze proteins in muscle, eggs, milk, and snake and insect venoms.
Atmospheric Pressure Chemical IonizationVISHAL THAKURAtmospheric Pressure Chemical Ionization (APCI) is an ionization method that uses ion-molecule reactions to ionize samples, facilitated by a nebulization process and corona discharge. This method is beneficial for less-polar compounds and provides an excellent interface for liquid chromatography-mass spectrometry (LC/MS). However, APCI is sensitive to contaminants and has relatively low ion currents and complex hardware requirements.
Mass spectrometervenuakkanapallyMass spectrometry is an analytical technique that ionizes chemical species and sorts the ions based on their mass-to-charge ratio. It can provide qualitative and quantitative data about samples on an atomic or molecular level. The document discusses the principle, instrumentation, and applications of mass spectrometry. Key components of mass spectrometers include an ion source, accelerating system, magnetic field, ion separator, ion collector, and vacuum system. Mass spectrometry has applications in structure elucidation, detection of impurities, quantitative analysis, and various clinical and forensic analyses.
BITS - Introduction to Mass Spec data generationBITSMass spectrometry is a technique that analyzes molecules based on their mass-to-charge ratio. It involves ionizing samples using sources like MALDI or ESI, separating the ions using mass analyzers like time-of-flight or quadrupole, and detecting the ions. Tandem mass spectrometry allows targeted fragmentation of selected ions to gain additional structural information. Amino acids are the building blocks of proteins and contain variable side chains attached to a common peptide backbone. Mass spectrometry is useful for analyzing proteins and peptides.
Ionisation techceutics1315The document discusses various ionization techniques used in mass spectrometry. There are two main categories - gas phase ionization and desorption ionization. Electron impact ionization is the most widely used gas phase technique, producing molecular ions and extensive fragmentation. Chemical ionization uses reagent gas to ionize samples more gently via proton or charge transfer. Desorption techniques like MALDI, ESI and FAB ionize high molecular weight biomolecules by incorporating the sample into a matrix and using laser or atom bombardment to induce ionization.
HPTLCshaisejacobHPTLC is a sophisticated form of thin layer chromatography that allows for efficient separation and analysis of samples in a short period of time. The key steps in HPTLC include sample preparation, selecting a chromatographic layer, applying the sample, developing the plate in a mobile phase, detecting spots on the plate, and scanning/documenting results. HPTLC offers advantages over other chromatography methods like simultaneous processing of samples and standards, lower analysis times, and less cost per analysis. It has applications in fields like pharmaceutical analysis, biochemistry, and pharmacokinetic studies.
Validation of IR instrumentSanthosh Kalakar djThis document discusses the qualification of Fourier transform infrared spectroscopy (FTIR). It begins with an introduction to FTIR, describing how it works and its advantages over dispersive spectroscopy. It then discusses instrumentation components like radiation sources, interferometers, and detectors. The document outlines various inspection methods used to qualify FTIR like wave number precision, 0% transmittance, linearity, and repeatability. It provides details on performing and validating the qualification using a validation program and stored reference data. Finally, it lists some applications of FTIR in pharmaceutical analysis like identification, structure determination, and reaction studies.
Nmr spectroscopy:- An overview and its principleSMGJAFARNMR spectroscopy is a technique that uses radio waves to analyze atomic nuclei and determine molecular structures. It is based on detecting radio signal absorption by atomic nuclei within a magnetic field. 1H and 13C NMR are common types. The history and principles of NMR are described, including how nuclei with spin absorb electromagnetic radiation and how chemical shifts, splitting, and intensity of signals provide structural information. Applications include identifying molecular structures, purity, and composition in fields like forensics, medicine, and materials analysis. Forensic uses include analyzing trace evidence, controlled substances, and toxins.
LC-MSlakshmi narayanaThe document provides an overview of liquid chromatography-mass spectrometry (LC-MS). It discusses how LC-MS couples liquid chromatography separation with mass spectrometry detection. Key components discussed include the high performance liquid chromatography system, various ionization sources like electrospray ionization and atmospheric pressure chemical ionization, and mass analyzers like quadrupoles, time-of-flight, ion traps, and Fourier transform-ion cyclotron resonance. Sample preparation methods and applications of LC-MS are also summarized.
Gas chromatography sag2020SuchetaGaikwad3The document provides an overview of chromatography, particularly gas chromatography, detailing its principles, components, detectors, and applications. It highlights the importance of the stationary and mobile phases in the separation process and discusses various types of columns used in the technique. Additionally, the document outlines the advantages and disadvantages of different detectors and the operational details necessary for effective gas chromatography.
Chapter 5 (GC)Sunita JobliThis document discusses gas chromatography apparatus and applications. It describes the key components of a GC system including the carrier gas supply, sample injection system, column, column thermostating, and detectors such as thermal conductivity and flame ionization. It also discusses stationary phases, qualitative and quantitative analysis applications, calibration with standards, and internal standard methods. Quantitative GC analysis is based on comparing analyte peak heights or areas to calibration standards to obtain concentration.
Uv vis-ir spectroscopySadiq RahimThe document describes the components and working of infrared (IR) spectrometers and Fourier transform infrared (FTIR) spectrometers. It discusses various IR sources like the Nernst glower, Globar, and tungsten filament lamp. It also describes optical components like entrance and exit slits, and detectors like thermal detectors and quantum detectors. The key advantages of FTIR spectrometers are provided, including higher resolution and throughput compared to dispersive instruments. Applications of IR and Raman spectroscopy in areas like drug analysis, fiber analysis, and biological analysis are also mentioned.
FTIR(Fourier transform infrared) spectroscopy Preeti ChoudharyThe document provides an overview of Fourier Transform Infrared (FT-IR) spectroscopy, explaining its principles, advantages, and the differences from dispersive infrared spectrometers. FT-IR utilizes an interferometer for rapid and sensitive measurements, allowing simultaneous collection of all infrared frequencies, which enhances efficiency and accuracy in identifying materials. Sampling techniques for various states of matter (liquid, solid, and gas) are also discussed, along with the instrumental process involved in obtaining infrared spectra.
karl fischer titration slideFaruk HossenThis document discusses Karl Fischer titration, which is a method for determining the water content in a sample. It involves titrating the sample with a Karl Fischer reagent, which contains iodine, sulfur dioxide, and an alcohol solvent. There are two main types of Karl Fischer titration: coulometric titration, where iodine is generated in the titration cell, and volumetric titration, where a solution with a known iodine concentration is used as the titrant. The endpoint is detected electrochemically. Karl Fischer titration is used in various industries to measure water content in products like oils, plastics, gases, cosmetics, pharmaceuticals, and food. A limitation is that the
Ionization Techniques in LC-MSRaghavendra institute of pharmaceutical education and research .This document presents a seminar on ionization techniques in LC-MS (Liquid Chromatography-Mass Spectrometry) as part of the curricular requirements for a Master of Pharmacy program. It covers the integration of HPLC with mass spectrometry, various ionization methods such as Electron Ionization, Chemical Ionization, and Atmospheric Pressure Ionization, discussing their principles and applications. The material is intended to enhance understanding of analytical techniques and their relevance in pharmaceutical analysis.
Applications of thin layer chromatography ppt by annAnjali RarichanThis document discusses various applications of thin layer chromatography (TLC). It describes how TLC can be used as a check on purification processes in organic chemistry and for separating inorganic ions, amino acids, vitamins, and components of food. TLC allows for isolation and identification of individual components in mixtures. It also has quantitative applications through analyzing fractions on a plate or determining fractions after elution. Different modes of TLC separation are also mentioned such as adsorption, ion exchange, partition, and reversed phase partition TLC.
Ion exchange chromatography -ݺߣShareRIZWAN RIZWIIon exchange chromatography separates ions and polar molecules based on their affinity to an ion exchanger, applicable to various charged molecules including proteins and nucleotides. The method utilizes resins classified into strong and weak cation and anion types, with regeneration through acid or base treatment. Key factors affecting the process include resin properties, ion characteristics, and mobile phase conditions, making it useful for applications like water treatment and biochemical analysis.
Hplc YunesalsayadiThis document discusses various concepts related to high performance liquid chromatography (HPLC) peak analysis including:
1. It describes factors that influence peak shape such as column packing, mobile phase composition, pH, and buffers which can improve peak symmetry and resolution.
2. Key parameters for characterizing chromatographic performance are discussed including retention factor (k), selectivity factor (α), plate number (N), and height equivalent of a theoretical plate (HETP).
3. Optimizing these parameters through adjusting mobile phase or column properties can enhance separation and analysis of chromatographic runs.
Anil bl gather mass spectrometryANIL BL GATHERMass spectrometry is a powerful technique for protein identification and quantification. It involves several key steps: protein extraction and digestion, peptide separation by liquid chromatography, ionization of peptides using techniques like MALDI or ESI, mass analysis using instruments like quadrupoles or orbitraps to separate ions by mass-to-charge ratio, and data analysis to identify proteins from the mass spectra. Tandem mass spectrometry uses collision-induced dissociation to fragment peptides and generate sequence information that allows unambiguous protein identification.
Tandem Mass spectrometryAsif JavedThis document discusses tandem mass spectrometry techniques. It describes two types of tandem MS: tandem-in-space, where separation elements are physically separated and tandem-in-time where separation is accomplished over time within a single instrument. It also outlines four main scan experiments - precursor ion scan, product ion scan, selected reaction monitoring, and neutral loss scan. Fragmentation techniques discussed include in-source fragmentation, post-source fragmentation using collision-induced dissociation, and notation for indicating peptide fragments.
Chromatography(gc ms & lc ms)Vidya Kalaivani Rajkumar- Gas chromatography-mass spectrometry (GC-MS) is an analytical method that combines the features of gas-liquid chromatography and mass spectrometry to identify different substances within a test sample.
- GC is used to separate and analyze compounds that can be vaporized without decomposition, while MS is used to measure the mass-to-charge ratios of ions to determine the molecular mass and structure of molecules eluting from the GC.
- The combination of GC and MS provides a powerful tool for analyzing complex mixtures by separating compounds and identifying their chemical structures.
Matrix EffectDr. Amit PatelThe document discusses matrix effects, which occur when components in biological samples interfere with the ionization process during mass spectrometry analysis, potentially enhancing or suppressing the signal of the analyte. Matrix effects can negatively impact accuracy, precision, and detection limits. Two types of matrix effects are described - qualitative effects seen through post-column infusion experiments and quantitative effects evaluated by measuring the matrix factor. Approaches to minimize matrix effects include optimizing extraction and chromatography procedures, using stable isotope internal standards, and selecting an APCI ionization source instead of ESI when possible.
Difference between HPLC and UPLCVrushali TambeUPLC uses smaller particle sizes (<2 microns) than HPLC (3-5 microns) which allows it to operate at higher pressures and provide faster, more sensitive and selective separations compared to HPLC. Some key differences are that UPLC uses smaller diameter columns, achieves higher resolution and plate counts, reduces run times, solvent consumption and cost of operation compared to HPLC. However, the smaller particles used in UPLC columns have a narrower usable lifespan than HPLC columns.
Ion Cyclotron Resonance - Mass Spectrometery by Ghulam Mustafa Channa Ghulam MustafaThis document provides an overview of ion cyclotron resonance (ICR) mass spectrometry. It discusses the basic components of a mass spectrometer, including the ionization source, mass analyzer, and ion detector. The document focuses on ICR, explaining its history, working principle, instrumentation, applications, advantages over other mass analyzers, and limitations. Key points covered include how ICR uses a magnetic field to accelerate ions in a spiral path between "Dees" to separate ions based on their mass-to-charge ratio. ICR provides extremely high mass resolution and accuracy for analyzing samples.
Uv visible sprctroscopy pptnehla313The document provides an introduction to spectroscopy, focusing on the measurement and interpretation of electromagnetic radiation absorbed or emitted by atoms or molecules. It discusses the types of electromagnetic radiation, their energy relationships, and various electronic transitions involved in UV and visible spectroscopy. Additionally, it covers important concepts such as chromophores, solvent effects, and the laws governing absorption of radiation, including Beer's and Lambert's laws.
Sample preparation techniques for biological sampleCSIR-Central Drug Research InstituteThe document discusses various sample preparation techniques for biological fluids in analytical chemistry, emphasizing the need for such processes due to the complex nature of biological matrices that can contaminate instruments. Techniques covered include protein precipitation, liquid-liquid extraction, solid-phase extraction, and alternatives like dialysis and affinity sorbent extraction, each with distinct advantages and disadvantages. It highlights modern laboratory practices, particularly the utilization of 96-well plates for high-throughput sample processing.
It서포터즈 소개자료co-pen co-work company2007년부터 시작된 KT IT서포터즈는 기업 사회공헌활동의 패러다임을 바꾼 기업의 대표적인 재능기부형 프로보노 사회공헌활동으로서, IT 지식 기부를 통해 누구나 IT를 자유롭게 활용할 수 있도록 돕는 kt의 직원 봉사단입니다.
[자몽] 대학생 기업 연계 대외활동 프로그램 서비스 소개서 Kunwon Kim대학생 공감네트워크 '자몽' 의 대학생 대외활동 공식 서비스 브랜드 입니다. 서포터즈, 마케터, 리포터, 기자단 등 다양한 카테고리의 활동을 지원해드리며, 활성화 및 기업의 목적과 학생의 선˳에 맞춰 프로그램을 구성해드립니다.
대학생 전문채널 '미디어자몽' 내 콘텐츠 게재 및 모객부터 콘텐츠 노출까지 바이럴을 통한 활성화 프로그램을 운영중에 있습니다.
문의사항: wenis@artpr.kr
문의전화: 070-7766-8812
Validation of IR instrumentSanthosh Kalakar djThis document discusses the qualification of Fourier transform infrared spectroscopy (FTIR). It begins with an introduction to FTIR, describing how it works and its advantages over dispersive spectroscopy. It then discusses instrumentation components like radiation sources, interferometers, and detectors. The document outlines various inspection methods used to qualify FTIR like wave number precision, 0% transmittance, linearity, and repeatability. It provides details on performing and validating the qualification using a validation program and stored reference data. Finally, it lists some applications of FTIR in pharmaceutical analysis like identification, structure determination, and reaction studies.
Nmr spectroscopy:- An overview and its principleSMGJAFARNMR spectroscopy is a technique that uses radio waves to analyze atomic nuclei and determine molecular structures. It is based on detecting radio signal absorption by atomic nuclei within a magnetic field. 1H and 13C NMR are common types. The history and principles of NMR are described, including how nuclei with spin absorb electromagnetic radiation and how chemical shifts, splitting, and intensity of signals provide structural information. Applications include identifying molecular structures, purity, and composition in fields like forensics, medicine, and materials analysis. Forensic uses include analyzing trace evidence, controlled substances, and toxins.
LC-MSlakshmi narayanaThe document provides an overview of liquid chromatography-mass spectrometry (LC-MS). It discusses how LC-MS couples liquid chromatography separation with mass spectrometry detection. Key components discussed include the high performance liquid chromatography system, various ionization sources like electrospray ionization and atmospheric pressure chemical ionization, and mass analyzers like quadrupoles, time-of-flight, ion traps, and Fourier transform-ion cyclotron resonance. Sample preparation methods and applications of LC-MS are also summarized.
Gas chromatography sag2020SuchetaGaikwad3The document provides an overview of chromatography, particularly gas chromatography, detailing its principles, components, detectors, and applications. It highlights the importance of the stationary and mobile phases in the separation process and discusses various types of columns used in the technique. Additionally, the document outlines the advantages and disadvantages of different detectors and the operational details necessary for effective gas chromatography.
Chapter 5 (GC)Sunita JobliThis document discusses gas chromatography apparatus and applications. It describes the key components of a GC system including the carrier gas supply, sample injection system, column, column thermostating, and detectors such as thermal conductivity and flame ionization. It also discusses stationary phases, qualitative and quantitative analysis applications, calibration with standards, and internal standard methods. Quantitative GC analysis is based on comparing analyte peak heights or areas to calibration standards to obtain concentration.
Uv vis-ir spectroscopySadiq RahimThe document describes the components and working of infrared (IR) spectrometers and Fourier transform infrared (FTIR) spectrometers. It discusses various IR sources like the Nernst glower, Globar, and tungsten filament lamp. It also describes optical components like entrance and exit slits, and detectors like thermal detectors and quantum detectors. The key advantages of FTIR spectrometers are provided, including higher resolution and throughput compared to dispersive instruments. Applications of IR and Raman spectroscopy in areas like drug analysis, fiber analysis, and biological analysis are also mentioned.
FTIR(Fourier transform infrared) spectroscopy Preeti ChoudharyThe document provides an overview of Fourier Transform Infrared (FT-IR) spectroscopy, explaining its principles, advantages, and the differences from dispersive infrared spectrometers. FT-IR utilizes an interferometer for rapid and sensitive measurements, allowing simultaneous collection of all infrared frequencies, which enhances efficiency and accuracy in identifying materials. Sampling techniques for various states of matter (liquid, solid, and gas) are also discussed, along with the instrumental process involved in obtaining infrared spectra.
karl fischer titration slideFaruk HossenThis document discusses Karl Fischer titration, which is a method for determining the water content in a sample. It involves titrating the sample with a Karl Fischer reagent, which contains iodine, sulfur dioxide, and an alcohol solvent. There are two main types of Karl Fischer titration: coulometric titration, where iodine is generated in the titration cell, and volumetric titration, where a solution with a known iodine concentration is used as the titrant. The endpoint is detected electrochemically. Karl Fischer titration is used in various industries to measure water content in products like oils, plastics, gases, cosmetics, pharmaceuticals, and food. A limitation is that the
Ionization Techniques in LC-MSRaghavendra institute of pharmaceutical education and research .This document presents a seminar on ionization techniques in LC-MS (Liquid Chromatography-Mass Spectrometry) as part of the curricular requirements for a Master of Pharmacy program. It covers the integration of HPLC with mass spectrometry, various ionization methods such as Electron Ionization, Chemical Ionization, and Atmospheric Pressure Ionization, discussing their principles and applications. The material is intended to enhance understanding of analytical techniques and their relevance in pharmaceutical analysis.
Applications of thin layer chromatography ppt by annAnjali RarichanThis document discusses various applications of thin layer chromatography (TLC). It describes how TLC can be used as a check on purification processes in organic chemistry and for separating inorganic ions, amino acids, vitamins, and components of food. TLC allows for isolation and identification of individual components in mixtures. It also has quantitative applications through analyzing fractions on a plate or determining fractions after elution. Different modes of TLC separation are also mentioned such as adsorption, ion exchange, partition, and reversed phase partition TLC.
Ion exchange chromatography -ݺߣShareRIZWAN RIZWIIon exchange chromatography separates ions and polar molecules based on their affinity to an ion exchanger, applicable to various charged molecules including proteins and nucleotides. The method utilizes resins classified into strong and weak cation and anion types, with regeneration through acid or base treatment. Key factors affecting the process include resin properties, ion characteristics, and mobile phase conditions, making it useful for applications like water treatment and biochemical analysis.
Hplc YunesalsayadiThis document discusses various concepts related to high performance liquid chromatography (HPLC) peak analysis including:
1. It describes factors that influence peak shape such as column packing, mobile phase composition, pH, and buffers which can improve peak symmetry and resolution.
2. Key parameters for characterizing chromatographic performance are discussed including retention factor (k), selectivity factor (α), plate number (N), and height equivalent of a theoretical plate (HETP).
3. Optimizing these parameters through adjusting mobile phase or column properties can enhance separation and analysis of chromatographic runs.
Anil bl gather mass spectrometryANIL BL GATHERMass spectrometry is a powerful technique for protein identification and quantification. It involves several key steps: protein extraction and digestion, peptide separation by liquid chromatography, ionization of peptides using techniques like MALDI or ESI, mass analysis using instruments like quadrupoles or orbitraps to separate ions by mass-to-charge ratio, and data analysis to identify proteins from the mass spectra. Tandem mass spectrometry uses collision-induced dissociation to fragment peptides and generate sequence information that allows unambiguous protein identification.
Tandem Mass spectrometryAsif JavedThis document discusses tandem mass spectrometry techniques. It describes two types of tandem MS: tandem-in-space, where separation elements are physically separated and tandem-in-time where separation is accomplished over time within a single instrument. It also outlines four main scan experiments - precursor ion scan, product ion scan, selected reaction monitoring, and neutral loss scan. Fragmentation techniques discussed include in-source fragmentation, post-source fragmentation using collision-induced dissociation, and notation for indicating peptide fragments.
Chromatography(gc ms & lc ms)Vidya Kalaivani Rajkumar- Gas chromatography-mass spectrometry (GC-MS) is an analytical method that combines the features of gas-liquid chromatography and mass spectrometry to identify different substances within a test sample.
- GC is used to separate and analyze compounds that can be vaporized without decomposition, while MS is used to measure the mass-to-charge ratios of ions to determine the molecular mass and structure of molecules eluting from the GC.
- The combination of GC and MS provides a powerful tool for analyzing complex mixtures by separating compounds and identifying their chemical structures.
Matrix EffectDr. Amit PatelThe document discusses matrix effects, which occur when components in biological samples interfere with the ionization process during mass spectrometry analysis, potentially enhancing or suppressing the signal of the analyte. Matrix effects can negatively impact accuracy, precision, and detection limits. Two types of matrix effects are described - qualitative effects seen through post-column infusion experiments and quantitative effects evaluated by measuring the matrix factor. Approaches to minimize matrix effects include optimizing extraction and chromatography procedures, using stable isotope internal standards, and selecting an APCI ionization source instead of ESI when possible.
Difference between HPLC and UPLCVrushali TambeUPLC uses smaller particle sizes (<2 microns) than HPLC (3-5 microns) which allows it to operate at higher pressures and provide faster, more sensitive and selective separations compared to HPLC. Some key differences are that UPLC uses smaller diameter columns, achieves higher resolution and plate counts, reduces run times, solvent consumption and cost of operation compared to HPLC. However, the smaller particles used in UPLC columns have a narrower usable lifespan than HPLC columns.
Ion Cyclotron Resonance - Mass Spectrometery by Ghulam Mustafa Channa Ghulam MustafaThis document provides an overview of ion cyclotron resonance (ICR) mass spectrometry. It discusses the basic components of a mass spectrometer, including the ionization source, mass analyzer, and ion detector. The document focuses on ICR, explaining its history, working principle, instrumentation, applications, advantages over other mass analyzers, and limitations. Key points covered include how ICR uses a magnetic field to accelerate ions in a spiral path between "Dees" to separate ions based on their mass-to-charge ratio. ICR provides extremely high mass resolution and accuracy for analyzing samples.
Uv visible sprctroscopy pptnehla313The document provides an introduction to spectroscopy, focusing on the measurement and interpretation of electromagnetic radiation absorbed or emitted by atoms or molecules. It discusses the types of electromagnetic radiation, their energy relationships, and various electronic transitions involved in UV and visible spectroscopy. Additionally, it covers important concepts such as chromophores, solvent effects, and the laws governing absorption of radiation, including Beer's and Lambert's laws.
Sample preparation techniques for biological sampleCSIR-Central Drug Research InstituteThe document discusses various sample preparation techniques for biological fluids in analytical chemistry, emphasizing the need for such processes due to the complex nature of biological matrices that can contaminate instruments. Techniques covered include protein precipitation, liquid-liquid extraction, solid-phase extraction, and alternatives like dialysis and affinity sorbent extraction, each with distinct advantages and disadvantages. It highlights modern laboratory practices, particularly the utilization of 96-well plates for high-throughput sample processing.
It서포터즈 소개자료co-pen co-work company2007년부터 시작된 KT IT서포터즈는 기업 사회공헌활동의 패러다임을 바꾼 기업의 대표적인 재능기부형 프로보노 사회공헌활동으로서, IT 지식 기부를 통해 누구나 IT를 자유롭게 활용할 수 있도록 돕는 kt의 직원 봉사단입니다.
[자몽] 대학생 기업 연계 대외활동 프로그램 서비스 소개서 Kunwon Kim대학생 공감네트워크 '자몽' 의 대학생 대외활동 공식 서비스 브랜드 입니다. 서포터즈, 마케터, 리포터, 기자단 등 다양한 카테고리의 활동을 지원해드리며, 활성화 및 기업의 목적과 학생의 선˳에 맞춰 프로그램을 구성해드립니다.
대학생 전문채널 '미디어자몽' 내 콘텐츠 게재 및 모객부터 콘텐츠 노출까지 바이럴을 통한 활성화 프로그램을 운영중에 있습니다.
문의사항: wenis@artpr.kr
문의전화: 070-7766-8812
2012 혈액검진표 서비스디자인 사이픽스 한국디자인진흥원한국디자인진흥원 공공서비스디자인PD건강검진 결과서, 서비스 디자인을 만나다.
- 서비스 디자인이 만들어낸 친절한 건강검진 결과서
개발사 : 사이픽스
참여기업 : 명지병원
주관 : 지식경제부, 한국디자인진흥원
[개발 경과]
○ 의료기기/환경의 수요자 중심 혁신을 위한 융합형 의료 서비스 디자인 플랫폼 개발 R&D로 개발(2011.9~2012.8. 한국디자인진흥원 R&D지정과제. 사이픽스, 한동대학교와 컨소시엄)
○ 건강검진결과 통보서 리디자인 (‘11.09 ~ ‘11.12)
○ 시범적용 : 명지병원, 수검자 2,000명 대상. (’12.01 ~ ’12.02)
주변에 연말이 되어서야 밀린 과제를 하듯이 급하게 건강검진을 예약하는 사람들을 많이 볼 수 있다. 왜 우리는 국가에서 제공하는 건강검진을 귀찮은 과제로만 여기고 있는 것일까? 정말 이렇게 여겨도 되는 하찮은 검진일까?
이러한 문제를 해결하기 위해 지식경제부 산하 한국디자인진흥원은 서비스디자인 전문회사인 (주)사이픽스와 여러 메디컬 전문가, 컨설팅 전문가들과 함께 팀이 되어 프로젝트를 진행하였다. 건강검진 서비스는 의료진이라는 전문가 집단과 전 국민이라는 집단이 함께 맞물려 있는데 현재는 서비스 제공 주체인 의료진에게 거의 모든 것이 맞추어져 있어, 1시간 가량의 긴 대기시간 후에야 10분도 안 되는 간단한 검사를 받아볼 수 있고, 이를 통해 두 달쯤 뒤에 받아 볼 수 있는 결과서에는 알아보기 힘든 의학용어와 수치들만 빽빽히 차 있다.
이해조차 하기 어려운 결과표를 받아 든 국민들은 결과서를 활용해야 한다는 생각 대신 그냥 가볍게 별 것 아닌 것으로 치부해버리게 된다. 의료진과 전 국민, 이 두 집단 간에 풀기 어려운 커다란 소통의 문제가 존재하고 있는 것이다. 의료진과 전 국민이 함께 원활히 소통할 수 있게 하기 위해 다시 디자인 되어야 하는 대상으로 결정되었던 것은 ‘건강검진 결과서’였다. 이 결과서는 건강검진이 수검자의 생활에 직접적인 영향을 미칠 수 있는 거의 유일한 매개체이기 때문이다.
...(이하 생략)
* 관련 글 보기 : 건강검진 결과서, 서비스 디자인을 만나다. - 사이픽스 http://cafe.naver.com/usable/1650
* 관련 기사 : 삶을 더 편리하게... '서비스 디자인' 시대로 - 조선일보, 2012.8.8.
http://news.chosun.com/site/data/html_dir/2012/08/07/2012080703384.html
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