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Gas chromatography (GC) is used for analysis and separation of compounds, which are capable of vaporizing without undergoing decomposition. GC is used for testing purity of substances, separating the components in a mixture. Gas chromatography is also being used for preparing pure compounds from mixtures, and identifying the compounds. The forensic science utilizes gas chromatography for analyzing biological specimens, and crime-scene evidences. GC techniques are used for testing the quality of chemical products, and measuring toxicity of substances.

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Nach der Ausbildung zum systemischen Business Coach können sich die Teilnehmer zum Sales Coach, Agile Coach oder Mediator weiterqualifizieren.

Coaching-Ausbildung mit ifsm

Ein neues Coaching-Ausbildungskonzept hat das Institut für Sales und Managementberatung (ifsm), Höhr-Grenzhausen, entwickelt. Künftig können Interessierte aufbauend auf die ifsm-Basisausbildung zum Systemischen Business Coach die drei Weiterbildungen zum zertifizierten systemischen Sales Coach, Agile Coach sowie Mediator absolvieren - abhängig von ihrer beruflichen Vorerfahrung und Funktion sowie ihren Entwicklungszielen.

Zu diesem Schritt entschloss sich ifsm laut Aussagen der beiden Geschäftsführer Klaus Kissel und Uwe Reusche, nicht nur weil die Zahl der im Markt aktiven Coaches in den letzten Jahren stark stieg, sondern auch weil "sich die Coachinglandschaft - im Zuge der Professionalisierung des Coaching-Businesses - zunehmend ausdifferenziert". Deshalb benötigen Coaches, so die Überzeugung von ifsm, heute eine erkennbare Spezialisierung, um im Markt erfolgreich agieren zu können.

The blowing agent is a chemical substance that is used in generating a gas to expand rubber, plastics, and ceramics to create foam. Blowing agents are used to impart features such as low weight, heat insulation, sound absorbency, permeability, elasticity, electrical insulation, excellent textures, wood grain, and shock absorbency.

Hydrofluorocarbons (HFC) is the most-widely used product type of blowing agents. HFCs has currently become a widely accepted blowing agent type as they are eco-friendly since they have low ozone depletion potential (ODP). Also, these are used as a replacement for hydrochlorofluorocarbons (HCFCs) as they are scheduled to phase out by 2030. HCFCs are harmful to the environment and hence are scheduled to phase out. This is driving the manufacturers to use HFCs as a replacement for HCFCs in most of the applications.

Asia-Pacific is the global leader in the blowing agents market, in terms of value, and is expected to continue till 2023. Countries in this region such as China, India, Japan, and South Korea are witnessing significant increase in the use of blowing agents in various end-use industries.

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The global demand for antibodies is expected to remain moderate in the forthcoming years. Increasing prevalence of chronic ailments such as autoimmune diseases, cancer, diabetes and others is encouraging manufacturers to step up investments in R&D activities pertaining to antibodies. In addition, frequent outbreak of infectious diseases in various parts of the world coupled with growing popularity of protein therapeutics, is driving the sales of antibodies drugs. Sales of antibody-based medicines is expected to remain steady in developed regions such as Europe and North America. At the same time, introduction of alternative therapeutic drugs is projected to impact the growth of the global antibodies market. Moreover, factors such as risk of side effects related with antibodies and high-cost remain the major growth deterrents of the market. According to the latest report published by Fact.MR, the global antibodies market is expected to surpass a valuation of US$ 3,000 Mn by end of 2022, reflecting a steady CAGR between 2017 and 2022.

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Medical flexible packaging products are produced from yielding, or easily flexible materials, which readily form the shape of the items to be packed. Medical flexible packaging includes seals, high-barrier films, wraps, pouches & bags, and lids & labels. A variety of materials are used for production of medical packaging, such as polypropylene, polyvinyl chloride, polyethylene terephthalate, aluminum, paper, and polyethylene.

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In 2019, the market size of Gastric Mucosal Protective Agent is million US$ and it will reach million US$ in 2025, growing at a CAGR of from 2019; while in China, the market size is valued at xx million US$ and will increase to xx million US$ in 2025, with a CAGR of xx% during forecast period.

In this report, 2018 has been considered as the base year and 2019 to 2025 as the forecast period to estimate the market size for Gastric Mucosal Protective Agent.

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This report studies the global market size of Gastric Mucosal Protective Agent, especially focuses on the key regions like United States, European Union, China, and other regions (Japan, Korea, India and Southeast Asia).

This study presents the Gastric Mucosal Protective Agent sales volume, revenue, market share and growth rate for each key company, and also covers the breakdown data (sales, revenue and market share) by regions, type and applications. history breakdown data from 2014 to 2019, and forecast to 2025.

3D-printing is a form of additive manufacturing. Medical devices built by utilising 3d-printing technology enable perfect match to patients’ anatomy. 3D-printing medical devices have extremely complex internal structures. Flexibility of 3D printing enable medical device designers in easily making changes, eliminating the requirement of tools, or, setting up additional equipment. Some examples of 3D-printing medical devices are cranial and orthopedic implants, dental restorations, external prosthetics, and surgical instruments.

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3D printing has the potential to make transformations in utilization of medical devices for treatment of patients. 3D printing technology is impacting the healthcare sector by helping in building non-implantable as well as implantable medical devices, coupled with cost-effective customizable devices. The medical 3D printing industry is being highly influenced by surging demand for patient-specific devices in maxillofacial surgery and orthopedics.

Glatt, glänzend und kühl: Seidenwäsche erfrischt an Hitzetagen. Foto: Medima

Zu viel Hitze macht Probleme. Man fühlt sich schlapp, antriebslos und unkonzentriert. Das muss nicht sein. Wer ein paar einfache Hitzetipps beachtet, kann sich auch bei Temperaturen über 30 Grad wohlfühlen. Neben geeigneten Maßnahmen um die Räume zu kühlen ist die richtige Kleidung wichtig. So sorgt Seidenwäsche (zum Beispiel von www.medima.de) für ein erfrischendes Gefühl den ganzen Tag.

Zimmer: Kühl halten
Das A und O bei Sonnenhitze ist Schatten. Am besten in den frühen Morgenstunden Räume gut durchlüften, dann Fenster schließen und wenn möglich vor direkter Sonneneinstrahlung von außen schützen (Rollos, Jalousien, Markisen). Vor dem Einschlafen können aufgehängte, nasse Baumwolltücher das Zimmer kühlen. Elektrogeräte wie Computer, Fön, Fernseher oder Lampen produzieren Wärme. Um die Wohnung möglichst kühl zu halten, elektrische Geräte sinnvoll nutzen und anschließend komplett abschalten.

Bio banking equipment are equipment used in the biorepository, which stores biological samples for research purposes. Using biobanking equipments, researchers conduct tests, or perform analysis on specimens stored in a biobank. Along with equipment, consumables, software and services play an important role in helping researchers to study various types of diseases.

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Extremities, or external articulated organs, execute several locomotive functions in a human body. A human body comprises four extremities, which include two lower limbs and two upper limbs. Extremities reconstruction refers to restoration of limbs & its functions in patients, who have suffered from limb removal owing to trauma or cancer. Extremities reconstruction is further divided into lower extremity and upper extremity. Fact.MR’s recent study anticipates the global extremities reconstruction market to register a significant growth over the forecast period 2017 to 2022. Revenues from the global market for extremities reconstruction are expected to exceed US$ 2,000 Mn by 2022-end.

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The field of extremity surgery and implants has been witnessing a number of technological innovations, such as reverse shoulder implant, stemless shoulder implant, mobile bearing ankles, and advent of new & safer implant materials. Advancements in replacement of ankle joint have provided surgeons with more options in treatment of ankle arthritis.