Here is an overview of what we consider to be the key website statistics and information:
Parameter name | Status | Comment |
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Website meta title | In Vitro - Din laboratorieleverandør i Danmark - Nærhed | Kvalitet | Miljø | Search engines recommend title length of around 50-60 characters. The length of this title is 74. |
Meta description | In Vitro møder dig med udgangspunktet - Nærhed, Kvalitet og Miljø i fokus. Vi er din leverandør på Forbrugsvarer, Hospitalsartikler, Instrumenter, Møbler, Serum og Medier | To make sure all the meta description is visible in search results page, Google recommends length of up to 320 characters at the most. This description has exactly 170 characters. |
Keywords | In Vitro møder dig med udgangspunktet - Nærhed, Kvalitet & Miljø Tilmeld dig webshoppen NÆRHED In Vitro er din lokale laboratorieleverandør. Nærhed med vores kunder, betyder alt for os. Vi skaber og beholder arbejdspladserne i Danmark. Vi har vores lager i Danmark, vi har vores produktekspertise og support i Danmark, og vi har kontor og logistik i Danmark. Vi kan levere dine varer inden for 24 timer. Det kalder vi strakslevering. Det eneste vi beder om, er at vi har en samarbejdsaftale, så kan du være sikker på, at få dine varer, dagen efter du bestiller! Vi tror på, at det betyder noget positivt, at vi beholder vores arbejdspladser og skattekroner i Danmark. Vi vil gerne bidrage til at vi får bedre uddannelser, bedre sygehuse og flere i arbejde. KVALITET Hos In Vitro er vi 100% uafhængige. Vores mål er at give den bedste vejledning og hjælp. Internt. Vi uddanner os hele tiden, så du bliver mødt af de bedst uddannede og serviceorienterede specialister, på vores produkter. De bedste oplevelser og indfrielse af forventninger, skabes af ærlig kommunikation, med vores kunder og leverandører. Dårlige nyheder skal også gives uden omsvøb Vi vælger vores producenter med omhu og med med fokus på innovation, produktkvalitet og miljø . Vi samarbejder bl.a. med leverandører som Greiner Bio-One, Micronic, Eppendorf, IVUS og mange mange flere. MILJØ In Vitro tager et aktivt miljøvalg. Vores miljøvenlige vision handler om, at fokus bør ligge i vedvarende energiformer, genbrug og CO2 udledning. Vi tilbyder derfor afhentning af pap og plast-emballage til genbrug. Har I behov for at vi tager emballagen tilbage til genbrug, så har vi løsningen til dig. Vi transporterer ikke vores produkter på tværs af Europa, men sørger for at de kommer direkte til dig fra leverandøren, uden om storeeuropæiske lagre. Handler du via vores webshop, tilbyder vi en miljøbonusaftale, der samtidigt med at du opnår rabat, sørger for at vi sammen bidrager til mindre emballage og CO2 udledning. Ved elektronisk markedsføring skaber vi en stor reduktion af papirspild. I stedet for at trykke kataloger og sende reklamer, er alle vores kataloger nu blevet elektroniske. www.in-vitro.dk Xenofree Medie, Xenofree, Medier, Stemcell The discovery in 2006 that human and mouse fibroblasts could be reprogrammed to generate induced pluripotent stem cells (iPSCs) with qualities remarkably similar to embryonic stem cells has created a valuable new source of pluripotent cells for drug discovery, cell therapy, and basic research. Our stem cell research products have been an integral part of iPSC research from the initial discovery of iPSCs to current breakthroughs. Our broad technology platform provides optimized tools for each step of the stem cell workflow: from reprogramming somatic cells to iPSC expansion, validation, and differentiation. Reprogramming of somatic cells for induced pluripotent stem cell (iPS cell) generation can be accomplished by a number of technologies. We provide traditional and non-integrating tools for iPSC generation from a range of somatic cell types including our Cell Therapy Systems (CTS) Products which are designed for clinical and translational research applications. animal-freecell culture media supplementsdefined mediainduced pluripotent stem cellsxeno-free Stem Cell Research Induced Pluripotent Stem Cells xenofree medie Pluripotent Stem Cell (PSC) Culture Media Extracellular Matrices for PSC Culture Passaging Pluripotent Stem Cells Pluripotent Stem Cell Reprogramming CytoTune-iPS Sendai Reprogramming PSC Characterization Tools Essential 8 Media System StemFlex Medium for Robust Feeder-Free PSC Culture Embryonic Stem Cells Mesenchymal Stem Cells Neural Stem Cells Hematopoietic Stem Cells Stem Cell Reprogramming Tools Stem Cell Culture Stem Cell Differentiation Stem Cell Analysis Stem Cell Engineering Stem Cell Services — CellModel Services TaqMan hPSC Scorecard Panel 24 Hours of Stem Cells Speakers Stem Cell Research Learning Center The utility of stem cells in therapeutic applications for regenerative medicine has caused a movement within the scientific community for a more a defined cell culture system. Pluripotent stem cells and other clinically relevant stem cell types all have unique needs in order to proliferate and perform as they would in vivo. Finding suitable cell culture conditions that not only promote proliferation, but also maintain stem cell properties is a difficult task when it seems that the most optimal conditions rely on undefined biological substances and factors derived from serum, feeder cells, growth factors, and other supplements. Today there are a lot of companies that have responded to the market need for ‘defined’ media and package their products as part of a ‘defined’ cell culture system. With this shift, new labels, such as xeno-free, have become increasing popular as a marketing tool for new product lines. However, what does ‘xeno-free’ really mean? Researching the literature and technical reports provided by many life science research companies implies that the term xeno–free is defined differently depending on the source. It is my understanding that xeno-free is defined as all components (i.e. in the cell culture medium) are derived from the same organism whether it is animal (e.g. bovine) or human. However, if you look closely at several of the defined, xeno-free cell culture media, some do contain human blood derived components and even animal-derived components. Researchers hoping to develop stem cell therapy treatments need to meet the regulatory guidelines and have a cost-effective system that is compatible with their end use. It seems clear that for therapeutic applications, the ideal cell culture medium should be devoid of any animal and/or human derived components, should provide equal or increased performance (e.g. cell proliferation, protein production, etc.) over serum, and would be cost-effective. Based on the conflicting uses and views of the term ‘xeno-free’, it should be redefined or we should introduce a new label that confers it is a human- and animal-free product. The development and production of human recombinant proteins that are essentially ‘blood-free’ can help to create a defined cell culture media as well as provide consistency and perhaps higher productivity. These products could help us reach our goal of the ideal stem cell media – devoid of any animal or human derived components. If you are interested in this topic, please see our more recent publication on the topic, “What does Xeno-Free really mean, and why does it matter to cell culture scientists today?“ | We did not expect meta keywords to be used. It's a worrying sign more than anything, really, as websites with meta keywords often tend to be spammy. |
Load time | 2.5953 seconds on average | Load speed is a concern and should be improved if and when possible. |
Total links on homepage | We found 219 links | This is a normal amount of links. |
Page HTML size | 46.6KB | How do we put this... improvement is quite necessary. Load speed is a very important factor in so many ways! |
Website server | Server appears to be online. The IP address for the server is 86.58.175.5. | It's unfortunate, but despite our best attempts, we failed to gather enough data to provide a meaningful insight at this time. |
What, all that information was not enough? You want... more? Right, then. You asked for it.
Similarly to how a hard drive or a modern SSD device holds your files, a server holds all the files the website needs to operate. To load a webpage, your browser needs to contact the said server and request files - strings of code that make up the website into what it is, including images, text and database entries. Each physical server has a unique IP address that is used by the browser to contact it.
Let's see what technical information we've managed to gather:
Header in detail |
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HTTP/1.1 200 OK Server: nginx Date: Wed, 27 Dec 2017 09:12:10 GMT Content-Type: text/html; charset=utf-8 Transfer-Encoding: chunked Connection: keep-alive Vary: Accept-Encoding Cache-Control: private Vary: Accept-Encoding X-Powered-By: UrlRewriter.NET 1.8.0 Set-Cookie: ASP.NET_SessionId=ap3qovp5zqibnbeimvvg0axf; path=/; HttpOnly Set-Cookie: e-shop=invitro=ap3qovp5zqibnbeimvvg0axf&lastVisit=27-12-2017 10:11:01; expires=Tue, 27-Mar-2018 08:11:01 GMT; path=/ X-AspNet-Version: 4.0.30319 X-Powered-By: ASP.NET X-Cacheable: NO:Cache-Control=private X-Varnish: 1608396666 Age: 0 Via: 1.1 varnish X-Cache: MISS Front-End-Https: on |
A good domain address is usually one that is easy to spell, resulting in the smallest amount of mistypes possible. Still, such a thing inevitably happens. Here is a list with the most frequent 1755 mistypes, associated with in-vitro.dk:
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