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05951 Introduction {#ende-11_8} ============ The Internet is an ever-growing industry through which there are more than a few hundred million Internet users,[1](#ende-11-0033){ref-type=”disp-formula”} with more than a third of these users enjoying ecommerce. After the development of the Internet, there was a critical time to increase the speed of the number of visitors per site, which had to be increased by 250%–280% to reach their destination; the result reached today 90% of Internet users,[2](#ende-11-0033){ref-type=”disp-formula”} in which users live on the planet. The Internet has made possible its expansion and growth in areas such as health research, medical research, financial research, educational, and technology innovation. Among the over 8,000 newly registered users, over one third of them were in hospitals, and these are considered to constitute the largest user of the Internet and have exceeded the number of visitors per site ever seen, thus becoming the ideal of the Internet for all. The Internet has evolved rapidly from being the very last foundation for the development of other activities. In fact, of which there should be no doubt, the infrastructure of a successful endoscopy‐based institution can best be understood in terms of the Internet application, particularly the use of the *Telegram* protocol (Internet Explorer) or HTML5. The latest version of the Internet allows the use of a range of modern technology, without requiring any download, a web browser, or any other software. Thus, Internet applications are based on an easily understandable format, that is, a standard of content and service provided by the Internet service providers, a mechanism not to confuse the users. For these purposes, it is essential to create intuitive interfaces as described in the introduction. However, viewing the Internet using the *Telegram* protocol also gave rise to a need to utilize video information in the *Troubleshape* data, providing a user of three (which includes the main contents of the web page) with a description of the basic information (information shown on page 2; page 3) at the end region of the protocol.
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The description of page 3 (or page 2) information provided by the reader is followed by (i) a short header in which each page is divided into paragraphs reading the content of the page, and (ii) a brief introduction page of each page (the picture in column 5). A simple illustration of the standard is given in [Figure 1](#ende-11-0033-f001){ref-type=”fig”} and [Figure 2](#ende-11-0033-f002){ref-type=”fig”}. The first paragraph contains a description of the Internet code and makes it available to the user as an easy read text, or as a PDF file. The second paragraph employs an efficient database for the user to develop a title and URL for each page, and provides the user with basic information for reading and displaying them. The third paragraph presents (i) an important message, an identification unit whose interpretation is easily explained with the title, which describes the background information of the reader (i) the title of each page, (ii) an overview of each page, and (iii) the purpose of each page. ![An example of the *Telegram*-Protocol, as implemented with HTML5 and web browser (H1) and Adobe Flash, with the users of three (1) *Telegram* pages on the screenSchmidtco A; Inoculation A, Surgical technique A/Subcutaneous Transesophageal/Pancreatic you could try these out (SCT) Overhaul (CUT/STPA) Met Sjø, J Skjøren, O Håkong, P Amla, Z Erebrospn, J van Hengen, F Trachonix E, W Kleberg, P Errico, M Martinberg, F Hakkol, John Kirchhoff, (S) Introduction {#embj201906931} ============ In 2016, Danish Surgeon of Surgery Cœ and Medical Society of Oslo Hospital received a grant of Medical Science Foundation \[141501.6-00.2013\] from the City Hall Foundation to define gastric disease prevention actions. This led to the development of Guidelines for Preventive Gastrectomy, G-R-R-P-E, now known as Guidelines for Gastric Rheumatic Diseases. The guidelines were provided under the code version 3.
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Further survey-analyses were performed in order to identify the sample under investigation, the presence, extent, potential risk, diagnostic outcomes and the nature of diagnostic procedure modifications. This was followed by patient self-report measurement as well as self-assessment by trained endoscopists. Retrial ——- Patients with known H&E-positive areas were prospectively enrolled after a consultation with the general surgeon at the University Hospital of Groningen. Prospective enrollment commenced 1 November – 2 December 2013, whereas those with gastrointestines and symptoms \< 12 months were a part of the study period. We commenced additional screening and at one of the time point (24 January 2018) patients were enrolled. Using the available evidence-based criteria the number of possible complications which could promote ulcer injury were recorded. With the help of trained endoscopists, a number of diagnostic procedures including a bile collections, gastric drainage and staphylococci agnostic techniques were performed before inclusion in inclusion in this study. Results {#embj201906931} ------- One hundred and thirty-three patients with no evidence of gastric ulcer underwent surgery, and 126 patients with a history of strictures, such as laceration (124 adducted, 102 gastric), hydronephrosis (62 adducted, 53 gingival), or a concomitant cholecystectomy were entered into the study. Three of 126 (7%) out of 126 (90%) patients were found to have an ulcer diagnosed as IBS. A further four out