Impending Crisis was an anti-slavery book by H R Helper, of North Carolina, appearing in 1857. It earnestly opposed slavery on economical grounds. The book was used as a campaign document by the Republican party in 1860, and 140,000 copies were sold between 1857 and 1861. H R Helper purported to represent the sentiments of Southern non-slaveholding whites. Research Impending Crisis
Johann Bugenhagen was a German reformer. He was born in 1485 and died in 1558. He was a friend and helper of Luther in preparing his translation of the Bible. He fled from his Catholic superiors to Wittenberg in 1521, where he was made, in 1522, professor of theology. He effected the union of the Protestant free cities with the Saxons, and introduced into Brunswick, Hamburg, Lubeck, Pomerania, Denmark, and many other places, the Lutheran service and churchdiscipline. He translated the Bible into Low German and wrote an Exposition of the Book of Psalms and a History of Pomerania. Research Johann Bugenhagen
The human body is continually exposed to disease producing organisms, called pathogens, and other harmful substances in the environment. The immune system is the body's defense against these harmful invaders. The body's ability to counteract the effects of pathogens and other harmful agents is called resistance and it is dependent on a variety of defense mechanisms.
The immune system is made up of billions of special cells called white blood cells, lymphocytes, unique proteins called antibodies, chemicals that mediate immune response, and special organs that replenish and integrate the whole immune process. All of these defense mechanism must act together and are designed to react rapidly to provide protection against disease-producing organisms and their toxins. There are two aspects of the immune system's response to disease: innate and acquired. Natural, or innate, immunity is present from birth and is the first line of defense against the vast majority of infectious agents. Innate immunity involves barriers that keep harmful material from entering the body. The skin provides an impenetrable barrier. The eyes use fluids, such as tears, and the presence of enzymes, such as lysozyme, that destroy bacteria. The respiratory system utilizes cilia, mucus, and coughing to get rid of foreign materials. If infection-causing organisms gets past these defenses, the body produces fever, inflammation, and other reactions designed to conquer the unwelcome invader.
Inflammation causes an increase in the local blood supply so that large numbers of white blood cells can be brought to the area to fight the infection. Some of these white blood cells are phagocytes and macrophages that literally eat the invading microorganism. In most cases of minor infection, these cells solve the problem. If the pathogen succeeds in passing this barrier, a more complex process, involving other cells of the immune system, is necessary. When a virus enters the body an immune response begins automatically. A scavenger macrophage will eat the virus and display the viral antigen on its surface. Anything that can trigger an immune response is called an antigen. An antigen can be a germ such as a virus, or even a part of a virus. Other white blood cells in your body called 'helper T-cells' will see the viral antigen and produce toxins that will destroy it. The helper T- cells then send chemical messages that activate lymphocytes called B-cells which make antibodies that recognize the viral antigen. These cells ' remember' the specific disease organism and divide into many more cells. The resulting 'clone' of identical cells starts producing very large numbers of antibodies that bind to all the organisms of that disease and destroy them. This process is called acquired immunity. It is a learning process of the immune system that develops either through exposure to microorganisms. It is estimated that the body has more than 100 million different kinds of antibodies, each one custom-built to identify a particular pathogen. If the body is exposed a second time, no symptoms occur because the organism is destroyed quickly - the bofy is immune to that particular pathogen. Research The Immune System
AdBreak is a Windows Trojan that consists of a BrowserHelperObject which opens pop-up advertising as you use Internet Explorer, and a task run at start-up which replaces the Internet explorer home page, search and error pages to point to pages on AdBreak's servers. In addition to serving unwanted adverts, AdBreak can also execute unsigned code on the web, and passes the URLs of sites visited by the hostcomputer back to its home server. Research AdBreak
Transponder is an Internet Explorer BrowserHelperObjectparasite written in Microsoft Visual C++ that monitors web pages requested and the data entered into forms (including secure forms), and sends this information to its home server.
Transponder also opens pop-up advertisement windows and has the capability to update itself and install other software, all without the user's knowledge or permission. There are various variants of Transponder, the VX2 variant was stealth-installed by version 0.608W of the AudioGalaxy Satellite up until some time in November 2001, when after public outcry it was removed. The Blackstone variant is installed with all software from Mindset Interactive. Other variants are commonly installed by pornographic web sites through security holes in Internet Explorer. The main security concerns about Transponder are that it reports back to its servers with URLs visited, data entered into web forms, the hostcomputer configuration and software that is installed. If the hostcomputer has its e-mail address set in OutlookExpress, that will be sent to Mindset Interactive to be sold in mass marketing lists. Removal of the parasite has to be done manually by unregistering the associated file (IEHelper.dll, VX2.dll,
MSView.dll or TPS108.dll) from the Windows directory, restarting the hostcomputer and then deleting the parasite file from the Windows directory. Research Transponder
Abbreviations
Research Impending Crisis
