Think you may be pregnant? Of course, you want to know quickly and accurately whether you're soon to become a parent. Early care is essential to a healthy pregnancy and baby. With a home pregnancy test, you can get results without leaving your home. Home pregnancy tests are highly accurate and simple to use and interpret so you can get the answers you need. Pregnancy tests detect a hormone called human chorionic gonadotropin, or HCG. After an egg is fertilized and pregnancy has taken place, levels of this hormone begin to rise. Some of this hormone enters your urine and a pregnancy test can detect it. Because HCG levels begin to increase quickly after you become pregnant, some pregnancy tests can tell you whether you're pregnant even before you've even missed a period. How easy is it to use a home pregnancy test? The way you perform a pregnancy test depends upon the test you choose. For most at-home pregnancy tests, you urinate into a cup and put a dipstick into the urine. For some, you place the dipstick directly into your urine stream.

The dipstick changes colors or forms a plus sign if you're pregnant. Some pregnancy tests are digital and flash the results - "pregnant" or "not pregnant" onto an LCD screen on the indicator stick. Some home pregnancy tests are labeled "early pregnancy tests." You can perform this test as early as four days before your period is due. At this stage, it's possible for the test to be falsely negative. airwick air freshener msds sheetA false negative test means the test indicates you're not pregnant but you are. reviews for oreck optimax air purifierThis is more likely to happen if you perform the test before your period is due. air duct cleaning vernal utahWhen you test before your scheduled period is due your HCG level may not be high enough for the test to pick it up.

For added reassurance, you can repeat the test again after the day of your scheduled period has past. Some people prefer a digital pregnancy test because it's so easy to interpret. The results are displayed on an LCD screen as soon as the test is complete. This means you don't have to interpret the results yourself. Sometimes it's hard to interpret a non-digital pregnancy test that uses a "plus" or "minus" or a color change. Always read the instructions carefully before beginning a pregnancy test. Complete instructions are included with each kit. Be sure to time the test accurately. If you read it too soon, the results may be inaccurate. The best time to take a home pregnancy test is first thing in the morning. Your urine is most concentrated at this time and HCG levels will be easier to detect. Urine that's too dilute may give a falsely negative result for some women. Home pregnancy tests are convenient and simple to perform. Walgreens offers an assortment of pregnancy and fertility products for your every need.

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Tuniq 3.5g Thermal Grease Cooler Master ThermalFusion 400 Thermal Compound IC Diamond Innovation Cooling Diamond "24 Carat" Thermal Compound - 4.8 Grams IC Diamond Innovation Cooling Diamond "24 Carat"... Evercool Sidewinder Thermal Compound StarTech Thermal Conductive Heatsink Cooling Pad 5-Pack StarTech Thermal Conductive Heatsink Cooling Pad... EKWB High Performance Thermal Compound 5g Thermaltake TG-2 Thermal Grease Antec Formula 7 Nano Diamond Thermal Compound Fanner Tech USA Thermal Gel Resealable Tube 4x Applications Fanner Tech USA Thermal Gel Resealable Tube 4x...Inspired by the fast-growing electricity industry and the promising results of son Gerard’s own experiments to make reliable carbon filaments, in 1891 Frederik Philips financed the purchase of a modest factory in Eindhoven. To bring cost-effective, reliable electric incandescent light bulbs to everyone who needed them. Over the years since then, we have continued to improve people’s lives with a steady flow of ground-breaking innovations.

Philips began by making carbon-filament lamps and quickly became one of the largest producers in Europe. From the outset, Philips was an export-oriented company. Large orders were won in Russia, including one from the Tsar to light up the Winter Palace. In 1912, Philips became a limited company, with publicly traded shares, listed on the Amsterdam Stock Exchange. With developments in new lighting technology fueling a steady program of expansion, Philips established a research laboratory in 1914 – the world-renowned ‘NatLab’ – to study physical and chemical phenomena and stimulate product innovation. In 1916, Philips received royal recognition on its 25th anniversary. Two years later it introduced a medical X-ray tube. This marked the point when the company began to diversify its product range and to systematically protect its innovations with patents in areas stretching from X-ray radiation to radio reception. During this period, sales organizations were established all over Europe and in countries like China, Australia and Brazil.

In 1927, Philips began producing radios, and within five years it had sold one million sets and become the world’s largest manufacturer of radios and radio tubes. A year later, it produced its 100-millionth radio valve. In 1933 the company started production of medical X-ray equipment in the United States. Having been involved in experiments in television since 1925, Philips showcased its first television at the Annual Fair in Utrecht in 1938. One year later it launched its pioneering rotary electric shaver, the Philishave. Science and technology underwent tremendous development in the 1940s and 1950s, with Philips Research laying the basis for later ground-breaking work in transistors and integrated circuits. The year 1949 saw the introduction of the Philips Synchrocyclotron, enabling research into the treatment of malignant tumors. The company also continued to make major contributions to the recording, transmission and reproduction of television pictures. And in 1963 it introduced the Compact Audio Cassette, setting the global standard for tape recording.

The flow of exciting new products and ideas continued throughout the 1970s. In a decade when energy management was high on the agenda, Philips Research contributed to the new energy-saving lamps. Key breakthroughs were also made in the processing, storage and transmission of images, sound and data. These subsequently led to the invention of optical telecommunication systems, the LaserVision optical disc, and the highly successful Compact Disc. The 1982/83 market launch of the Compact Disc – developed together with Sony – represented another technological landmark for Philips. This new digital format delivered pure sound without background noise. Key to CD’s success was the companies’ decision to grant manufacturing rights to other producers, immediately establishing CD as a new global standard. Other milestones from this period include the production of Philips' 100-millionth TV set in 1984 and the founding of Philips China Ltd in 1985. The 1990s was a decade of significant change for Philips, as the company simplified its structure and reduced the number of areas in which it operated.

In healthcare, Philips adopted a new, people-centric approach to product design, the aim being to make medical systems easier for clinicians to use, and more comfortable for patients. Building on the success of its Compact Disc technology, Philips again partnered with Sony to introduce the DVD in 1997. This ground-breaking innovation went on to become the fastest-growing home electronics product in history. Moving into a new century, Philips remained fully committed to innovation. Reflecting its focus on health and well-being, the company introduced the Ambient Experience in 2002. This innovative solution improves hospitals’ workflow and patient care by integrating architecture, design, dynamic lighting and sound. Other milestones include, in 2006, the first commercial launch of a 3D scanner, providing unprecedented image quality for CT scans. In 2012, Philips introduced the AlluraClarity interventional X-ray system, which offers excellent visibility at low X-ray dose levels. Recent innovations include the development of the Philips Smart Air Purifier and solutions for minimally-invasive surgery.