Write an article based on this "Collect your materials. Disassemble the microphones. Disassemble and reassemble the stethoscope earpieces. Hook the stethoscope to MP3 player. Start listening."
article: We're now getting into more sophisticated listening equipment. You can either make a listening stethoscope on your own or buy one. Premade models will save you time but can cost several hundred dollars. Unlike a premade model, however, making your own stethoscope will probably cost around or under $25, provided that you already have a fairly good MP3 player. You can typically find a stethoscope at your local drugstore for about $10. The quality of the stethoscope is unlikely to make much of a difference. You will also need microphones. Stereo multimedia microphones are preferable, as they are cheap (around $15) but have fairly good sound specifications. That is, you should be able to pick up sound with them pretty easily and with fair quality. Finally, you will need to have an MP3 player to record sound as well as a 3.5mm (mini) Stereo Y-adapter cable. The cable will be quite cheap, about $3 or $4 dollars. The MP3 player will be the most expensive item if you do not already own one. Keep in mind that it must be able to record, which probably means that you will need a newer model (many older ones do not record but only play music). You will need to cut down the middle of the microphones in order to get to the wiring, remove the tops or headers, and release the microphones. You will then insert the exposed microphones into the stethoscope earpieces. A good tool for doing this is an X-Acto knife. It will make a clean cut through the outer parts of the microphone and let you get to the innards. You should be left with 2 mics and 3.5 mm connectors (the cabling). Remove the earpieces from the stethoscope. This is fairly easy and they should just pop right off. Don't get rid of them, however, as you'll need to attach them to the microphones. Next, gently drill shallow holes into each of the plastic earpieces to a diameter that matches that of the microphone housings. The size of these holes needs to be exact, as the microphones must fit squarely inside of them. A power drill or grinder can give you the desired precision. Glue the microphones inside the earpieces. Put a dab of glue around the edges of the microphone housings and then insert them into the holes that you have just drilled in the stethoscope earpieces. Reattach the earpieces back to the stethoscope and let the glue dry. Last, attach the stethoscope and microphones to the MP3 player. Use the Y-adapter cable to connect the microphones to the MP3 player. The sound that you pick up through the wall will now be collected and amplified by the microphones, transmitted to the MP3 player, and recorded or saved. Plug the single stereo connecter in to an MP3 player. Your spy stethoscope should be ready to go now. Practice first with your stethoscope. As with an ordinary glass, you may have to experiment a bit to find a good placement on the wall or to get the hang of recording. However, unless the walls are double-glazed or have thick insulation, you should be able to hear what is being said on the opposite side.

Write an article based on this "Start with a clean face. Be sure to use clean makeup brushes."
article: When applying makeup, it is important that you start with a clean face. Makeup will go on better and stay on better, and it will also keep your skin healthier. This is because applying makeup to a dirty face can spread bacteria all over your skin, which may lead to breakouts. If you don't have time to wash your face correctly, you can use a skin refresher such as micellar water. It can be easy to put off cleaning your makeup brushes, but it is a task that should not be neglected. Using dirty makeup brushes means that you are spreading the bacteria in your brushes all over your face. This can lead to breakouts. In addition to that, using dirty brushes makes it more difficult to get a clean, polished look. In some cases, using a dirty brush can even lead to infections such as pink eye.

Write an article based on this "Have routine urine testing. Submit to testing for group B Streptococcus (GBS). Conduct a kick count. Conduct a nonstress test. Consider a biophysical profile."
article:
Fortunately, the number of tests performed usually drops in the third and final trimester as long as both mother and baby are deemed to be healthy, and there are no other complications. Urine testing, however, will continue to monitor the protein levels and to detect any unusual bacteria. Testing for GBS, a bacteria that is normally present in the intestines, is standard between 35 to 37 weeks. If GBS infects your baby, it can cause serious illness. The test involves taking swabs from the anal and genital regions to test for traces of the bacteria. If you test positive for the bacterium, you will likely be given antibiotics during labor to protect your baby. If you don't feel your baby moving, are past your due date, carrying more than one baby, or have chronic health conditions, your doctor may ask you to measure the amount of time it takes your baby to move ten times while lying on your side. The best time to do this test is directly after eating as this is when babies tend to be most active. If the baby does not kick at least 10 times in two hours or if the number of moves seems to be decreasing, your doctor may order additional testing. If you have risk factors such as chronic health conditions or are carrying multiples, this test may be conducted more than once beginning at 32 weeks (possibly earlier). A strap will be placed around your abdomen to monitor the baby's heartbeat. The test usually takes anywhere from 20 40 minutes. A baby whose heart rate doesn't rise when he moves may simply be sleeping. Your doctor will try to wake the baby using a buzzer placed on the belly. If the problem persists, further testing will be done. If your baby is overdue or if you've had many complications throughout your pregnancy, your healthcare provider may want to complete a biophysical profile. The test involves an ultrasound combined with the nonstress test, and helps the doctor to determine whether your baby may benefit from being delivered as soon as possible. For example, if your level of amniotic fluid is low, your doctor may wish to deliver the baby as soon as possible.