Posts
best placement for baby monitor image
claredarre
Answer
Im not to sure really, but i really do think me and you are so alike. Are you worried about this? When i was carrying my son Kieran , i was in hospital at leat 3 times a week getting monitored because i didn't feel him move. As soon as i got there he moved like i don't know what!!!! I said to my mum and partner that all i want him to do is scream when he came out so i knew he was ok and he did. I found this on the internet, see if it helps, but try not to worry too much even though you will as your so like me. Your baby will be fine, your just so paranoid and love your baby to bits that you are already trying to protect him/her. I think we may have been seperated at birth.
What are the causes of stillbirth?
There are a number of known causes of stillbirth. Sometimes more than one of these causes may contribute to the babyâs death. Common causes include:
Birth defects: About 15 to 20 percent of stillborn babies have one or more birth defects (4). Nearly half of these have chromosomal abnormalities, such as Down syndrome (4). Others have birth defects resulting from genetic, environmental or unknown causes.
Placental problems: Placental problems cause between 10 and 20 percent of stillbirths (3). One of the most common placental problems is placental abruption. In this condition, the placenta peels away, partly to almost completely, from the uterine wall before delivery. It results in heavy bleeding that can threaten the life of mother and baby. Sometimes it can cause the fetus to die from lack of oxygen. Women who smoke cigarettes or use cocaine during pregnancy are at increased risk of placental abruption.
Poor fetal growth: Fetuses who are growing too slowly are at increased risk of stillbirth, sometimes from asphyxia (lack of oxygen). About 20 percent of stillborn babies have poor growth (3). Women with preeclampsia, a pregnancy-related form of high blood pressure, are at increased risk of having a growth-restricted baby. Smoking also increases the risk. An ultrasound examination during pregnancy can show that the fetus is growing poorly, allowing health care providers to carefully monitor the pregnancy.
Infections: Infections involving the mother, fetus or placenta appear to cause about 10 to 25 percent of stillbirths (3). Infections are an important cause of fetal deaths before 28 weeks of pregnancy (3). Some infections may cause no symptoms in the pregnant woman. These may include genital and urinary tract infections and certain viruses, such as fifth disease (parvovirus infection). These infections may go undiagnosed until they cause serious complications, such as fetal death or preterm birth (before 37 completed weeks of pregnancy).
Chronic health conditions in the pregnant woman: About 10 percent of stillbirths are related to chronic health conditions in the mother, such as high blood pressure, diabetes and kidney disease (3). These conditions may contribute to poor fetal growth or placental abruption. Due to improvements in medical care, fetal deaths due to maternal health conditions have greatly decreased (3).
Umbilical cord accidents: Accidents involving the umbilical cord may contribute to about 15 percent of stillbirths (3). These may include a knot in the cord or abnormal placement of the cord into the placenta. These can deprive the fetus of oxygen.
Other causes of stillbirth include trauma (such as car accidents), postdate pregnancy (a pregnancy that lasts longer than 42 weeks), Rh disease (an incompatibility between the blood of mother and baby), and lack of oxygen (asphyxia) during a difficult delivery. These causes are uncommon.
Can stillbirths be prevented?
Over the past 30 years, stillbirths have declined by about 50 percent (3). This is largely due to better treatment of certain conditions, such as maternal high blood pressure and diabetes, which can increase the risk of stillbirth. Today, women with well-controlled diabetes and high blood pressure face little increased risk of stillbirth (3). Rh disease was an important cause of stillbirth until the 1960s. Now it usually can be prevented by giving an Rh-negative woman an injection of immune globulin at 28 weeks of pregnancy, and again after the birth of an Rh-positive baby.
Women with high-risk pregnancies are carefully monitored during late pregnancy, usually starting by about 32 weeks (3). Tests that monitor the fetal heart rate often can tell if the fetus is in trouble. This can allow treatment, sometimes including early delivery, which can be lifesaving. Premature babies are at increased risk of health problems in the newborn period and of lasting disabilities. However, with advances in medical care, the outlook for premature babies has greatly improved.
Health care providers often suggest that high-risk pregnant women do a daily âkick countâ starting around 28 weeks of pregnancy (5). One approach is to record how long it takes a fetus to make ten movements. It is reassuring if a fetus makes ten movements within two hours. If a woman counts fewer than ten kicks in two hours, or if she feels that the baby is moving less than usual, she should contact her health care provider. Her provider may recommend tests, such as fetal heart rate monitoring and ultrasound.
Women should not smoke, drink alcohol or use street drugs during pregnancy. All of these can increase the risk of stillbirth and other pregnancy complications. Pregnant women also should discuss all prescription, over-the-counter and herbal medications with their health care provider because some medications can pose a risk to the fetus.
Pregnant women should report any vaginal bleeding to their health care provider immediately. Vaginal bleeding during the second half of pregnancy can be a sign of placental abruption. Often, a prompt cesarean delivery can save the baby.
Women who are obese appear to be at increased risk of having a stillborn baby (6). Women who are obese should consider losing weight before they attempt to conceive. Their health care provider can discuss their ideal weight and how they can achieve it. A woman should never try to lose weight during pregnancy. However, women who are obese should not gain as much weight during pregnancy as women who are not overweight.
Im not to sure really, but i really do think me and you are so alike. Are you worried about this? When i was carrying my son Kieran , i was in hospital at leat 3 times a week getting monitored because i didn't feel him move. As soon as i got there he moved like i don't know what!!!! I said to my mum and partner that all i want him to do is scream when he came out so i knew he was ok and he did. I found this on the internet, see if it helps, but try not to worry too much even though you will as your so like me. Your baby will be fine, your just so paranoid and love your baby to bits that you are already trying to protect him/her. I think we may have been seperated at birth.
What are the causes of stillbirth?
There are a number of known causes of stillbirth. Sometimes more than one of these causes may contribute to the babyâs death. Common causes include:
Birth defects: About 15 to 20 percent of stillborn babies have one or more birth defects (4). Nearly half of these have chromosomal abnormalities, such as Down syndrome (4). Others have birth defects resulting from genetic, environmental or unknown causes.
Placental problems: Placental problems cause between 10 and 20 percent of stillbirths (3). One of the most common placental problems is placental abruption. In this condition, the placenta peels away, partly to almost completely, from the uterine wall before delivery. It results in heavy bleeding that can threaten the life of mother and baby. Sometimes it can cause the fetus to die from lack of oxygen. Women who smoke cigarettes or use cocaine during pregnancy are at increased risk of placental abruption.
Poor fetal growth: Fetuses who are growing too slowly are at increased risk of stillbirth, sometimes from asphyxia (lack of oxygen). About 20 percent of stillborn babies have poor growth (3). Women with preeclampsia, a pregnancy-related form of high blood pressure, are at increased risk of having a growth-restricted baby. Smoking also increases the risk. An ultrasound examination during pregnancy can show that the fetus is growing poorly, allowing health care providers to carefully monitor the pregnancy.
Infections: Infections involving the mother, fetus or placenta appear to cause about 10 to 25 percent of stillbirths (3). Infections are an important cause of fetal deaths before 28 weeks of pregnancy (3). Some infections may cause no symptoms in the pregnant woman. These may include genital and urinary tract infections and certain viruses, such as fifth disease (parvovirus infection). These infections may go undiagnosed until they cause serious complications, such as fetal death or preterm birth (before 37 completed weeks of pregnancy).
Chronic health conditions in the pregnant woman: About 10 percent of stillbirths are related to chronic health conditions in the mother, such as high blood pressure, diabetes and kidney disease (3). These conditions may contribute to poor fetal growth or placental abruption. Due to improvements in medical care, fetal deaths due to maternal health conditions have greatly decreased (3).
Umbilical cord accidents: Accidents involving the umbilical cord may contribute to about 15 percent of stillbirths (3). These may include a knot in the cord or abnormal placement of the cord into the placenta. These can deprive the fetus of oxygen.
Other causes of stillbirth include trauma (such as car accidents), postdate pregnancy (a pregnancy that lasts longer than 42 weeks), Rh disease (an incompatibility between the blood of mother and baby), and lack of oxygen (asphyxia) during a difficult delivery. These causes are uncommon.
Can stillbirths be prevented?
Over the past 30 years, stillbirths have declined by about 50 percent (3). This is largely due to better treatment of certain conditions, such as maternal high blood pressure and diabetes, which can increase the risk of stillbirth. Today, women with well-controlled diabetes and high blood pressure face little increased risk of stillbirth (3). Rh disease was an important cause of stillbirth until the 1960s. Now it usually can be prevented by giving an Rh-negative woman an injection of immune globulin at 28 weeks of pregnancy, and again after the birth of an Rh-positive baby.
Women with high-risk pregnancies are carefully monitored during late pregnancy, usually starting by about 32 weeks (3). Tests that monitor the fetal heart rate often can tell if the fetus is in trouble. This can allow treatment, sometimes including early delivery, which can be lifesaving. Premature babies are at increased risk of health problems in the newborn period and of lasting disabilities. However, with advances in medical care, the outlook for premature babies has greatly improved.
Health care providers often suggest that high-risk pregnant women do a daily âkick countâ starting around 28 weeks of pregnancy (5). One approach is to record how long it takes a fetus to make ten movements. It is reassuring if a fetus makes ten movements within two hours. If a woman counts fewer than ten kicks in two hours, or if she feels that the baby is moving less than usual, she should contact her health care provider. Her provider may recommend tests, such as fetal heart rate monitoring and ultrasound.
Women should not smoke, drink alcohol or use street drugs during pregnancy. All of these can increase the risk of stillbirth and other pregnancy complications. Pregnant women also should discuss all prescription, over-the-counter and herbal medications with their health care provider because some medications can pose a risk to the fetus.
Pregnant women should report any vaginal bleeding to their health care provider immediately. Vaginal bleeding during the second half of pregnancy can be a sign of placental abruption. Often, a prompt cesarean delivery can save the baby.
Women who are obese appear to be at increased risk of having a stillborn baby (6). Women who are obese should consider losing weight before they attempt to conceive. Their health care provider can discuss their ideal weight and how they can achieve it. A woman should never try to lose weight during pregnancy. However, women who are obese should not gain as much weight during pregnancy as women who are not overweight.
Is there anyway to boost my reception in my basement?
rynearson9
I get decent signal on the main floor and when i go in the basement my signal sucks. I have Verizon
Answer
Well here is some information that tells you what interferes with wireless signal:
Sources of interference for wireless devices and networks
The farther away the interference source, the less likely it is to cause an issue. The following items can cause interference with wireless communication:
* Microwave ovens: Placing your computer, Bluetooth wireless device, or AirPort base station near a microwave oven that is in use may cause interference.
* Direct Satellite Service (DSS) RF leakage: The coax cable that comes with certain types of satellite dishes may cause interference. Obtain newer cables if you suspect RF leakage.
* Certain electrical devices such as power lines, electrical railroad tracks, and power stations.
* 2.4 GHz or 5 GHz phones: A cordless telephone that operates in this range may cause interference with wireless devices or networks when used.
* Metal objects: If possible, move metal objects or change the placement of the computer, wireless device or wireless access point so the path between your computer and the wireless device or wireless access point is free from metal objects that may cause interference.
* Video senders (transmitters/receivers) that operate in the 2.4 GHz or 5 GHz bandwidth.
* Wireless speakers that operate in the 2.4 GHz or 5 GHz bandwidth.
* Certain external monitors and LCD displays: Certain displays may emit harmonic interference, especially in the 2.4GHz bandwidth between channels 11 and 14. This interference may be at its worst if you have a portable computer with the lid closed and an external monitor connected to it. Try changing your access point to use 5 Ghz or a lower 2.4 GHz channel.
* Any other "wireless" devices that operate in the 2.4 GHz or 5 GHz bandwidth (microwaves, cameras, baby monitors, and so on).
Note: Some devices may not overtly state that they operate in the 2.4 GHz or 5 GHz bandwidth. The operations manual should indicate the frequencies the device uses to operate. These may be referred to as "Dual Band" or "Wireless" devices.
Effect of home and office elements on wireless communication
Where you are located and what materials you are surrounded by can affect your wireless networking performance or Bluetooth wireless device. The table below shows common elements and their potential for interference.
Type of Barrier Interference Potential
Wood Low Interference
Plaster Low Interference
Synthetic material Low Interference
Glass Low Interference
Water Medium Interference
Bricks Medium Interference
Marble Medium Interference
Paper rolls High Interference
Concrete High Interference
Bulletproof glass High Interference
Metal Very high Interference
I would say your problem is Concrete because of the bricks, which are almost the hardest next to metal and bulletproof glass... But if you can get a wireless access point and get it at the entrance of the basement, it will take the signal from your router and extend it into your basement. You can take these WAPoints and move them around to see where you get the best signal in your basement with where the access point extends the signal too. I hope this helps. Also some of the other items listed above can cause inteference but I would suspect the concrete and start there. There not too expensive and you can have more than one.
Well here is some information that tells you what interferes with wireless signal:
Sources of interference for wireless devices and networks
The farther away the interference source, the less likely it is to cause an issue. The following items can cause interference with wireless communication:
* Microwave ovens: Placing your computer, Bluetooth wireless device, or AirPort base station near a microwave oven that is in use may cause interference.
* Direct Satellite Service (DSS) RF leakage: The coax cable that comes with certain types of satellite dishes may cause interference. Obtain newer cables if you suspect RF leakage.
* Certain electrical devices such as power lines, electrical railroad tracks, and power stations.
* 2.4 GHz or 5 GHz phones: A cordless telephone that operates in this range may cause interference with wireless devices or networks when used.
* Metal objects: If possible, move metal objects or change the placement of the computer, wireless device or wireless access point so the path between your computer and the wireless device or wireless access point is free from metal objects that may cause interference.
* Video senders (transmitters/receivers) that operate in the 2.4 GHz or 5 GHz bandwidth.
* Wireless speakers that operate in the 2.4 GHz or 5 GHz bandwidth.
* Certain external monitors and LCD displays: Certain displays may emit harmonic interference, especially in the 2.4GHz bandwidth between channels 11 and 14. This interference may be at its worst if you have a portable computer with the lid closed and an external monitor connected to it. Try changing your access point to use 5 Ghz or a lower 2.4 GHz channel.
* Any other "wireless" devices that operate in the 2.4 GHz or 5 GHz bandwidth (microwaves, cameras, baby monitors, and so on).
Note: Some devices may not overtly state that they operate in the 2.4 GHz or 5 GHz bandwidth. The operations manual should indicate the frequencies the device uses to operate. These may be referred to as "Dual Band" or "Wireless" devices.
Effect of home and office elements on wireless communication
Where you are located and what materials you are surrounded by can affect your wireless networking performance or Bluetooth wireless device. The table below shows common elements and their potential for interference.
Type of Barrier Interference Potential
Wood Low Interference
Plaster Low Interference
Synthetic material Low Interference
Glass Low Interference
Water Medium Interference
Bricks Medium Interference
Marble Medium Interference
Paper rolls High Interference
Concrete High Interference
Bulletproof glass High Interference
Metal Very high Interference
I would say your problem is Concrete because of the bricks, which are almost the hardest next to metal and bulletproof glass... But if you can get a wireless access point and get it at the entrance of the basement, it will take the signal from your router and extend it into your basement. You can take these WAPoints and move them around to see where you get the best signal in your basement with where the access point extends the signal too. I hope this helps. Also some of the other items listed above can cause inteference but I would suspect the concrete and start there. There not too expensive and you can have more than one.
Powered by Yahoo! Answers
No comments:
Post a Comment