Womens Things

Many couples plan to bear children when they are settled, but most of them are not lucky enough to do so due to health complications. It may result in miscarriages in the woman that further increases the chances of danger to life. For solving this problem, it is advisable to seek the best Gynecologist, who can provide suitable solutions. There are many treatments carried out by the doctors, which include IVF, Blastocyst, ICSI and Embryo Transfer. The couples may choose a suitable treatment for them with the advice of their doctor.

Fertility Treatments - An Answer to One's Infertility

The infertility problem can be related to both men and women. There are separate treatments done by the doctors in the fertility centers. Few treatments may pose a risk to the couples, but some other can prove successful for them. It solely depends on the doctor about which fertility treatments will bring 100% success. IVF treatment proves successful in most of the cases. However, there are few cases where Embryo Transfer retrieves the best results.

The patients must prefer reputed doctors after taking recommendations, searching online for good Gynecologists, best fertility centers in and around the town, etc. Here are few pointers that will help people to get an insight about the fertility treatment:

    Look out for Varied Fertility Treatment Options: Before opting for a fertility treatment, the patients must watch out for versatile options. They can choose the best fertility treatment options after looking forward to the availability of a particular technique, cost involved, an experience of other patients, and advice from the renowned doctors, etc.
    Use of Advanced Techniques: The fertility center that the patients are choosing must use the latest techniques for treating the patients. They must possess high-quality treatment tools, best infrastructure, one-of-its-kind IVF or ICSI technique, and embryo transfer by the experienced doctors using advanced tools.
    Choose the Right Doctor: The couples must choose a right doctor for the fertility treatment. It would be good if people select the best fertility center that has experienced Embryologist, Gynecologist, Urologist, Surgeon and in most cases, a good psychologist. They will guide men and women to opt for a perfect treatment that will not put any ill effect on their health.
    Evaluates the Status of Patients: The patients need to see the doctor who evaluates their general health. This will help the doctors in acknowledging any infection, prior diseases if any, miscarriages of the women, mental and physical health of the patients, etc. This vital information will help the specialists to administer a right kind of fertility treatment and medicines to their patients.

Lastly, it is necessary for both men and women to search thoroughly by keeping every parameter in mind in relation to the fertility treatment. These treatments are quite costly so one needs to look out for the hospitals or fertility centers that provide affordable treatment.

Like a woman, a man has several important organs needed to create a new life – your baby. Without healthy male reproductive organs even a woman who can easily conceive will not. Now, let’s look at some of the things that can affect a man’s ability to impregnate his wife:

The Penis
Does size really matter when it comes to getting your gal pregnant? No, not really, as long as the penis is big enough to get the sperm into the vagina and up toward the cervix. However, function is very important in regards to a male’s fertility. Impotence or an inability to either have or sustain an erection can make it difficult to create a pregnancy.
Other problems can occur when the penis is not formed correctly. It is important that the opening that lets the sperm out of the penis be at the center of the penis’ tip. There are two main variations that can cause problems getting pregnant: Hypospadias – affects about one in 300 men. It is caused when the opening is on the underside of the penis.Epispadias is caused by the opening at the top of the penis, and is much rarer (only affecting one in 100,000 men).
Both of these conditions are associated with an unusual curvature of the erect penis -- it curves up in epispadias and down in hypospadias – and can prevent the sperm from getting where it’s needed in order to fertilize the woman’s egg.

The Testicles
A man’s testicles both produce and store sperm. It is vitally important for the testicles to be kept a few degrees cooler than 98 degrees for sperm to develop properly. That’s why it is so important for men with one testicle larger than the other to be checked for both hydrocele, a collection of fluid inside the scrotum; and varicose, varicose veins in the testicle, which can both raise testicle temperature and cause infertility.Unlike a woman’s eggs, which are present at birth, a man continues to produce sperm throughout adulthood.Although produced every day, it does take about two months for a man’s sperm to fully mature. The process begins in the testes, where FSH and LH hormones
begin making sperm and testosterone. Once the sperm mature in the epididymis, they travel through the vas deferens up to the seminal vesicle and the prostate, where they are submerged in semen and finally ejaculated through the urethra and into the woman’s vagina during intercourse.

The Sperm
Without sperm there would be no babies. Without enough of them your chances of becoming pregnant lessen. Every time a man ejaculates, about - 200 million sperm are released. That should certainly be enough to fertilize one little egg now shouldn’t it? Maybe not! Within a few hours that 200 million has dwindled to a paltry 100 million. Their job has just gotten harder. The journey to the egg is long and difficult. First, the sperm needs to know in which direction to swim (statistics show that almost half go in the wrong direction – maybe they should stop and ask for directions!).Next, they actually have to get moving. Many lag behind. Meanwhile, the woman’s body isn’t necessarily friendly, killing off thousands of others along the way. For the lucky few, success can be found, but only if they are strong enough and persistent enough to make it through the long arduous journey.

If you’re worried that chapter one is going to be one big boring health and science lesson, don’t. Sure we’re going to learn a lot about how our bodies work – and sometimes don’t -- but it won’t be a repeat of junior high health class. The stuff we’re going to learn about now is all the stuff you absolutely need to know in order to get pregnant – and stay pregnant! Let’s get started by taking a closer look at the way we are made:

What Makes Her Special
Women are complex creatures – in more ways than one! But nothing may be as complex as her reproductive organs. Here’s a quick look at how a woman is capable of bearing children and why it’s so important that each organ be in tip-top working order:

The Vagina
Having little to do with your ability to conceive a child, the vagina is considered more of a  passageway for the penis and its sperm to enter the opening of the uterus where it can do the job it is intended to do.One thing that can affect your ability to get pregnant is the hymen, a perforated piece of tissue found at the entrance of the vagina. While the vast majority of young girls have small openings in the hymen, which is later completely torn during the first sexual experience, a small percentage of girls may have an imperforate (or solid) hymen. This can cause blood from the monthly period to back up behind the tissue and into the fallopian tube, which can cause endometriosis, a major factor in female infertility.

The Cervix
The cervix is a tight muscle-like tissue found in the lower part of the uterus. Its main job is to hold the baby in place until delivery. However, it also guards against infection by forming a mucus barrier between your vagina and the inside of the uterus.
An incomplete cervix can be a cause for concern, since it is not closed enough to hold the baby in place, thus causing a miscarriage once the baby’s weight presses against it, opening the cervix even more. An incompetent cervix can usually be fixed by suturing the cervix closed until delivery.

The Uterus
A woman’s uterus, otherwise known as the womb, is typically a pear shaped organ designed to hold and nurture a baby for the nine months it takes to develop inside the mother’s body.
In the past it has been highly believed that a woman with a retroverted uterus, or one that is flopped forward toward your pubic bone could not get pregnant. This is simply not true. However, there are some uterine malformations that can affect your ability to both get pregnant and to maintain a pregnancy long enough to give birth to a healthy baby. They include: A septate uterus, which features a band of tissue called the septum which can partially or completely divide the inside of the uterus.
Bicornuate (two-horn) and unicornuate (one-horn) uteri feature either one (uni) or two (bi) narrower-than-normal cavities. Women with this type of uterus often miscarry once they do become pregnant. Polyps, also known as benign fibroid growths in the uterus can interfere with a woman’s ability to conceive, and need to be removed in order to increase their chances of an embryo attaching to the uterine wall. Although, removing fibroids can leave scar tissue in the uterine cavity that can make it more difficult to get pregnant since a fetus can have a hard time implanting on scar tissue.

The Ovaries
The ovaries may be two of the most important organs needed to have a baby since they hold and protect the eggs needed for conception. Women do not make eggs throughout their lifetime. Instead, they are born with the amount they will ever have stored in their ovaries. Every month, some are lost due to a variety of biological reasons, while one or two are released for fertilization. If a sperm does not fertilize the egg, it is flushed from the body during the woman’s monthly menses. Should one or both ovaries (and the eggs it contains) become damaged or diseased any time during her life, it can greatly affect her chances of ever bearing children.

The Eggs
Without healthy viable eggs, a woman has a zero percent chance of getting pregnant or giving birth to a healthy baby. Eggs are made up of some important factors including its Chromosomes, which contain the genes that will determine what your baby will look and act like; whether it will be short or tall; healthy or not; fat or skinny; and so much more. A human egg is made up of three protective layers starting with the nourishing and protective cumulus layer; followed by the corona radiate, a protective single layer of cells covering the zona pellucida, or egg “shell.” A mature, ready-for-fertilization egg (also called an ocycte), contains only 23 chromosomes. Add that to the 23 offered by the male’s sperm and your new baby’s cells gets the 46 chromosomes needed to be perfect. Miss one or two  chromosomes and your baby with either have a serious malady or you will miscarry.

The Fallopian Tubes
Every month a woman’s ovaries releases one or two eggs to be fertilized so it can grow in the safety of the womb. But, first, it must get there, travelling by way of the fallopian tube, which connects each ovary to the uterus. Without healthy tubes, the egg can neither become fertilized (since a blocked tube will prevent the sperm from getting to it in the first place), or make its way to the safety of the nourishing womb. Tubes can be damaged in several ways, with the most common culprits being infection or endometriosis. While both tubes do not have to be clear in order to get pregnant, your chances of conceiving are reduced if one is damaged or blocked in any way.

Her Menstrual Cycle
If all of your reproductive organs are not working properly, they can affect your menstrual cycle and your ability to get pregnant. Unfortunately, when it comes to a woman’s menses a lot of things can go wrong. But, before we begin to discuss all of the things that can negatively affect your menstrual cycle, let’s first take a look at how it all works:

Step One
A woman’s pituitary gland releases FSH -- a follicle-stimulating hormone -- after the monthly menses has ended. Meanwhile in the ovary, a dozen or so antral follicles (fluid filled sacs surrounding the egg), begin to grow. It is during this time that at least one egg matures. In response to FSH and luteinizing hormone (LH), the follicle is released by the pituitary gland, and begins to produce estrogen in the ovary. At the same time, the estrogen being produced in the ovary signals the uterus to thicken its lining in preparation for the egg’s release. This is called the proliferative phase of the
uterus. In normal cases, one follicle grows faster than the others, producing more estrogen, causing FSH to decrease and the smaller follicles to stop growing. This signals the pituitary gland to release an LH surge, which makes the egg inside the dominant follicle mature.

Step Two
This causes the follicle to burst, releasing the egg which is picked up by one of the fallopian tubes. This is called ovulation.

Step Three
If all goes as planned, the mature egg will meet up with an eager sperm, resulting in an embryo that will now begin to travel down the fallopian tubes, toward the safety of the womb, where it will implant and grow for the next nine months.

Step Four
The leftover part of the follicle, now called the corpus luteum, now begins to produce progesterone, an important chemical to help the embryo implant properly in the lining of the uterus where it can grow. If an egg fails to implant here, the uterine lining will begin to break down and your monthly flow will begin again. It usually takes about 10-14 days for your body to mature an egg and release it.
Ovulation for most women usually takes place between the 10th and 14th day after the start of their last period. Understanding the importance of consistent ovulation is an important factor in determining why you may be having trouble getting pregnant. For instance, if you are getting your period 12 days or less after you ovulate, you may not be making enough progesterone to support a pregnancy. In contrast, if your cycles are very long, or even irregular, you may not be producing eggs often – or even at all!

Timing Is Everything
Remember, when it comes to getting pregnant, timing is everything, which is why it is so important to understand your menstrual cycle. The biggest mistake a women make is assuming that she is “normal,” and so is her ovulation. Most of us have been taught that ovulation occurs around the 14th day so we should be having lots of sex between days 12 and 15. While this may be true for most women, it isn’t true for all women. If you’ve been trying for awhile to get pregnant, the best thing you may want to look at is exactly when you ovulate and when you’re having intercourse. Ovulation usually occurs 14 days before your period begins. So, if you have a 28 day cycle, then you can expect to ovulate on day 14 like the average woman. But, if your periods are only 25 days apart, you’re going to ovulate around day 11, so having sex on days 13 and 14 will be too late. Conversely, if you have longer periods (say 34 days), you won’t even ovulate until day 20, so all that sperm from day 14 and 15 will be long gone by the time it’s needed.To better your chances of getting pregnant, be sure to study your periods; figure out when you actually do ovulate and then make sure that you get busy during the right time of the month! For some people, it’s that easy! Of course, it’s not always that easy to get pregnant, especially if you have irregular periods. Menstrual cycles that are way off the scale of normal usually indicate an underlining fertility issue such as a lack of regular ovulation, which we’ll discuss later. Right now, the important thing is to get in touch with your body and your menstrual cycle so you have the information and knowledge that you’ll need as you continue through this book.

Whether you wake up with nausea or cravings, a healthy breakfast is very important if you are pregnant. These easy-to-use and largely pre-cooked breakfast options are filled with essential nutrients to keep you healthy, support your baby's growth and start the day as best as possible. Pregnancy Breakfast ideas will lead you on the way of getting better nutrition.

Breakfast with salmon and cream
Smoked salmon is not a good choice for pregnant women because of the risk of listeriosis. But that's not a reason to miss omega-3 fatty acids in salmon. These healthy fats are important for the development of your brain! Choose a variety of baked fish and enjoy them with cream cheese in your favorite bagel. Look for mini-bagels that are actually much closer to the size of the good portion than the huge coffee variant. If you can find a variety of whole grains, you will receive another nutritional bonus for you and your baby.

Breakfast with apples
Are your morning's crazy? It's still not an excuse to skip breakfast, especially with this simple option. Prepare this oatmeal the day before and enjoy by preparing your meals or parking at your desk. Just mix 1/2 cup of oatmeal with 1/2 cup of milk in a mason jar, sprinkle with a tablespoon of chopped walnuts and rub in the middle of an apple. Shake and let stand overnight in the refrigerator, and ready: Breakfast is served!

Breakfast smoothie
How about a glass of super foods in the morning? This shake is full of vitamin C that comes from fruits and protein, calcium come from the yogurt. And you probably know how important it is to have enough folic acid in during the. So to properly arrange the requirement amount of folic acid you have to follow pregnancy breakfast ideas. Leafy vegetables such as spinach will serve the purpose. Chia seeds are an important plant source of omega-3s; the beneficial fatty acids that scientists believe are needed. To make this super-loaded smoothie, mix 1/2 cup almond milk, 1/2 cup yogurt, a kiwi, a handful of spinach and a tablespoon of chia seeds.

Egg, cheese breakfast
If you're having trouble getting enough vegetables during the day, try starting the day with a full serving. This burrito is also a source of protein. Eggs, beans, and cheese help you get the extra 25 grams of protein you need now. To prepare, sprinkle two scrambled eggs, two tablespoons boiled beans (canned), two tablespoons grated shredded cheese, such as cheddar cheese, and a medium-sized tomato cut into a tortilla. Season with salt and pepper and roll, fold up and down.

Breakfast with eggs and avocado
Start the day with a useful dose of chorine from eggs, a superstar nutrient for expectant moms. It helps to improve the function of your brain (so you will never forget breakfast again) and discusses the development of your baby's brain, especially during the last trimester. And your belly will thank you for the fiber of all toasts and avocados.

Boiled egg and avocado with toast
Start the day with a useful dose of choline from eggs, a superstar nutrient for expectant moms. Recent research shows: In the morning we can't get required nutrition, so get in the breakfast an egg yolk contains about a quarter of the hill you need each day. It helps to improve the function of your brain (so you will never forget breakfast again) and discusses the development of your baby's brain, especially during the last trimester. And your belly will thank you for the fiber of all toasts and avocados.

Weight Gain Breakfast for Mom

Many women experience musculoskeletal problems during their pregnancy. It is common for them to have lower back pain, discomfort in the pelvic girdle and/or neck and upper back pain. This occurs as pregnancy progresses due to the increasing weight and size of the baby internally and subsequent postural changes the expectant mother undergoes. This article will discuss musculoskeletal conditions that occur during pregnancy and a potential palliative care. A specific case study by the author will also be presented as an example that the reader may find useful and helpful.

A recent research study published in BMJ Open, August 2017 noted that musculoskeletal pain is a common cause of sick leave during pregnancy. An electronic survey of 6686 new mothers from 12 European countries revealed that 8% took sick leave during their pregnancy because of pain in their neck, back or pelvic girdle. These findings reveal the need for musculoskeletal care during pregnancy to help reduce pain and sick leave.

When I first started in chiropractic practice 33 years ago I treated a patient named Donna. Donna had a desk job and found monthly chiropractic adjustments kept her free from neck and lower back pain. She became pregnant with her second child and we continued to give her regular treatments. After having the baby I asked her how the delivery went. She said: "I wish I had known about chiropractic adjustments when I had my first child." She related that her second pregnancy had been much easier and the delivery was more comfortable and took less time than her first child. She noted during her first pregnancy she had not had chiropractic care and, while there were no complications, it hadn't been easy.

Over the years I've seen many similar results. Pregnant women who receive chiropractic care have more comfortable pregnancies and easier, faster delivery times. Chiropractic research verifies these facts.

There are chiropractic postgraduate classes focused on treating pregnant women utilizing the Webster Technique. Training during the study of the Webster Technique emphasizes the anatomical study of the bones, joints, muscles and nerves of the body. Additionally, there is education regarding the physiology of pregnancy and the effects on women and the developing fetus. The Webster Technique also teaches gentle manipulative procedures that chiropractors use to keep the pelvis and lower spine of pregnant women in good alignment. This method is an alternative safe, gentle, drug-free way of assisting women during pregnancy

A trisomy is a type of aneuploidy (chromosomal abnormality) in which the cells of the body contain an extra copy of a chromosome. While most aneuploidies result in miscarriage, fetal development can progress to live birth in the case of trisomy 21 (Down syndrome), trisomy 18 (Edwards syndrome), trisomy 13 (Patau syndrome), and a few other, less common chromosomal abnormalities. Of the three most common trisomies, Patau syndrome is the rarest; it also has the most severe clinical presentation.

What Is Trisomy 13?

Trisomy 13 is an aneuploidy in which the body cells contain excess genetic material from chromosome 13. Typically, an entire third copy of chromosome 13 is present in each cell. In some cases, however, the aneuploidy is due to chromosomal translocation, and in even fewer cases it is caused by mosaicism, whereby only some of the body cells are affected.

The presence of additional genetic material from chromosome 13 strongly impacts development, causing multiple and often severe organ defects, as well as mental disabilities (see Clinical Presentation below). In the case of mosaic trisomy 13, the extent and severity of these defects depend on the type and number of cells that have an additional chromosome but are typically milder than the abnormalities seen with full trisomy 13.

What Causes Trisomy 13?

The majority of trisomy 13 cases are not inherited. Whereas full trisomy 13 is a result of nondisjunction (an error of cell division) of chromosomes during meiosis (cell division of sex cells), mosaic trisomy 13 is caused by nondisjunction during mitosis (cell division in early fetal development).

Translocation trisomy 13 can be inherited. A parent may carry a rearrangement of genetic material between chromosome 13 and another chromosome without being affected himself/herself. Such parent, however, faces an increased risk of having a child with this condition.

In any case, even though trisomy 13 is seen in only 1 out of 10,000-20,000 live births and is typically due to random events occurring during egg or sperm formation in healthy parents, a strong correlation exists between maternal age and the likelihood of an aneuploidy to occur. Racial or geographical correlations have not been observed.

Clinical Presentation

Trisomy 13 can present with multiple (and typically severe) physical and mental abnormalities. The most common characteristics include

    heart defects (> 80% of cases)
    holoprosencephaly (failure of the forebrain to develop into two hemispheres)
    polydactyly (extra fingers and toes)
    rocker-bottom feet
    cleft lip (abnormal groove in the upper lip)
    cleft palate (incomplete closure of the roof of the mouth)
    microphthalmia (unusually small eyes)
    kidney malformations
    hypotonia (weak muscle tone)
    mental retardation
    developmental delays

Other possible characteristics include

    apnea
    neural tube defects
    cryptorchidism (undescended testes in boys)
    meningomyelocele (hernial protrusion of the spinal cord)
    dextrocardia
    omphalocele (abdominal wall defect)
    single umbilical artery
    vision problems due to eye defects
    cyclopia (single eye)
    proboscis (projecting tissue just above the eye)
    relatively small head (microcephaly) with a sloping forehead
    widely set eyes
    low-set ears
    wide and short hands with short fingers
    congenital trigger digits
    overlapping of fingers over thumb
    prominent heel
    broad, flat nose
    scalp defects
    cutis aplasia (missing portion of skin/hair)

Survival Rate

Most fetuses with trisomy 13 are spontaneously miscarried. Of those who make it to birth, more than 80% die within the first year of life. In fact, due to the severity of their condition, many neonates die within their first days of weeks of life. The median length of survival is about 1 week. Reports of adults (or even teenagers) with trisomy 13 are rare.

The most common causes of death are cardiopulmonary arrest, congenital heart disease, and pneumonia. Survivors exhibit severe mental retardation and developmental delays. Interestingly, females have greater rate of survival than males with trisomy 13.

Treatment

There is no cure or fully effective treatment for trisomy 13. Due to the severity and multiplicity of conditions affecting neonates with trisomy 13, clinical management normally focuses on enabling feeding and minimizing discomfort. Beyond that, if the baby survives, treatment is customized based on the particular problems with which the child is born. Usually, surgeries are necessary to repair heart defects, cleft lip, and cleft palate. Physical and speech therapies are also necessary to help improve motor skills as well as receptive and expressive communication skills.