Music and Unborn Babies

FGLMusic plays an un-obvious but significant part in our daily lives. In an instant, a specific kind of music can cause relaxation or aggression. It has been observed to improve commercial and workplace atmosphere. Music is very influential.

Music for unborn babies have long been a subject of great interest and debate. Experts argue about the effect (if any) music has on unborn babies and whether there really is benefit for mothers to listen to music alongside their unborn while pregnant.

Observations made on a number of subjects during pregnancy and after birth seem to have significant results. All findings may not be officially declared to be general truths that would apply to all, suffice to say that a great many have noticed these two significant things:

Soothing music aids in a smooth pregnancy.

Findings that support this observation have been journaled by many.  Playing relaxing music for both mom and baby places them in a state of calm relaxation. Moms noticed that discomforts are lesser and the baby seems more at peace and still inside of them. Changes in the level of emotions or state of mood seem to always be interconnected between a mother and her unborn child. When moms relax, the babies inside them do as well, and vice versa.

Moms notice that babies exposed to music earlier on exhibit stability in emotions and respond well to ‘seeming’ stressors. Overall, they show themselves to be happy and balanced babies.

Fetal development is optimized.

Doctors and parents notice that fetal growth and development seemed to be at a faster rate among unborn babies that are exposed to music early on. Monthly developmental charts seem to be followed at a slightly faster pace. For one, hearing capacities and mental concentration are both developed early on. Babies born afterwards seem to adjust easily to the environment and babies are able to respond and learn at a quicker rate.

It is not accepted as fact but babies exposed to good music while still in the womb grow up to be very intelligent or very skilled. Moms of ‘gifted’ or exceling children all say the same thing: they think music during pregnancy helped their babies develop intelligence or creativity at a faster and significant rate than others.

Consider exposing your unborn baby to good sounding music; grab a cd or better yet see a live performance. Florida Georgia line is a popular country duo, check here for dates on florida georgia line tour.

Celebs that Suffer Morning Sickness and Tips to Minimize It

As Daniel Tosh joked about, “Sometimes, when I’m feeling down because nothing seems to be going right, I like to take a home pregnancy test. Then I can say, “Hey, at least I’m not pregnant.” Going through pregnancy is hard enough. Some pregnant women suffers harder when they have to get through a rough start.

According to the US data from public health authorities, morning sickness affects over 50% of all pregnant mothers. Including celebrities (Cause they are people too) here are some celebrities that suffered rough nauseous pregnancies.

Natalie Portman

When pregnant with her son, she had a very “rough start,” by saying, “I had a bit of sickness at the beginning but I am feeling good now.”

Mariah Carey

Morning sickness impacted Mariah Carey’s job. The diva said in an interview with USA Today, “Throwing up is bad for your voice…the reflux is terrible, so I have been trying to just keep calm, get through it.”

Justin Moore

Not only is he busy with his concert tours but he’s also busy caring for his wife Kate (full name not stated anywhere) as they’re expecting their third child anytime this summer, and it’s a rough pregnancy for Kate. Moore says  “She gets pretty sick and always has..”

Jay-Z and Beyonce

Singer Beyonce kept on working during pregnancy with baby Blue and even with those difficult morning sickness days.

Tori Spelling

When pregnant with her third baby, she had a long bout with the nauseous morning sickness. “I have actually been much sicker in this pregnancy than the other two,” she told Us Weekly. “I’ve been nauseous for 3 months straight.” Yes, 3 months is a long, long time!

Morning sickness is scientifically known as nausea gravidarum, or simply nausea. It’s generally related to the  low blood sugar counts, an increase in estrogen levels, and a great susceptibility to some smells. Oftentimes, morning sickness will be present in the wee hours of the morning (thus the name) and will ease up as the day goes on.

Even though morning sickness can be exceedingly unpleasant, it’s hardly ever severe enough to cause metabolic disturbance. In most cases, morning sickness settles down by the end of the first 3 months.

Tips to minimize morning sickness:

  • Get plenty of rest.
  • Get up slowly from bed
  • Avoid caffeine and other fatty or spicy foods.
  • Food portion sizes –have small ones.
  • Increased fluid intake.

Anatomy and Physiology of the Uterus

girl-by-lake_0All of us came from it, but not a lot knows what the uterus really is and how it functions. Here we take a look at what this organ actually does.


The uterus is a female muscular and hollow organ which houses the fertilized egg (zygote), nourishes it and allows it to develop until it forms into a fully grown fetus ready for delivery. A woman’s uterus is located in the pelvic cavity just in between the bowel and the urinary bladder. It is one of the major reproductive organs of the females. It varies from person to person as to appearance and endometrial linings. The uterus communicates with its uterine tubes on its upper part, one on each side. The bottom part of the uterus opens to the vagina.

Once eggs (ova) are released from the ovaries, they pass through the uterine tube ending their way to the uterine cavity. If an egg gets fertilized by a sperm, it forms into a zygote which would then be imbedded to the uterine wall itself and remains there until it is ripe for delivery. The uterus acts as the source of nourishment for the zygote. It undergoes various changes and muscular development as it conforms to the changes the zygote goes through as it develops into a fetus. However, if the egg is not fertilized, the inner walls of the uterus shed off which results to menstruation in women.

Human uterus measure about 7.5 cm in length, 5 cm in breadth and 2.5 cm in thickness. It weighs anywhere between 30 to 40 grams varying on each person. Midway between the uterine apex and base is a narrow portion called the isthmus (outside). Inside, its corresponding portion is called the internal orifice – a portion that narrows towards the opening of the uterus. Just above the isthmus is the body, and below it is the cervix. We call the part of the uterine body that passes through the points of entrance of the uterine tube as the fundus.



The body actually narrows from the fundus to the isthmus. It is composed of the following:

  • Anterior Surface – this is the portion that lies in apposition with the bladder. It is a flattened surface that is covered with peritoneum.
  • Posterior Surface – this is the portion the converse transversely continuing down to the vagina. Just like the anterior surface, it is also covered with peritoneum.
  • Fundus – is that part that curves in all directions and is completely covered with peritoneum (both is vesical and intestinal surfaces). The sigmoid colon and rectum rest on its coils.


The lower narrow portion of the uterus is called the cervix. It is coned shape with shortened apex that is positioned downward and then backward. The structure of the cervix is wider in its middle portion compared to its upper and lower portions. The cervix opens into the anterior part of the vagina:

  • Supravaginal portion – the supravaginal cervix is covered with peritoneum and this extends to the rectum forming what is known as the rectouterine excavation.
  • Vaginal portion – this extends into the anterior part of the vagina just between its fornices. On its lower portion is an opening called as the external orifice of the uterus – it is where the cervix connects with the vagina.

Interior of the Uterus

Unlike how big the organ actually is, the size of its interior is actually small (6.25 cm – measured from the fundus to the external orifice) and is divided into two parts:

  • Body Cavity – it is triangular in shape with its base formed by the interior part of the fundus and its apex by the interior opening of the uterus through which the cavity of the body connects with the cervical canal.
  • Cervical Canal – as mentioned, the cervix comes with wider middle portion compared to its other parts. Above it through the internal orifice is the lower portion of the body cavity while below it through the external orifice is the opening to the vagina.


There are eight ligaments composing the uterus:

  • 1 Anterior Ligament – from the front of the uterus, the anterior ligament extends to the bladder at the point in between its cervix and its body.
  • 1 Posterior Ligament – this extends from the back of the posterior fornix of the vagina to the front of the rectum.
  • Two Lateral Ligaments – these two ligaments pass from the uterine sides towards the lateral walls of the pelvis.
  • Two Uterosacral Ligaments
  • Two Round Ligaments – these are situated between the lateral ligament layers just below the uterine tubes.


The uterus is one of the organs of the body which keeps changing in form and size depending on what period of life you are in.

  • Fetal Stage. As a baby, the uterus is inside the abdominal cavity and it projects to the superior opening of the pelvis. During this stage, the cervix is still larger than the body of the uterus.
  • Pubertal Stage. As you move on into puberty, the uterus enlarges to about 17 grams. Now it descends into the pelvis just below its position during the fetal stage. When your urinary bladder is empty, the uterus is directed forward. But when your bladder is distended, the fundus of the uterus will be directed backwards.
  • Menstrual Stage. The entire organ is enlarged during menstruation. It becomes more vascular and its surfaces rounder. The inner lining become softer and thicker as it sheds off completely until it stops. Once menstruation stops, a new layer of mucous membrane undergoes the proliferation phase to replace those that were shed off.
  • Pregnant Stage. When you are pregnant, the uterus enlarges to accommodate the growth of the fetus. It does this by creating new muscle fibers. It is during this stage that the uterus is at its largest size.
  • Post-delivery Stage. The uterus then gradually goes back to its normal size but nothing similar to its virgin state. It now comes with a large cavity and muscular layers which are more defined.
  • Late Adult Stage. When you reach old age, every organ of your body atrophies including the uterus.