Thursday, May 29, 2014

Why umbilical cord blood banking is important?

Holding your new born baby in your hands is most delightful feeling, this cute little baby becomes your world. You want to keep your baby away from all harm just like your parents did for you. But are you ready for the new health challenges that will be coming your way. There are so many health related problems that kids have are you ready to face them. Do you have the solutions for them? But there is one solution to most of the health related problems. It is the umbilical cord blood that is loaded with huge amount of stem cells. These stem cells were earlier found in bone marrow but after the invention of the umbilical cord blood stem cells, life of many people has changed.

These stem cells can be extracted only once and then the remains are discarded forever. So don’t miss the chance to save your baby’s umbilical cord blood.  For umbilical cord banking you will have to get connected to a bank that will extract the blood from the placenta and umbilical cord as soon as the baby is delivered because then after sometime the doctors discard the remaining blood. So when you come to know of your delivery time it is important to inform the bank, there are so many cases when the deliveries happen early in that case you need to inform the bank so that they can the process. 

The process of umbilical cord blood bankingis very simple. After extracting the blood it is processed in a way so that it can be stored for years in the freezer at a fixed temperature so that the originality is not lost and is locked as it is stored in the freezer. These stem cells are stored using the highest technology and most updated resources. It is a good and wise thing to decide to the save umbilical cord blood.

Wednesday, May 7, 2014

Important Points for Collection of Cord Blood

Have you decided to save your baby's blood cord? Do you know how it is going to be done? Most of the expecting parents have some queries when they are deciding for cord blood banking. So let’s have a look at the points below:


Cord blood is the blood that is derived from the umbilical cord to which the baby is attached at the time of birth. This blood is a rich source of stem cells that help to create more cells, tissues and organs and are capable of adjusting in the human body and create new cells.


How is the collection of cord blood done?

The people from the bank you have contacted can collect the cord blood after the baby is delivered and the umbilical cord is cut. Then the upper part of the umbilical cord is cleaned and a vein is punctured. Then the blood is collected in a special bag that keeps it away from getting contaminated. This is how they collect the cord blood for the safety of your child in the future.

Will the new born or the mother be harmed with this process?

No, this of collecting the cord tissue will not harm the baby or the mother. Only after the baby is born and the umbilical cord is cut will they collect the cord tissues. The syringe they use to pull the blood does not even get close to your child, because only after your child has been detached from the umbilical cord they collect the blood. While your baby will be looked after in the hospital the representatives from the bank will collect the umbilical cord tissues in their bank and laboratory.

How much amount of blood will be required to collect the cord tissues?

The representatives that come for the cord blood banking will make sure to collect the maximum blood so that they can extract maximum stem cell. The more the stem cells are collected the more helpful will they be in transplant and increase the success ratio. The cord blood banking can be done for as many years as 15 years according to the researches. During this period there will be no harm caused to the stem cells collected. So you should go for this process.

Caricord has been able to give satisfactory results to its customers who have trusted them for so many years. They have been able to give their customers timely help whenever they required their stored stem cells. To know more you can visit: http://caricord.com/.