Category: regenerative medicine

Info on Regenerative Medicine

4 Types of Regenerative Therapy Treatments - Dr. Nael ShantiRegenerative Medicine is a new and emerging area in medical science that focuses on using science and technology to help heal body tissue. It differs from traditional medicine in that it focuses on using scientific principles and understanding of how the body regenerates. Traditional medicine generally deals with treating disease using medications such as drugs or surgery. Regenerative medicine aims to find natural and effective ways to prevent, repair or treat any disease process or abnormality in the body. We get more info on Regenerative Medicine-QC Kinetix (Sherman)

What are the benefits of regenerative medicine? regenerative medicine uses the concept of engineering the body to replace or regenerate injured or diseased tissues. It has the goal of restoring the organ or tissues to the pre-diagnosis health or functional level. This therapy can be used for rebuilding any organ or tissue including lungs, kidneys, heart, liver, brains, spinal cord, skin, teeth, bones and other connective tissues.

How are regenerative medicine techniques applied? The technique starts by identifying which cells within the body are functional. Then they use sophisticated technologies to “rejuvenate” these cells or tissues through a process of chemical engineering called somatic cell nuclear transfer (SCN). After the somatic cell nuclear transfer the engineered or new cells are introduced into the organ or tissue where they will replace or restore the diseased or injured tissues.

There are four main areas of focus for regenerative medicine. These include: somatic cell nuclear transfer, generation of adult stem cells, tissue engineering and animal therapy. In this article I discuss the first two areas of focus.

Somatic Cell Nuclear Transfer (SCT) is the process of introducing genetically engineered human cells into the body. The DNA is inserted into a donor organ such as a lung, kidney or stomach. The insertion of DNA is then initiated by expression systems in the recipient organ. Human embryonic stem cells are also often used. This method has been used successfully in many tissues including eye and heart diseases.generation of adult stem cells is also an important tool in regenerative medicine.

Tissue Engineering is a technique of creating tissues from adult cells extracted from the patient’s body. This technique can be applied to virtually any organ or tissue. Adult cells are easily obtained and the grafting procedure does not require a needle or surgical tools. One problem with this form of regenerative medicine is that very few organs or tissues can actually accommodate the extra transplanted cells. An example of this is the lungs. If the lungs are just grown to make the patient healthier through the transplantation of adult lungs, they may only be able to take in enough air for the short term.

Animal Products and Tissue Engineering The third area of focus for regenerative medicine is the use of animal products. Some animal tissues and even some humans have been used for the transplants. For example, mesothelima, a medicine used to treat chronic lung disease, has been successfully transplanted onto the lungs of mice. The mice are healthy and live for two years before they die. However, despite this success, the use of animal products should be carefully regulated to avoid causing harm to patients.

Nerve Compression and Muscle Preservation Studies in Regenerative Medicine Some people with injuries or degenerative diseases suffer damage to their spinal cord or nervous system. In order to compensate for this, doctors have developed techniques for the injection of nutrition into the affected areas. This technique has been extremely successful in treating spinal cord injuries caused by car accidents. In addition, it has been used successfully to treat various forms of cancer, such as lung and pancreatic cancers. Nerve compression and muscle preservation studies in regenerative medicines are very promising and have the potential to help millions of individuals around the world.

Regenerative Medicine and Its Effects on the Body

Regenerative medicine is a term that is often used interchangeably with tissue regeneration. These terms are usually used in association with each other and it can be said that this field is an application of medical science that focuses on the practice of treating and preventing diseases by replacing damaged or injured tissues with new ones. It is also used to stimulate the growth of new cells in the human body. regenerative medicine deals specifically with the “biological process of regenerating, engineering or replacing animal or human tissues, organs or even cells.” It also covers the use of medical devices that are designed to promote the production of new cells or tissues. More information QC Kinetix (Liberty) regenerative medicine

The most common type of regenerative medicine is heart disease. It is a medical problem that is responsible for the death of thousands of people every year all over the world and also results in disability for the remaining millions as a result of damaged heart cells. Heart diseases can either be congenital or genetic and the treatments range from traditional medications to heart transplant to the more experimental methods like cord blood. While the treatment for heart diseases is a long process, it has already produced great results such as beating a deadly disease and eventually giving patients a chance to live a long life.

Some diseases and organ disorders like Parkinson’s disease, Alzheimer’s disease and diabetes are also treatable through regenerative medicine. Stem cell transplants are a very successful technique that has helped patients who had lost their limbs due to diseases like AIDS and Parkinson’s. In these cases, the adult stem cells are taken from the patient’s own body. Since these cells come from the bone marrow, no rejection occurs and the transplant is therefore healthy. The adult stem cells help replace the damaged and dead cells in the organs.

Scientists and researchers are trying to find more ways of using stem cells in regenerative medicine. Scientists have succeeded in cloning a piece of human skin and using it to create a heart-bladder tissue. Cloning a head of hair is also another success that shows great promise. Hair and skin stem cells can be used not only to replace missing parts of the body but also to repair organs. The scientists and researchers are hoping to expand the uses of these stem cells.

One exciting use of regenerative medicine involves the use of umbilical cord blood stem cells to treat certain diseases and illnesses. Cord blood stem cells are found in the placenta and remains in the umbilical cord after birth. The umbilical cord is discarded when the child is born and the doctors use the cord blood stem cells to treat diseases in children. The transplanted cord blood stem cells are also used to help regenerate organs in children and adults. There are many diseases and disorders in which these cells have been successfully used.

Scientists and researchers continue to look for other possible applications of stem cells may hold new drugs and treatments for cancer. They are also researching ways to use these cells in treating Alzheimer’s disease, Parkinson’s disease and multiple sclerosis. Stem cells may hold a cure for cancer.

regenerative medicine has also been successful in treating heart disease. The doctors and researchers continue to search for a treatment or a cure for heart disease and its complications such as congestive heart failure, myocardial infarction, and heart valve disease. These specialized cells in the heart muscle could replace damaged muscle tissue and improve the patient’s quality of life. The doctors may even be able to transplant heart muscle cells into another part of the body to treat a heart disease.

Scientists and researchers continue to search for a way to use these cells to help the body recover from injuries and illnesses. These specialized cells can also be used to replace damaged muscle tissue. The researchers believe that these stem cells can be successfully transplanted into the heart and body to treat ailments and diseases like heart disease and multiple sclerosis. This new technology will give hope to people who suffer from such debilitating diseases. The amniotic fluid and the other stem cells will be taken from an amniotic sac in the mother’s womb before the baby is born.