The human umbilical cord is being increasingly recognized by the medical community for its potential in regenerative medicine and cellular therapies. Once discarded as medical waste, the umbilical cord contains valuable stem cells known as mesenchymal stem cells (MSCs) that are now at the forefront of medical research.
These cells are different from the cells in cord blood and perform different functions in healing and recovery. Stem cells derived from cord tissue can become many different types of cells, including cartilage, bone, fat, skin, and connective tissue.
MSCs are especially unique because they can regenerate, allowing for multiple treatments. In addition, they can give signals to other cells to start healing chronic wounds or to prevent harmful inflammation caused by autoimmune, immune-related, and neurodegenerative conditions such as Crohn’s disease, Parkinson’s disease, and ALS. These versatile properties have the potential to make MSCs help us overcome some of the most difficult-to-treat medical conditions.
A significant amount of research is underway to better understand how cord tissue stem cells could play a role in future therapies. They have shown promise in treating serious wounds, burns, diabetes, Autism, Alzheimer’s, heart disease, liver disease, stroke, and spinal cord injuries, to name a few. As researchers discover more about cord tissue stem cells, their full potential for use in medicine will become clearer.
Cord tissue banking allows families to secure an additional source of stem cells that work in a different way than cord blood stem cells. By storing the stem cells from both the umbilical cord tissue and cord blood, you can ensure the type you need will be available for potential future medical use.
Most cord blood banks that store cord tissue MSCs simply store a chopped up section of the cord tissue and/or an impure population of cells. At Cord for Life®, we use state of the art techniques that combine surgical dissection, enzyme digestion, specialized dissociation equipment, and filtration techniques resulting in a purified MSC population.
Cord for Life® banks MSCs in multiple labeled containers to provide you and your family with options on dosing and the number of potential uses. The banked product is stored cryogenically until you and your physician should need them. Upon your request the purified MSCs will be cultured and expanded to fit the treatment plan to the individual’s needs.
Reserve your Cord Blood Collection Kit in time to bring it with you when you go into labor. Give your newborn every advantage with cord blood banking!
By donating your newborn’s cord blood, you are joining a nationwide effort to create a genetically diverse inventory of stem cells for transplant to a child.
Mrs. Dunbar graduated with a bachelor’s degree in medical lab science from University of Central Florida and received her medical technologist license (ASCP) in hematology, microbiology, immunohematology, chemistry, and serology. She started her career during her bachelor’s program as a lab assistant in the Transfusion Service at one of Florida’s largest hospitals and worked her way up to Supervisor. Over the 7 years in the Transfusion Service, she became very familiar with regulatory requirements and managing in a fast-paced environment. She received her master’s degree in healthcare administration during her time as a Supervisor from UCF and accepted her position in quality assurance where she hopes to continue to grow her knowledge in regulatory requirements..
Personal Background:
Ms. Cable has 35+ years – experience in Office, Management, Human Resources, & Customer Service. As the Director of Administration and Client Services, Ms. Cable joined Cord for Life in December 2006, and has assisted in providing more efficient and effective ways to ease the enrollment process, as well as obtaining and establishing excellent customer care during the enrollment and donation period; for our Storage and Donation customers.
Personal Background:
Mr. Hudspeth has over 28 years of clinical laboratory experience as a certified Medical Technologist (ASCP), including ten years with the University of North Carolina Hospitals and 18 years with Cord for Life. Mr. Hudspeth is licensed by the State of Florida as a Clinical Laboratory Supervisor in Immunohematology, Hematology, Serology, Clinical Chemistry, Molecular Pathology and Microbiology as well as a Clinical Laboratory Scientist and has completed the AABB Certification in Cellular Therapies through George Washington University.
Mr. Hudspeth is a registered Technologist with the American Society of Clinical Pathologists and a member of the Cord Blood Association. He has also enjoyed teaching Immunology to Clinical Laboratory Science and medical school students at UNC while working in the UNCH clinical labs. Mr. Hudspeth is an Eagle Scout with 5 palms and has served numerous volunteer positions within the local Scouts BSA Troop and Pack.
Personal Background:
During the last two years of Medical School, Dr. Irrgang was in the United States Navy 1915 Ensign Program and completed a clerkship at the Naval Hospital at Charleston, South Carolina as well as a research clerkship at the Naval Aerospace Institute at Pensacola, Florida. Dr. Irrgang completed her four year Pathology residency at Baylor University Medical Center, and her internship at the University District Hospital, Rio Piedras in San Juan, Puerto Rico.
Currently, Dr. Irrgang is Board Certified in Anatomic and Clinical Pathology and licensed in the states of South Carolina, Texas, New Jersey and Florida and she is an Associate Medical Examiner at the District Nine Medical Examiners Office. Dr. Irrgang is a fellow at numerous organizations including; The College of American Pathologists, National Association of Medical Examiners, Florida Association of Medical Examiners, Seminole County Medical Society, and the Florida Medical Society.