Expanded cord blood could improve haematopoietic recovery

In February, scientists reported that expanded umbilical cord grafts could lead to quicker blood cell recovery with less risk of graft versus host disease than other stem cell grafts. In the control group, recovery took 21 days; with umbilical cord blood, it took just 11.5 days.

New cord blood study for autism

A study by Carpenter et al. investigated the effects of autologous cord blood infusions on children with autism. Results showed that umbilical cord blood was able to support the development of structural connectivity in the brain’s neural networks, which had previously been disrupted by autism.

Former EastEnders actor promotes cord blood banking

In March, former EastEnders actor Kellie Shirley encouraged new mothers to consider cord blood banking because of its life-saving properties.

Stem cell therapy could cure sepsis

In Durham, North Carolina, a study showed stem cell therapy might be able to cure sepsis. Results showed that the stem cells were well tolerated and at the highest dose, produced promising anti-inflammatory effects.

Stem cell transplant helps HIV patient enter remission

A UK patient has entered remission from HIV after receiving a stem cell transplant. Although it is too early to say the patient has been ‘cured’, researchers say the condition is now ‘undetectable’ in the patient’s body.

Renowned cord blood scientist wins award

In May, renowned cord blood scientist and researcher Hal Broxmeyer was awarded a Lifetime Achievement Award by the Cord Blood Association, which counts Cells4Life among its members. The award, which last year went to Eliane Gluckman MD, recognises Broxmeyer’s significant contributions to cord blood research, which date back more than 30 years. To mark the occasion, we looked at Broxmeyer’s top 5 achievements.

Cells4Life attends the World Advanced Therapies Regenerative Medicine Congress

We attended this year’s World Advanced Therapies Regenerative Medicine Congress. You can read our 5 takeaways from the congress about the future of medicine here.

Olympic snowboard Zoe Gillings-Brier stores again with Cells4Life

In August, Olympic snowboarder and Team GB member Zoe Gillings-Brier welcomed her second child and chose to store cord blood with us once again. She shared her story with The Telegraph Online, which you can read here.

Cells4Life receives AABB accreditation

In August, we celebrated receiving AABB accreditation, a globally renowned certification that recognises standards, practices and quality management in the collection, processing and storage of cord blood.

Michael Schumacher receives a stem cell therapy

Seven-time Formula One champion, Michael Schumacher, reportedly received a pioneering stem cell treatment for heart failure in September. It is said that he received stem cell transfusions that were intended to produce an anti-inflammatory effect throughout his body. We broke down how it works.

Emmerdale star Charley Webb stored her stem cells

In October, soap star Charley Webb stored her baby’s umbilical cord blood stem cells.

“When I was pregnant, I heard about the possibility of collecting and storing my baby’s umbilical cord stem cells, which could then be used in the future should they be needed for treatment (I hope with every part of me we never need it),” she said.

“After researching, we learned that the baby’s umbilical cord is a valuable source of stem cells, and these cells can be collected at birth and stored. These could then be used as a crucial part of treating or curing an illness.”

Instagram star Belle Lucia stores with Cells4Life

As Fox News reported, Instagram star and model Belle Lucia revealed that she had stored her baby’s umbilical cord stem cells with Cells4Life. Read her post here.

World Cord Blood Day

We helped to spread the word about World Cord Blood day with our first ever Facebook live event. Watch here.

Umbilical cord blood cells offer new anti-cancer therapy

Researchers in the USA announced that they had made CAR-T cells from umbilical cord blood cells (UCB). Whereas other CAR-T cells, which are used to seek and destroy cancer in the body, must be specially made for each patient, cord blood CAR-T cells had a ‘unique capacity’ for broadly matching multiple patients.

Scientists in Tel Aviv 3D print a human heart

In November, a group of scientists in Tel Aviv revealed they had successfully used 3D printing and stem cells to create a functional human heart. Incredibly, the finished heart matched the immunological, cellular, biochemical and anatomical properties of the patient. In short, it was a bespoke organ designed for a specific patient, which greatly reduced the risk of rejection that comes with a normal transplant.