Hello Stanford Blood Center donors and friends! My name is Isabel Stenzel Byrnes and I'm a social worker and health educator, currently working for the Lucile Packard Pediatric Weight Control Program. I have a twin sister named Anabel, who is a genetic counselor at Lucile Packard Children's Hospital. We'd like to share our personal story with you in this blog.
By Billie Rubin
In an interview with National Public Radio (NPR), Dr. Christine Cserti-Gazdewich, a hematologist at the University of Toronto, educates us on the history of blood types.
By Julie Ruel, Social Media Manager, Stanford Blood Center
At Stanford Blood Center we collect several different types of blood products from our volunteer donors. All products have different functions pre- and post-donation. In other words, before and after they leave your body, they each serve different purposes. For the scope of this article, I'll focus on red blood cells (RBCs) collected during a whole blood donation and platelets collected during an ABC donation. These are the two most common products we draw, accounting for about 99% of our total donations in a year.
I will never forget how stunned I was when I got an email from Karen on March 5, 2009 to announce her sons arrival. It started "Quinn Frederick Bossow was born on Tuesday morning. Unfortunately, he is in extremely critical condition at Lucile Packard Children's Hospital." I immediately visited the blog she had created to keep family and friends updated on his condition.
By Billie Rubin
Cryoprecipitate is a blood product made from frozen plasma. The plasma is slowly thawed, then sent through a centrifuge, a machine that spins and sorts blood components based on their masses. The "cold precipitate" protein that is left behind after most of the liquid plasma is removed is the cryoprecipitate.
By Deanna Bolio, Public Relations Associate, Stanford Blood Center
Fifteen-year-old Maya Israni has been around blood drives since she was no taller than the Canteen table. Today, Maya is the youngest blood drive coordinator for a community blood drive. Maya was six when her mother, Sonoo, hosted the first blood drive at Ladera Recreation District, which she did in response to the September 11, 2001 tragedy.
By Billie Rubin
Red blood cells are born in the bone marrow of our large bones at a rate of 2 million every second! Our bone marrow is a heavy-duty erythropoietic ward.
By Julie Ruel, Social Media Manager, Stanford Blood Center
Cytomegalovirus (CMV) is not an unfamiliar term in the blood banking world. A member of the herpes family, it is one of the many tests we perform on each unit of donated blood. For healthy individuals, having the virus, or what we refer to as being CMV positive, isn't harmful. And if healthy, unless you've specifically been tested for CMV, you most likely don't know whether you have the antibody to it or not. However, for infants or those with impaired immune systems, it can be deadly. Because of this, Stanford Blood Center routinely tests for it and was in fact, the first blood center in the world to provide CMV negative blood to hospitals for immunocompromised transfusion recipients.
On Dec. 29, 2010, Linda Johnson became the first woman to make 500 donations at Stanford Blood Center. It was more than 20 years ago when Linda's friend and Stanford Blood Center platelet donor, Stan Jensen, urged her to check if she would make a good platelet donor. Linda was a perfect candidate with good veins and a high platelet count.
By Ed Engleman, MD, Founder and Medical Director, Stanford Blood Center
During the early 1980s we decided to apply new research technology to a clinical problem: the prevention of the transmission by transfusion of Acquired Immune Deficiency Syndrome (AIDS). The problem was highly charged with social, political, legal, ethical, and economic overtones complicating the technical and medical issues at hand. In a decision that engendered intense controversy, in 1983 Stanford Blood Center instituted the first blood testing program specifically intended to reduce the risk of transfusion transmission of the then uncharacterized, but presumed infectious cause of AIDS.