Abali1's Posts
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utytill:The bone marrow transplant as a cure for children has always been there. the difference here is that this one is for Adult Sufferers of SCD. |
Chi59:I am here. Am really happy about the break through. The challenge will now be getting a 'matching Donor' for the transplant. |
jamest3:with a successful bone marrow transplant, the patients bone marrows will then start producing Normal RBC. when this happens, the normal RBC will gradually replace all the damaged sickled RBC. So yes, the patient will become AA, if the bone marrows used was gotten from AA person. |
Missonas:Exactly. |
SCAF, hmmmm. I am happy that the First family is identifying with the scourge of Sickle Cell. But I have mixed feelings about the end result. I hope it doesn't become another Sickle Cell Foundation, like the one at Idiaraba where millions are realised in donations, but the real people who are supposed to gain from the foundation are giving just Folic Acid and some vitamins. Kudos Nkechi Azinge and the Buhari family. |
Physicians at the University of Illinois Hospital & Health Sciences System have cured 12 adult patients of sickle cell disease using a unique procedure for stem cell transplantation from healthy, tissue-matched siblings. |
ryd3:I am excited about this news. Almost all the known cure for Sickle cell disease through stem cell transplant has always been for children. But with this, adult sufferers of SCD as well as children now have hope for a Cure. |
Physicians at the University of Illinois Hospital & Health Sciences System have cured 12 adult patients of sickle cell disease using a unique procedure for stem cell transplantation from healthy, tissue-matched siblings. The transplants were the first to be performed outside of the National Institutes of Health campus in Maryland, where the procedure was developed. Physicians there have treated 30 patients, with an 87 percent success rate. The results of the phase I/II clinical trial at UI Health, in which 92 percent of treated patients were cured, are published online in the journal Biology of Blood & Marrow Transplantation. The new technique eliminates the need for chemotherapy to prepare the patient to receive the transplanted cells and offers the prospect of cure for tens of thousands of adults suffering from sickle cell disease. About 90 percent of the approximately 450 patients who have received stem cell transplants for sickle cell disease have been children. Chemotherapy has been considered too risky for adult patients, who are often more weakened than children by the disease. "Adults with sickle cell disease are now living on average until about age 50 with blood transfusions and drugs to help with pain crises, but their quality of life can be very low," says Dr. Damiano Rondelli, chief of hematology/oncology and director of the blood and marrow transplant program at UI Health, and corresponding author on the paper. "Now, with this chemotherapy-free transplant, we are curing adults with sickle cell disease, and we see that their quality of life improves vastly within just one month of the transplant," said Rondelli, who is also the Michael Reese Professor of Hematology in the UIC College of Medicine. "They are able to go back to school, go back to work, and can experience life without pain." Sickle cell disease is inherited. It primarily affects people of African descent, including about one in every 500 African Americans born in the U.S. The defect causes the oxygen-carrying red blood cells to be crescent shaped, like a sickle. The misshapen cells deliver less oxygen to the body's tissues, causing severe pain and eventually stroke or organ damage. Doctors have known for some time that bone marrow transplantation from a healthy donor can cure sickle cell disease. But few adults were transplanted because high-dose chemotherapy was needed to kill off the patients' own blood-forming cells -- and their entire immune system, to prevent rejection of the transplanted cells, leaving patients open to infection. In the new procedure, patients receive immunosuppressive drugs just before the transplant, along with a very low dose of total body irradiation -- a treatment much less harsh and with fewer potentially serious side effects than chemotherapy. Next, donor cells from a healthy and tissue-matched sibling are transfused into the patient. Stem cells from the donor produce healthy new blood cells in the patient, eventually in sufficient quantity to eliminate symptoms. In many cases, sickle cells can no longer be detected. Patients must continue to take immunosuppressant drugs for at least a year. In the reported trial, the researchers transplanted 13 patients, 17 to 40 years of age, with a stem cell preparation from the blood of a tissue-matched sibling. Healthy sibling donor-candidates and patients were tested for human leukocyte antigen, a set of markers found on cells in the body. Ten of these HLA markers must match between the donor and the recipient for the transplant to have the best chance of evading rejection. In a further advance of the NIH procedure, physicians at UI Health successfully transplanted two patients with cells from siblings who matched for HLA but had a different blood type. In all 13 patients, the transplanted cells successfully took up residence in the marrow and produced healthy red blood cells. One patient who failed to follow the post-transplant therapy regimen reverted to the original sickle cell condition. None of the patients experienced graft-versus-host disease, a condition where immune cells originating from the donor attack the recipient's body. One year after transplantation, the 12 successfully transplanted patients had normal hemoglobin concentrations in their blood and better cardiopulmonary function. They reported less pain and improved health and vitality. Four of the patients were able to stop post-transplantation immunotherapy without transplant rejection or other complications. "Adults with sickle cell disease can be cured without chemotherapy -- the main barrier that has stood in the way for them for so long," Rondelli said. "Our data provide more support that this therapy is safe and effective and prevents patients from living shortened lives, condemned to pain and progressive complications." www.sciencedaily.com/releases/2015/09/150916184911.htm |
www.sciencedaily.com/releases/2015/09/150916184911.htm . Physicians at the University of Illinois Hospital & Health Sciences System have cured 12 adult patients of sickle cell disease using a unique procedure for stem cell transplantation from healthy, tissue-matched siblings. The transplants were the first to be performed outside of the National Institutes of Health campus in Maryland, where the procedure was developed. Physicians there have treated 30 patients, with an 87 percent success rate. The results of the phase I/II clinical trial at UI Health, in which 92 percent of treated patients were cured, are published online in the journal Biology of Blood & Marrow Transplantation. The new technique eliminates the need for chemotherapy to prepare the patient to receive the transplanted cells and offers the prospect of cure for tens of thousands of adults suffering from sickle cell disease. About 90 percent of the approximately 450 patients who have received stem cell transplants for sickle cell disease have been children. Chemotherapy has been considered too risky for adult patients, who are often more weakened than children by the disease. "Adults with sickle cell disease are now living on average until about age 50 with blood transfusions and drugs to help with pain crises, but their quality of life can be very low," says Dr. Damiano Rondelli, chief of hematology/oncology and director of the blood and marrow transplant program at UI Health, and corresponding author on the paper. "Now, with this chemotherapy-free transplant, we are curing adults with sickle cell disease, and we see that their quality of life improves vastly within just one month of the transplant," said Rondelli, who is also the Michael Reese Professor of Hematology in the UIC College of Medicine. "They are able to go back to school, go back to work, and can experience life without pain." Sickle cell disease is inherited. It primarily affects people of African descent, including about one in every 500 African Americans born in the U.S. The defect causes the oxygen-carrying red blood cells to be crescent shaped, like a sickle. The misshapen cells deliver less oxygen to the body's tissues, causing severe pain and eventually stroke or organ damage. Doctors have known for some time that bone marrow transplantation from a healthy donor can cure sickle cell disease. But few adults were transplanted because high-dose chemotherapy was needed to kill off the patients' own blood-forming cells -- and their entire immune system, to prevent rejection of the transplanted cells, leaving patients open to infection. In the new procedure, patients receive immunosuppressive drugs just before the transplant, along with a very low dose of total body irradiation -- a treatment much less harsh and with fewer potentially serious side effects than chemotherapy. Next, donor cells from a healthy and tissue-matched sibling are transfused into the patient. Stem cells from the donor produce healthy new blood cells in the patient, eventually in sufficient quantity to eliminate symptoms. In many cases, sickle cells can no longer be detected. Patients must continue to take immunosuppressant drugs for at least a year. In the reported trial, the researchers transplanted 13 patients, 17 to 40 years of age, with a stem cell preparation from the blood of a tissue-matched sibling. Healthy sibling donor-candidates and patients were tested for human leukocyte antigen, a set of markers found on cells in the body. Ten of these HLA markers must match between the donor and the recipient for the transplant to have the best chance of evading rejection. In a further advance of the NIH procedure, physicians at UI Health successfully transplanted two patients with cells from siblings who matched for HLA but had a different blood type. In all 13 patients, the transplanted cells successfully took up residence in the marrow and produced healthy red blood cells. One patient who failed to follow the post-transplant therapy regimen reverted to the original sickle cell condition. None of the patients experienced graft-versus-host disease, a condition where immune cells originating from the donor attack the recipient's body. One year after transplantation, the 12 successfully transplanted patients had normal hemoglobin concentrations in their blood and better cardiopulmonary function. They reported less pain and improved health and vitality. Four of the patients were able to stop post-transplantation immunotherapy without transplant rejection or other complications. "Adults with sickle cell disease can be cured without chemotherapy -- the main barrier that has stood in the way for them for so long," Rondelli said. "Our data provide more support that this therapy is safe and effective and prevents patients from living shortened lives, condemned to pain and progressive complications." |
jnrremedy:WoW. This is some insight. It makes sense, but I will be grateful if you can help me with a link to read it up. I know about Beta Thalassemia, but haven't really devoted time to studying it. Infact, I am devoting this month to the study of Beta Thalassemia. Thank you. |
maryhaam:It's actually emotionally disturbing, to be searching for a compatible person and it's not even as if the genotype is written on his or her forehead. But can you compare your emotional hurt to that of birthing a baby with Sickle Cell and live in fear of not knowing whether he or she will live long enough. Even after he or she has become an adult, you still fuss over their health. Can you compare your emotional hurt now, to when the SS child starts suffering from discrimination? Being rejected by others especially the opposite sex just because mummy and daddy didn't think it wise to find someone with a compatible genotype to marry? If you are true to yourself, you will find someone who's compatible with you sooner than later. goodluck. |
We have a duty to talk about Sickle Cell disease. Sometimes it's only when things must have gone that we remember to ask questions. You can educate that neighbor, friend, church member who doesn't know much about SCD. This month is Sickle Cell awareness Month. |
jnrremedy:please explain how this is even possible. |
OrangeDream: ![]() You AA, so your kids will be fine. Yeah, sickle cell can be very challenging. But, we do live a fulfilling life and we equally love with everything we have. The decision is yours to make. Either you accept her the way she is or you let her be. I say again, I live with sickle cell and I am married and have a kid. Sickle cell doesn't define us. |
streetzdreamz:I am SS. I cannot for the life of me discriminate against my kind. What I actually mean is that when you meet one and marriage is being discussed will you be able to stand by her and ignore dissenting voices from family and friends? Do you know how many ladies who rejected my hand in marriage because of pressure from family and friends? Bro, it takes just more than love to really be with a warrior. |
pet4ril:The popular ogbanje and abiku of those days, were actually SS. But because they don't know about genotype testing or compatibility they labelled it those names. |
Punstar:It cost a lot of money to do that. And if after the result comes out and the baby is SS what will you do? Abort? Now how many prenatal diagnosis will a couple do before they get it right? My brother, we believe that if people put emotions in check, life will be easier. |
streetzdreamz:Be careful what you wish for. You might just get it. It takes more than I love her/him to marry a warrior. |
dmcdad:Yeah. You could help. At least you can equally spread the awareness of SCD. We need to help our generation and the generation next. |
This is the family section. I want members of this section to coming in here and help spread this awareness. Even if you don't have a SS or non of your family members is SS. We still need to create the awareness, we might be helping someone out there. Suggestions Questions Share experiences. |
Funjosh:my brother, we dey. I saw this thread and decided to step in a bit. Many think Sickle cell is a joke or something to be joked with. Smh. |
dmcdad:AC + AA AA, AC, AC, AA That's why AC and AS are advised to marry someone with AA. Let's help reduce the incidence of SS or SC or Sickle Beta in our generation and the generation next. Spread the awareness. |
jojomario:SC is another variant of the sickle cell disease. While AC and AS will be okay if they were to marry AA genotype only. SC has as much pain crisis as SS, so don't play with it. |
euromilion:No. You are wrong. There are Caucasian (especially from Europe) who do have Sickle Beta Thalassemia. You can Google it. |
Once again I lend my voice to Creating Awareness for the sickle cell disease awareness. A lot of people are of the opinion that this topic has been over flogged. But I don't think so. This thread is here in the family section because I cringe at some of the responses I read in an earlier thread. https://www.nairaland.com/2583479/sickle-cell-awareness-come-learn# . So many people out there are still very ignorant about Sickle cell disease, and it's left for us who 'wear this shoe' to keep creating awareness about this disease. If you have questions, suggestions or news about Sickle cell, please feel free to post your comments. Thank you. |
euromilion:It doesn't only apply to black people. we have people from India, Mexico, Latin Americans, etc who have Sickle Cell. But blacks are more in number. Sickle Cell is not a racial problem. |
dmcdad:AC + AS will likely produce, AA, AC, AS, SC That's the probability in every pregnancy. |
dmcdad:AC + AS will likely produce, AA, AC, AS, SC That's the probability in every pregnancy. |
Teempakguy:Yes sir. I equally believe OP, is SS or has someone who is. |
OrangeDream:I am responding to your post because of the bolded. How old is your girl? How often does she have crisis? What are your fears? Are you emotionally, and financially matured for marriage? Can you take decisions for yourself, without bothering about what family and friends will say? . I am SS man, married to AA woman and I have a son. Am in my 30s and have not been hospitalized for a little over 3 years. My wife knew about my genotype and still loved me despite it. No one can make marriage decisions for you. |
damosade:SC + AC will produce AS, SC, AC, CC All these are probability in every pregnancy. |


