«Secondary benefits of this trial include the significant improvement in clinical care for children with
sickle cell disease at each of the 29 sites because each location had a designated hematologist, neurologist, neuroradiologist and psychologist working as a team to identify and decrease further injury to the brain in this vulnerable population.»
Not exact matches
bluebird bio (BLUE)- The company's BCMA CAR - T drug candidate bb2121 remains attractive despite overblown fears on durability (peak sales of $ 2 billion or more), LentiGlobin has a good shot
at success in TDT (Transfusion - Dependent ß - Thalassemia) and SCD (Severe
Sickle Cell Disease), and they have a strong cash position.
Government funding for research into
sickle - cell disease is pitifully inadequate (the Sickle - Cell Society receives no government funds at
sickle -
cell disease is pitifully inadequate (the Sickle - Cell Society receives no government funds at a
cell disease is pitifully inadequate (the
Sickle - Cell Society receives no government funds at
Sickle -
Cell Society receives no government funds at a
Cell Society receives no government funds
at all).
Breech Twins and higher order multiples Previous CS Pre-Eclampsia Placenta praevia Cervical incompetence Previous late stillbirth Previous premature birth Grand multiparty Age under 18 Age over 35 Smoking Drug use Severe mental health issue Epilepsy Type 1 diabetes Type 2 diabetes Gestational diabetes Asthma GBS positive Abnormal antibodies Transplant recipient Congenital heart
disease Known foetal abnormality Immunosuppressive medication MS Physical disability Intellectual disability Hypothyroidism Hyperthyroidism Previous shoulder dystocia Previous 3rd or 4th degree tear
Sickle Cell anaemia BMI under 18 or over 35
at conception Previous massive PPH APH in current pregnancy HIV / AIDS Hepatitis B or C Active TB IUGR Oligohydramnios Polyhydramnios Child previously removed from custody because of abuse Uterine abnormalities such as uterine septum or double uterus Previous uterine surgery for fibroids Chronic renal problems Hypertension Auto immune condition Previous stroke or blod clot Cancer Domestic violence or abusive home Prisoners Homeless women
(borrowed from Dr Kitty) Breech Twins and higher order multiples Previous CS Pre-Eclampsia Placenta praevia Cervical incompetence Previous late stillbirth Previous premature birth Grand multiparty Age under 18 Age over 35 Smoking Drug use Severe mental health issue Epilepsy Type 1 diabetes Type 2 diabetes Gestational diabetes Asthma GBS positive Abnormal antibodies Transplant recipient Congenital heart
disease Known foetal abnormality Immunosuppressive medication MS Physical disability Intellectual disability Hypothyroidism Hyperthyroidism Previous shoulder dystocia Previous 3rd or 4th degree tear
Sickle Cell anaemia BMI under 18 or over 35
at conception Previous massive PPH APH in current pregnancy HIV / AIDS Hepatitis B or C Active TB IUGR Oligohydramnios Polyhydramnios Child previously removed from custody because of abuse Uterine abnormalities such as uterine septum or double uterus Previous uterine surgery for fibroids Chronic renal problems Hypertension Auto immune condition Previous stroke or blod clot Cancer Domestic violence or abusive home Prisoners Homeless women
A team of researchers
at the Stanford University School of Medicine has used a gene - editing tool known as CRISPR to repair the gene that causes
sickle cell disease in human stem
cells, which they say is a key step toward developing a gene therapy for the disorder.
Researchers from Howard University will present their findings today
at the American Physiological Society's Physiological and Pathophysiological Consequences of
Sickle Cell Disease conference in Washington, D.C.
Alan Flake
at The Children's Hospital of Philadelphia (CHOP) in Pennsylvania is planning a similar clinical trial of maternal stem
cells in fetuses with
sickle cell anemia, a painful, debilitating
disease that often shortens life.
«New technology may standardize
sickle cell disease screening for infants: UH Case Medical Center experts present new data
at Annual Meeting of the American Society of Hematology.»
In a poster presentation (Abstract # 3379), Yunus Alapan, Umut Gurkan PhD and Jane Little, MD presented promising findings related to new technology aimed
at facilitating early detection of
sickle cell disease for infants in developing countries.
Like Paizley Carwell - Bowen, Hina underwent transplantation
at Children's Hospital of Los Angeles to treat her
sickle -
cell disease.
Patients with
sickle cell disease are commonly prescribed a daily, long - acting painkiller taken
at a constant dose, and a short - acting painkiller to be taken as needed for episodes of more severe pain.
To assess risk, Thomas Adamkiewicz, codirector of the Hemoglobinopathy / Genomics Training Program
at Morehouse School of Medicine in Atlanta, surveyed four medical centers and found that seven children with
sickle -
cell disease had been treated with umbilical cord blood from unrelated donors.
He would spend his Saturday mornings in the lab conducting microbiology experiments and got exposed to the science of DNA during a summer internship
at the university's Center for
Sickle Cell Disease.
An international research team led by biochemists
at The University of Texas Health Science Center
at Houston (UTHealth) reduced the
sickling of red blood
cells in a mouse model of the
disease.
Rod Kellems, Ph.D., study co-author and chairman of the Department of Biochemistry and Molecular Biology
at the UTHealth Medical School, added, «This research provides insight into how red blood
cells work, revealing that SphK1 - mediated elevation of S1P contributes to
sickling and promotes
disease progression and highlights potential therapeutic opportunities for
sickle cell disease.»
Similarly, carriers in the Jackson study of one copy of the genes that cause
sickle -
cell disease — a useful trait against malaria in Africa — appear to be more
at risk for kidney
disease.
A new study in the Journal of Clinical Sleep Medicine revealed that 44 percent of adults with
sickle cell disease who report trouble sleeping actually have a clinical diagnosis of sleep disordered breathing, including sleep apnea, which lowers their oxygen levels
at night.
Researchers
at Johns Hopkins have successfully corrected a genetic error in stem
cells from patients with
sickle cell disease, and then used those
cells to grow mature red blood
cells, they report.
Colleen Dansereau, RN, MSN, CPN Program Manager, Gene Therapy Program As manager of the Gene Therapy Program, Colleen administratively manages the CAR T -
cell therapy program as well as all administrative responsibility for all of the gene therapy clinical trials that take place
at Dana - Farber / Boston Children's, for conditions including
sickle cell disease, Wiskott - Aldrich Syndrome (WAS), and chronic granulomatous
disease (CGD).
This year's Action Award honorees include global leaders in the fight to end cancer as we know it; a world leader in advancing the emerging field of regenerative medicine and game - changing
cell therapy medical treatments; the president of a non-profit group focused on developing cures for chronic, debilitating and fatal diseases; a sickle cell and stem cell advocate and founder / science administrator of the Axis Advocacy; and the founding director of the Institute for Integrated Cell - Material Sciences (iCeMS) at Japan's Kyoto Univers
cell therapy medical treatments; the president of a non-profit group focused on developing cures for chronic, debilitating and fatal
diseases; a
sickle cell and stem cell advocate and founder / science administrator of the Axis Advocacy; and the founding director of the Institute for Integrated Cell - Material Sciences (iCeMS) at Japan's Kyoto Univers
cell and stem
cell advocate and founder / science administrator of the Axis Advocacy; and the founding director of the Institute for Integrated Cell - Material Sciences (iCeMS) at Japan's Kyoto Univers
cell advocate and founder / science administrator of the Axis Advocacy; and the founding director of the Institute for Integrated
Cell - Material Sciences (iCeMS) at Japan's Kyoto Univers
Cell - Material Sciences (iCeMS)
at Japan's Kyoto University.
At the ISSCR 2016 meeting in San Francisco, attendees heard two inspirational stories from Kristin Macdonald and Adrienne Bell - Cors of what it's like to live with
diseases such as retinitis pigmentosa (RP), and
sickle cell disease, respectively.
Corn's lab is one of several using CRISPR to cure —
at least in isolated
cells and mice —
sickle cell disease, where a single - letter DNA mutation stymies the oxygen - ferrying capacity of red blood
cells.
Endocrinologist Vin Tangpricha notes that Emory studies are looking
at vitamin D in the context of tuberculosis, sepsis,
sickle cell disease, cancer, cystic fibrosis and pain sensitivity.
Children receiving care
at Texas Children's
Sickle Cell Program have the opportunity to participate in several National Institutes of Health (NIH)- funded research studies led by physician scientists, providing the latest treatments for this
disease.
The
Sickle Cell Program conducts state - of - the - art clinical and laboratory research aimed
at gaining a better understanding of the
disease, preventing its complications and ultimately finding a cure.
Mini Transplant May Reverse Severe
Sickle Cell Disease Results of a preliminary study by scientists at the National Institutes of Health and Johns Hopkins show that «mini» stem cell transplantation may safely reverse severe sickle cell disease in a
Sickle Cell Disease Results of a preliminary study by scientists at the National Institutes of Health and Johns Hopkins show that «mini» stem cell transplantation may safely reverse severe sickle cell disease in adu
Cell Disease Results of a preliminary study by scientists at the National Institutes of Health and Johns Hopkins show that «mini» stem cell transplantation may safely reverse severe sickle cell disease in
Disease Results of a preliminary study by scientists
at the National Institutes of Health and Johns Hopkins show that «mini» stem
cell transplantation may safely reverse severe sickle cell disease in adu
cell transplantation may safely reverse severe
sickle cell disease in a
sickle cell disease in adu
cell disease in
disease in adults.
LA JOLLA, CA — Researchers
at the Salk Institute for Biological Studies have developed a way to use patients» own
cells to potentially cure
sickle cell disease and many other disorders caused by mutations in a gene that helps produce blood hemoglobin.
Sickle cell anemia is a genetic
disease, says Damiano Rondelli, MD, the Michael Reese Professor of Hematology
at the University of Illinois College of Medicine
at Chicago.
People with
sickle cell disease living in the malaria belt had more grandchildren than those around them in their area
at the time the trait became widespread.
Just as children of Jewish descent are more likely to have Tay Sachs
disease and African Americans are more likely to have
sickle cell anemia, so children with certain characteristics are
at greater risk of becoming jaundiced.
Phenotype and Epidemiological Profile of Children with
Sickle Cell Disease Followed - Up
at the Mother and Child Hospital of N'Djamena