This new statistical method identifies secondary traits that can be used to provide a broader genomic landscape and identify the genetic origins of diseases.
Read MoreA St. Jude lab identified a flu virus mutation that could lead to more effective treatments.
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Immune response regulation enzyme holds key to possible cancer treatment.
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What is the potential human cost of omitting whole-genome sequencing in pediatric cancer diagnoses? St. Jude G4K study answers that question.
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Much like the Sorting Hat in the Harry Potter movies, mTORC1 guides young tcells to their destiny.
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One of the late effects of the treatment for ALL is impairment of body systems involved with movement and balance. Addressing balance through muscular and cognitive therapy may help.
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Sometimes unwanted side effects accompany the most miraculous childhood cancer cures. In some cases, surviving cancer has led to financial hardships.
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While researching a protein’s effect on flu severity, Stacey Schultz-Cherry’s lab ran into problems reproducing its results. They found that antibodies they were using to detect the protein weren’t working properly, which affected their outcomes. It took more time and money, but stringent validation of those antibodies helped ensure they didn’t come to an incorrect conclusion.
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Linda Hendershot’s lab recently identified a key mutation in the Sil1 gene that is the root cause of Marinesco-Sjögren syndrome.
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A simple line drawing helped uncover something unexpected about central line infections – and it will save lives.
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We strive to stay at the forefront of any potentially groundbreaking therapy for our young...
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Paul Northcott and a team of scientists uncovered six inherited gene mutations for rare brain tumor.
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