This study provides solutions to the pressing need to identify factors that influence Alzheimer’s disease risk or resistance while offering a means explore potential biological markers and therapeutic targets.
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The image captures metastatic medulloblastoma tumor cells (green) intertwined with blood vessels (magenta) in the leptomeninges of a mouse model of the human condition.
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This novel discovery shows how tumor and non-tumor cells work together to create an environment that backs up cancer growth.
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Comparing placental responses in COVID-19 and preeclampsia revealed similarities that may help explain the overlapping presentation of these clinical syndromes.
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The findings could help understand hyperprolactinemia – high levels of prolactin in the blood – obesity, menopause and other conditions where prolactin or estrogen levels shift.
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The researchers show that disrupting lipid formulation reverses treatment resistance and the immunosuppressive microenvironment.
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A better understanding of how the brain regulates body temperature during motion sickness may provide unconventional targets for the treatment of obesity.
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The findings point at a promising new therapeutic target for mitigating heart lipid toxicity and heart failure.
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The findings create possibilities for risk-stratification regimens that can be better tailored to individual patients.
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This is the second year in a row that Baylor has won the popular vote in STAT’s bracket-style research competition.
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