Parallel Wavelet Network Achieves 94.4 Percent Abnormal White Blood Cell Accuracy
A parallel classification network based on wavelet transform convolution achieved 94.4 percent accuracy identifying abnormal white blood cells on the ...
A parallel classification network based on wavelet transform convolution achieved 94.4 percent accuracy identifying abnormal white blood cells on the ...
A comprehensive review analyzes how regulatory T cells interact with bone marrow niches to regulate hematopoiesis and influence disease outcomes.
A narrative review details how TP53 mutations establish interconnected immune evasion and metabolic defense networks that undermine standard therapies in ...
Inhibiting IGF-1R reduces myelodysplastic syndrome cell proliferation, triggers DNA damage, and sensitizes malignant cells to natural killer cell destruction via ...
Computational single-cell transcriptomics and in vitro validation reveal eleven distinct bone marrow immune states and complex CD274 communication networks in ...
Researchers found that the epigenetically silenced gene PRSS33 acts as a tumor suppressor and endogenous inducer of immunogenic cell death ...
A retrospective study of 26 patients at Nice University Hospital found that 53.84 percent of adults with lower-risk myelodysplastic syndrome ...
A retrospective Korean study found that combining sequencing-based residual disease testing with donor chimerism assessment three months after transplant stratified ...
A newly reported leukemia case carrying both the rare DEK::CAN fusion gene and WT1 overexpression reveals how genetic synergy and ...
In a pivotal exploration of transfusion strategies, a groundbreaking study has emerged, focusing on the hematological realm’s often-debated themes: liberal ...
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