HIV-1糖链屏障的异源糖基化促进跨进化枝中和及多样化人抗体谱系的产生
Xenoglycosylation of the HIV-1 Glycan Shield Promotes Cross-Clade Neutralization and Diverse Human Antibody Lineages
在小鼠中,携带核心α(1,3)-岩藻糖的Env免疫原可诱导跨进化枝中和抗体应答。
从数据分析和研究设计的角度读新论文:数据从哪来、流程怎么走、用了什么工具、哪里值得学。
Xenoglycosylation of the HIV-1 Glycan Shield Promotes Cross-Clade Neutralization and Diverse Human Antibody Lineages
在小鼠中,携带核心α(1,3)-岩藻糖的Env免疫原可诱导跨进化枝中和抗体应答。
Multiplexed single-cell reduced representation bisulfite sequencing for genome-wide DNA methylation profiling.
提出Msc-RRBS实验方案,可并行分析数百个单细胞的DNA甲基化谱,研究细胞间异质性。
Multi-omics atlas of chronic exercise.
在小鼠中,长期运动引起组织、性别和昼夜时相特异的分子重塑,单核多组学揭示细胞类型特异变化。
Mitigating genotype-driven bias improves atlas-scale single-cell DNA methylome profiling
提出屏蔽变异位点的策略,减轻单细胞DNA甲基化分析中的基因型混杂。
Tumor DNA methylation subtypes and expression levels of CFISH predict response and overall survival to immunochemotherapy.
食管癌中,肿瘤DNA甲基化亚型及单核细胞相关CFISH特征与免疫化疗后的总生存期相关。
Clonal heterogeneity in human pancreatic ductal adenocarcinoma and its impact on tumor progression.
胰腺导管腺癌中,克隆多样性及MYC扩增与基底样转变、免疫反应程序减弱相关。
A perturbation atlas of mouse neural organoids resolves macroglial reactivity and nominates drivers of degeneration
在小鼠类器官中,单细胞扰动筛选提示gp130-STAT3信号驱动大胶质细胞反应性与感光细胞应激。
Concurrent de novo inference of cell types and gene regulatory networks with NetMap
提出 NetMap,联合推断细胞级基因调控网络与细胞分群,减少对预先细胞注释的依赖。
Single-cell analyses of global cohorts outline determinants of immune aging and link the ratio of GZMK+ to GZMB+ Tem cells to health trajectories.
GZMK+/GZMB+效应记忆T细胞比值与健康及病理相关衰老轨迹相关。
Spatial omics resolves adrenergic and mesenchymal cell states in neuroblastoma.
多组学识别神经母细胞瘤间充质肿瘤细胞,高间充质基因表达与较差的无事件生存和总生存相关。
Systematic transcriptomic evaluation of blastoid models of early human development.
整合人类囊胚单细胞转录组建立参考图谱,用于评估不同类囊胚模型的细胞谱系保真度。
Disease-associated loci share properties with response eQTLs under common environmental exposures.
环境响应性eQTL与疾病风险位点具有相似调控特征,并与部分基线eQTL未能解释的疾病相关位点重合。
Single-cell multiomics across nine mammals reveals cell-type-specific regulatory conservation in the brain.
跨9种哺乳动物的分析揭示细胞类型特异性调控保守性,并发现其与脑疾病遗传风险相关。
Trace-n-Seq combines retrograde fluorescent tracing with sorting and single-cell sequencing of innervating peripheral neurons.
提出Trace-n-Seq,将逆行示踪、细胞分选与单细胞测序结合,解析特定组织的支配神经元。
Concentrating cell-type-specific transcriptional signatures in bone marrow from interspecies comparisons.
提出结合细胞类型特异性与转录水平保守性的策略,提炼可跨物种识别细胞身份的特征基因。