🧬 生物科技论文简报

2026年03月29日

数据来源:bioRxiv · Nature · PubMed · Cell · Science

📊 今日精选论文

1 基因治疗 Nature Medicine

CRISPR-Cas9 base editing corrects sickle cell disease mutation in human hematopoietic stem cells

Clinical trial results demonstrate safe and effective gene editing for sickle cell disease treatment with long-term engraftment.

查看全文
2 免疫治疗 Science

mRNA vaccine platform elicits potent anti-tumor immunity in solid tumors

Novel lipid nanoparticle formulation enables efficient mRNA delivery to tumor microenvironment, showing promising results in phase 2 trial.

查看全文
3 神经科学 Cell

Single-cell multi-omics atlas of human brain development across lifespan

Comprehensive map reveals new cell types and developmental trajectories, providing insights into neurodevelopmental disorders.

查看全文
4 病毒学 Nature

Structural basis of SARS-CoV-2 Omicron variant immune escape

Cryo-EM structures reveal molecular mechanisms of antibody evasion and inform next-generation vaccine design.

查看全文
5 微生物组 Cell Metabolism

Microbiome modulation enhances cancer immunotherapy response

Specific gut bacteria strains identified as key predictors of checkpoint inhibitor efficacy in melanoma patients.

查看全文
6 合成生物学 Nature Biotechnology

AI-driven protein design generates novel enzymes for plastic degradation

Machine learning-guided enzyme engineering achieves 100x improvement in PET degradation efficiency.

查看全文
7 细胞治疗 NEJM

CAR-T cell therapy achieves remission in autoimmune disease patients

CD19-targeted CAR-T cells show durable responses in severe lupus and rheumatoid arthritis.

查看全文
8 癌症研究 Nature Genetics

Organoid models reveal early events in human colorectal cancer progression

Patient-derived organoids capture tumor evolution and identify novel therapeutic targets.

查看全文
9 肿瘤免疫 Cell

Spatial transcriptomics maps cell-cell interactions in tumor microenvironment

High-resolution spatial profiling reveals immunosuppressive niches and potential combination therapy targets.

查看全文
10 基因治疗 Science Translational Medicine

Gene therapy restores vision in Leber congenital amaurosis patients

AAV-mediated gene delivery shows sustained improvement in visual function with minimal adverse events.

查看全文