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上海樂備實生物技術有限公司 Company Information
Company Name:    Shanghai Lebeishi Biotechnology Co., LTD
Tel:   
Email:    labex-mkt@univ-bio.com
Nationality:    China
WebSite:    www.u-labex.com/
Product List:    5512
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Product List
Spatial genetic variation detection
Tissue development and regeneration research
Cell migration and localization analysis
Spatial metabolomics research
Cell subpopulation localization
Spatial protein modification analysis
Organizing spatial transcriptional regulatory networks
Cell-matrix interaction studies
Tissue immune cell localization
Spatial protein interaction network analysis
Study on the relationship between organizational structure and function
Localization of cell fate determinants
Spatial epigenetic research
Tissue diversity and developmental analysis
Dynamic observation of cell cycle and proliferation
Spatial signaling pathway analysis
Study on signal communication within tissue microenvironment
Cell polarity and orientation analysis
Spatial epigenetic regulation mechanisms
Tissue-spatial metabolic analysis
Spatial epigenetic regulatory network
Cell migration and invasion localization
Tissue development and organogenesis research
Spatial genome stability testing
Cell signal transduction pathway localization
Spatial gene regulatory network analysis
Study on the structure and function of tissue blood vessels
Single cell quantitative analysis
Gene expression profiling
Cell type identification
Transcriptome analysis
Mutation detection
DNA sequencing
RNA sequencing
Genomic sequencing
Variant site identification
Screening for mutant genes
Epigenetic research
Transcriptional regulatory mechanisms
Cell-cell interaction analysis
Immune response studies
Gene function annotation
Cell development trajectory
Cell cycle analysis
Regulatory network construction
Signaling pathway analysis
Genome copy number variation
Building a cell atlas
Spatial transcriptome analysis
Cell state identification
DSP mouse spatial proteome map_Core+12_72
DSP mouse spatial proteome map_Core+12_84
DSP mouse spatial proteome map_Core+12_96
DSP mouse spatial proteome map_Core+13_12
DSP mouse spatial proteome map_Core+13_24
DSP mouse spatial proteome map_Core+13_36
DSP mouse spatial proteome map_Core+13_48
DSP mouse spatial proteome map_Core+13_60
DSP mouse spatial proteome map_Core+13_72
DSP mouse spatial proteome map_Core+13_84
DSP mouse spatial proteome map_Core+13_96
DSP mouse spatial proteome map_Core+14_12
DSP mouse spatial proteome map_Core+14_24
DSP mouse spatial proteome map_Core+14_36
DSP mouse spatial proteome map_Core+14_48
DSP mouse spatial proteome map_Core+14_60
DSP mouse spatial proteome map_Core+14_72
DSP mouse spatial proteome map_Core+14_84
DSP mouse spatial proteome map_Core+14_96
DSP spatial transcriptome
Spatial transcriptome technology
DSP spatial multi-omics
DSP spatial multi-omics technology
DSP spatial proteome
Lebei Real Space Multi-omics
Spatial Multi-omics Technology
Subcellular structure analysis
Spatial transcriptional regulation mechanisms
Data integration and analysis
Efficiently compare multiple sample data
Analysis of tissue heterogeneity
Gene regulatory network
Bovine Chemokine Array C1
Spatial Omics Technology
Protein localization studies
Tissue microenvironment analysis
Gene expression dynamics
Spatial Positioning
Spatial proteomics technology
Structural variation detection
Bovine Cytokine Array C1
Space in situ
Microenvironment and cell interaction
Bovine Cytokine Array Q3
Gene expression analysis
Cell-Cell Interaction Studies
Isolation and purification of single cells
Spatial localization of cell subpopulations
Cellular heterogeneity studies
Transcriptome stability analysis
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