With electrophysiology and Functional Imaging at the core, complemented by histopathology and multi-omics analysis, select platforms for drug discovery and basic research spanning cellular function, tissue phenotypes and molecular changes.
Perform voltage and calcium imaging in neurons, cardiomyocytes and other compatible models to analyze dynamic functional signals and changes under different treatment conditions.
Voltage Imaging ServicesCalcium Imaging and Calcium Transient AnalysisRecord membrane potential and ionic currents in cells, neurons and acute slices to analyze action potentials, synaptic activity and pharmacological responses.
Patch-Clamp Electrophysiology ServicesFrom tissue processing, sectioning and routine staining to applicable molecular labeling and quantitative analysis, examine tissue structure and cellular phenotypes to provide histopathology support for research projects.
Histopathology ServicesRoutine Histology and Special StainsSelect assays and bioinformatics analysis approaches for research in genomics, transcriptomics, epigenomics, single-cell analysis, proteomics and metabolomics.
Multi-Omics Research ServicesUse patch clamp, voltage imaging and calcium imaging to examine changes in cellular electrical activity and calcium signals, supporting functional characterization and candidate compound research.
Patch-Clamp Electrophysiology ServicesVoltage Imaging ServicesCalcium Imaging and Calcium Transient AnalysisUse tissue sections, staining and corresponding image analysis to investigate morphological changes and marker distribution. Sample processing conditions need to match the intended endpoints.
Histopathology ServicesRoutine Histology and Special StainsSelect omics assays according to the research objective and combine differential analysis, pathway enrichment and applicable integrative analysis to generate mechanistic insights for further validation.
Multi-Omics Research ServicesSpecify the sample type, research question and required endpoints, and select a single assay platform or complementary experimental methods.
Check sample storage, culture or fixation conditions and establish the control design and analysis parameters. Different platforms may require separately prepared samples.
Relate functional, tissue-level or molecular results to the original research objectives, and analyze changes and their scope of interpretation according to the project plan.
SparkMind (Nanjing) Technology Co., Ltd.
Rooms 1902–1904, 19th Floor, Building A, ZhongDan Eco Life Science Industrial Park
No. 3-1 Xinjinghu Road, Jiangbei New Area, Nanjing, Jiangsu Province, China
info@sparkmindcn.com
+86 25 5827 7019
