Leveraging independent intellectual property, NovelBio Innovations addresses bottlenecks in single-cell sequencing related to turnaround time, efficiency, and cost. Focused on research and clinical needs, we rely on standardized workflows and intelligent management to deliver a fully integrated, high-performance, and cost-effective domestic solution. Our precise and economical single-cell capture services drive innovation in life sciences and clinical applications.
Novel Bio's independently developed tissue dissociation system rapidly and thoroughly dissociates various tissue types into high-quality single-cell suspensions. The instrument's metal bath module enables precise temperature control, while the propeller-style stirring head provides gentle yet consistent shear forces, significantly improving dissociation efficiency compared to traditional methods.
The NovelBrilliant single-cell scanner is an independently developed quality control instrument compatible with most mainstream consumables. It integrates suspension QC, microwell loading inspection, and optical microscopy into one flexible platform for diverse experimental scenarios. Its portable design also facilitates on-site experiments with ease!
NovelCyto®microwell single-cell capture solution is a complete single-cell transcriptomics platform developed by Novel Bio, including hardware, capture beads, capture chips, barcoding reagents, and library preparation kits.
Utilizing Novel Bio's proprietary pneumatic microfluidic patent technology, we introduce the first automated single-cell sequencing system. Paired with self-developed microfluidic chips and flexible gel beads, it enables precise control of sample flow rates and droplet generation.
The cDNA reverse transcription workstation features advanced thermal cycling modules for precise temperature control, ensuring optimal reverse transcription conditions. Its built-in high-efficiency fluorescence detection system monitors reaction progress in real time, providing accurate data analysis. The workstation supports automated operations—from RNA extraction to cDNA synthesis—via simple setup. With a user-friendly interface, detailed manuals, and software support, researchers can quickly master the system and obtain high-quality experimental results
Features & AdvantagesHigh Throughput & Automation: Enables simultaneous reverse transcription of multiple samples, significantly increasing experimental throughput and efficiency. Data Integrity & Reliability: Minimizes experimental errors and bias, ensuring robust data for downstream bioinformatics analysis.
Novel Bio's independently developed RPE amplification workstation is a highly integrated laboratory device specialized in automating gene amplification (PCR) processes. Equipped with an advanced temperature control system, it ensures efficient and accurate gene amplification. Precision robotic arms and sample handling modules automate reagent addition, mixing, and transfer, drastically reducing manual operation time and errors. The system also includes intelligent data analysis capabilities for real-time monitoring and detailed reporting. Compact and user-friendly, it suits laboratories of all scales and is an essential tool in modern molecular biology research.。
After three years of iterative development and stability testing, Novel Bio's R&D team has successfully developed the NovelPano®-SPtissue—a 28μm-level array chip for spatial transcriptomics. Combined with our self-developed spatial transcriptomics reverse transcription and library prep kit system, it will be launched soon.
The chip uses immobilized probes to capture nucleic acids from tissue sections, leveraging probe barcodes to accurately map information back to its original spatial context. Based on spatial transcriptomics sequencing technology, it enables high-throughput, whole-transcriptome analysis of gene expression and localization within tissue structures, laying the foundation for deep exploration of tissue microenvironments.
Contact Us
021-52235399
tech@novelbrain.com
Jiangxi:6th Building, No. 18 Shangrao Avenue, Shangrao International
Medical Tourism Pilot Zone, Jiangxi Province, China
Shanghai:Building 22, Chiyate Center, No. 999 Jiangyue Road, Minhang
District, Shanghai, China
Beijing:Tower C, Ruipu Building, No. 15 Hongjunying South Road,
Chaoyang District, Beijing, China
Xian:Room 2504, Saigao Business Port, Weiyang District, Xi'an City,
Shaanxi Province, China
Guangzhou:Room 3106, Tower B, Zhonghua International Center, No. 33
Zhongshan 3rd Road, Yuexiu District, Guangzhou City, Guangdong Province, China
Chongqing:Tower A, Daping SOHO Business Center, Yuzhong District,
Chongqing, China
Nanjing:Room 17B, Tower C, Dongyu Building, No. 18 Zhenghong Street,
Qinhuai District, Nanjing, Jiangsu Province, China
Wuhan:Room 4, 21st Floor, Huayin Building, No. 786 Minzhu Road, Zhongnan Road
Subdistrict, Wuchang District, Wuhan City, Hubei Province, China
Chengdu:Room 2218, Tower A, Mengmofang Plaza, Chenghua District, Chengdu,
Sichuan Province, China
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