REVOLUTIONARY WASH-FREE SWIFT PRECISION ANALYSIS SYSTEM FOR NUCLEIC ACID (miRNA, siRNA, mRNA, ctDNA, etc.), GENE EXPRESSION PROFILING, in Situ HYBRIDIZATION, AND MOLECULES INTERACTION STUDTY 

HHCC Biotech, Inc. is at the forefront of biotechnological innovation, leveraging Dr. Cheng's revolutionary wash-free swift precision analysis system to redefine the landscape of molecular analysis. Our commitment to advancing scientific discovery is evident in our key areas of expertise:

Assay Kits for Nucleic Acids:

Harness the power of our analysis system for the precise analysis of nucleic acids, including but not limited to miRNA, siRNA, mRNA, and ctDNA. Our methods revolutionize the field, eliminating wash steps and providing a streamlined workflow with enhanced sensitivity.

Gene Expression Profiling:

Experience a paradigm shift in gene expression profiling with our qPCR-free solution, addressing size and amplification challenges. Say goodbye to cDNA generation in gene expression profiling and DNA microarray applications.

In Situ Hybridization Without Antibodies:

Explore the possibilities of in situ hybridization without antibodies, offering unprecedented insights into molecular interactions within biological systems.

KEY FEATURES OF DR. CHENG'S REVOLUTIONARY INNOVATION:

• qPCR-Free Technology: Streamlining the experimental workflow, this innovative technology excludes Quantitative PCR (qPCR), offering researchers accurate and reliable results without the time-consuming and resource-intensive nature of qPCR. This reduction in overall experimental time enhances efficiency.

• Elimination of cDNA Generation: Transforming gene expression profiling, this groundbreaking assay eliminates the requirement for cDNA generation from RNA. By simplifying this traditionally complex and error-prone step, the process is streamlined, and result accuracy is enhanced by avoiding potential variations introduced during cDNA synthesis.

• No Washing Steps: Enhancing efficiency further, the revolutionary assay does not involve washing steps, a departure from traditional assays that often include labor-intensive and time-consuming wash steps. This omission not only saves time but also reduces the risk of sample loss and contamination.

• Probe-Coating-Free: The design of the assay removes the need for coating probes onto surfaces, simplifying the experimental setup. This design choice enhances user-friendliness and ensures more consistent and reproducible results across experiments by eliminating potential variability associated with probe coating.

• Versatile Nucleic Acid Concentration Assays: Going beyond gene expression profiling, this assay's applicability extends to nucleic acid concentration assays. Researchers can efficiently determine nucleic acid concentrations, making the assay versatile for various molecular biology applications.

• Comprehensive Molecule Interaction Studies: Beyond nucleic acid applications, the innovative assay provides an advantage in quantitatively studying molecule interactions, encompassing both small and large molecules. The absence of washing and coating steps simplifies the analysis of molecule interactions, offering a powerful tool for understanding complex biological mechanisms and studying small molecule synthesis and mechanisms.

• Resource and Cost Efficiency: The simplified protocol, coupled with the elimination of qPCR, washing, and coating steps, contributes to resource and cost efficiency. Researchers can achieve robust results with fewer consumables, reducing experimental expenses and making the assay more accessible to a broader range of researchers and laboratories.

• Rapid Turnaround: The streamlined workflow, reduced steps, and absence of washing contribute to a rapid turnaround time for experiments. This is particularly valuable in time-sensitive research scenarios, enabling researchers to generate results quickly.

• Advancing Beyond Microarray Technology: In this innovative approach, the revolutionary assay surpasses traditional DNA and protein microarray methods. Unlike conventional microarrays that require extensive washing, this groundbreaking assay eliminates the need for such processes, further enhancing its efficiency and effectiveness.

• Versatile Sample Analysis: Assayable diverse sample types, spanning plasma, serum, tissues, cultured cells, and challenging sources, within the scope of our revolutionary wash-free system for precise molecular analysis.

Patent Pending in the USA: Dr. Cheng's innovation is currently patent pending in the United States, underscoring our dedication to pioneering solutions in the biotech landscape.

Join us in shaping the future of molecular analysis. Discover the possibilities with HHCC Biotech, Inc.