The 75th American Clinical Chemistry Annual Conference and Clinical Experimental Medicine Expo (AACC) was held at the Anaheim Convention Center in California, USA from July 23 to 27.
AACC is currently the most important equipment exposition in the field of clinical testing in the world and attracts more than 20,000 international medical professionals, healthcare experts, purchasers, dealers, and distributors from 110 different countries every year to actively participate and promote business cooperation.
This year, more than 250 seminars were held in AACC, and we actively participated in many of them.
To view the world and expand our global market ,we established a subsidiary in Maryland USA last year.
At this exhibition, we showed the strength and charm of our products to the world with a lineup of exhibits composed of many heavyweight products and diversified solutions.
RT-LAMP Dye Assay Kit (UDG plus) contains fluorescent dye, Hieff™ Bst Plus DNA Polymerase, heat-resistant Hifair™ Ⅲ Reverse Transcriptase, MRI, and UDGas applied to LAMP reaction with RNA as template. This product is with high sensitivity and high specificity.
The Hieff Unicon™ V Lyo-nCoV Multiplex One-Step RT-qPCR Kit (with MgCl2) is a kit for multiplex quantitative PCR reactions using RNA as a template. During the experiment, reverse transcription and quantitative PCR are performed in the same reaction tube, simplifying the experiment and reducing the risk of contamination. The unique Buffer and enzyme design allows for the preparation and product design of one-step RT-qPCR lyophilization reaction systems.
The kit uses heat-resistant Hifair™ V Reverse Transcriptase for efficient synthesis of first strand cDNA and Unicon™ HotStart Taq DNA Polymerase for quantitative amplification. The kit mainly contains optimized lyophilized Buffer, Enzymes Mix, etc., with factors that effectively inhibit non-specific PCR amplification and factors that enhance the amplification efficiency of multiplex qPCR reactions, allowing multiplexed fluorescent quantitative amplification reactions to be performed while maintaining primer amplification efficiency.
This kit has a matching lyophilization protector in the enzyme mix and can be used directly for lyophilization.
Hieff NGS® DNA&RNA Library Co-Prep Kit V2 is a DNA&RNA co-library kit for Illumina®&MGI® sequencing platform, which contains efficient cDNA synthesis reagent and enzyme digestion reagent. Compared with the traditional library construction method, this product can efficiently complete cDNA synthesis and DNA&RNA library construction in one tube.The kit contains high quality enzyme for DNA fragmentation and combines DNA fragmentation, end-repair, and dA-tailing into one step, which reduce time significantly and cost of library preparation. This library prep kit has an excellent library conversion rate and is applicable for samples from all common animals, plants, microorganisms, etc., and also the FFPE samples. This upgraded kit using the latest optimized ligase greatly decreases the self-ligation rate during adapter ligation. Moreover, the introduction of a new high-fidelity polymerase further improves the homogeneity and fidelity of amplification.
All the components provided by the kit have undergone strict quality control and functional verification, which ensures the stability and repeatability of library construction to the greatest extent.
Hieff NGSTM OnePot Pro DNA Library Prep Kit for Illumina is a new generation enzymatic fragmentation-based library prep kit professionally developed for Illumina high-throughput sequencing platform. This set simplifies the operation process compared with the traditional library construction method and also greatly reduces the time and cost by performing fragmentation, end repair and dA-tailing of dsDNA in one reaction. This library prep kit has an excellent library conversion rate and is applicable for samples from all common animals, plants, microorganisms, etc., and also the FFPE samples. This upgraded kit using the latest optimized ligase greatly decreases the self-ligation rate during adapter ligation. Moreover, the introduction of a new high-fidelity polymerase further improves the homogeneity and fidelity of amplification.