Discover the future of cell culture optimization with our cutting-edge, chemically defined supplements. This seminar unveils three products designed to enhance cell growth across various applications:
1. HybriMore™ Hybridoma Culture Supplement: A protein-free supplement that boosts cloning efficiency and survival rates of hybridoma cells, even in low-serum conditions. Learn how its unique formulation simplifies ELISA screening by reducing background interference.
2. CytoMore™ Cell Rescue Supplement: Explore how CytoMore™ revitalizes low-vitality cells, including primary cells, mesenchymal stem cells, and frozen cell lines, significantly improving culture outcomes.
3. NeuronMore™ Neural Cell Supplement: Uncover the potential of this specialized supplement in supporting primary neural cells, neural stem cells, and neural cell lines, enhancing both survival rates and growth.

The human gut harbors over 1,000 species and 100 trillion diverse gut microbiota, outnumbering the 37 trillion human body cells. Recent research has revealed that these gut microbiota play an important role in human metabolism and the immune system, and studies in this area are progressing. Noster Inc. focuses on the metabolites produced by gut microbiota that affect human health (postbiotics), with particular attention to the lipid metabolites of gut microbiota derived from dietary fats consumed by humans.
In this seminar, we will introduce the diverse effects of gut microbiota lipid metabolites and their development, as well as analysis services for research on gut microbiota lipid metabolites.

Image analysis plays an important role in the drug discovery and life science fields, and is also a process that requires a lot of time and effort. In order to make groundbreaking discoveries, not only classical methods are essential, but also automation and efficiency using AI. At LPIXEL, our strength lies in image analysis AI technology in the life science field, such as image and video analysis of cells, tissues, animal behaviors, etc., and we have supported many companies and research institutions to solve their problems. In this seminar, we will introduce examples of support for image analysis AI technology "IMACEL" in the life science field.

"Actranza Lab" is a needle-free injection device that can effectively deliver nucleic acid molecules such as mRNA and pDNA into cells in local tissue (in vivo), and can enhance gene expression without using specific carrier molecules such as lipid nanoparticles. We will be introducing the device with examples.

Toyobo provides reagents for molecular biology research, with a particular strength in PCR-related reagents. Our original enzyme, "KOD DNA Polymerase," has been continuously improved since its launch in 1995, and we now offer a wide range of products that have received high praise from many researchers.
In this seminar, we will introduce the basics of PCR enzymes, the characteristics and differences of each product in the KOD series, and how they can be applied.

Recently, we have seen many microscopes that utilize super-resolution technology.
What kind of microscopes come to mind when you think of super-resolution microscopy?
In this seminar, we will introduce two of ZEISS' most popular super-resolution microscopes, Airyscan and Lattice SIM.

The confocal technique is a must for point-scanning. The Airyscan and Lattice SIM super-resolution microscopes are based on a low-noise, stable galvanometer scanner that can achieve higher resolution than a confocal laser microscope at speeds up to 47.5 fps, with the familiar operation of a confocal laser microscope. Confocal laser microscope-based super-resolution technology Airyscan looks good for my research.”

Lattice SIM, a new camera-based 3D super-resolution technology with a new illuminating method that can achieve resolutions up to 60 nm in XY and 200 nm in Z and an extremely fast acquisition speed of up to 255 fps and is minimally invasive, is by far the best choice for my research.
Similar yet dissimilar, these two microscope choices have their own distinct personalities that make them a better fit for your many studies.

Which is better for your research?
We hope that after the seminar, you will leave the venue talking about the topic with your colleagues, or even talking to yourself.

Which would you choose?
Airyscan or Lattice SIM?
Or... both?

We look forward to seeing you there.

RNA sequencing is a method to study gene expression by comprehensively reading mRNA and ncRNA sequences using a next-generation sequencer. It has become a familiar method due to the improvement of sequencer functions and reduction of running costs. In addition, there are many choices of how to proceed, such as whether to perform library preparation and analysis by yourself or to ask a contracted service. In this seminar, we will introduce the advantages of preparing RNA libraries by yourself using the NEBNext RNA Library Preparation Kit, comparing them with the advantages of outsourcing. In addition, we will explain the key points to efficiently obtain reliable data, from sampling method to RNA purification, sequencing, and analysis. This seminar is full of useful information for both those who are just starting out and those who are already doing so.

Stilla’s digital PCR system is an incredibly user-friendly solution that completes droplet generation, PCR, and fluorescence detection all on a single chip. This system can process up to 16 samples per chip and can deliver results in 2.5 hours from reagent dispensing to result acquisition. Moreover, utilizing Stilla’s unique color combination feature, this system enables advanced multiplex assays that can simultaneously detect and quantify over 20 target genes. In this seminar, we will provide an overview of Stilla’s digital PCR system and showcase examples of detecting cancer mutation genes using advanced multiplex assays.

Would you like to learn the basics in 15 minutes? Microscopes are prone to dirt and misalignment due to daily use, and if left untreated, this can have a major impact on the observed images. In this seminar, learn the important points of cleaning and optical adjustment to maximize the performance of your microscope.