ネッパジーン Product Lineup

〇Monitoring vital signs without putting a burden on animals 〇Non-contact and stress-free! The MARTA Pad is a non-contact monitoring system designed to check important vital signs without causing stress to animals or researchers. ■Automatic monitoring: Continuously tracks important vital signs such as heart rate and respiration. ■Heating pad: Equipped with a heating function to keep animals warm. ■Anesthesia adjustment: Allows for proper adjustment of anesthesia by checking vital signs and utilizing heating, minimizing stress on animals. ■Seamless integration: Can be integrated with various equipment such as stereotaxic devices and two-photon microscopes. ■Complete sterility: Designed for thorough sterilization, enabling maximum hygiene management. ■Scalability: Capable of monitoring multiple animals simultaneously, meeting the needs of large-scale experiments.

• Other animal and plant experimental equipment and instruments

These are accessories that assist with measurements using the oCelloScope. OCS-MI Mini Incubator Holds one microplate. Please use a well plate with transparent top and bottom. Temperature range: Room temperature to 55°C. OCS-MC3D-AD µCount3D Adapter for oCelloScope2 An adapter that performs the same counting functions as the Count3D device. Allows for counting of bacteria using the separately sold μCassette (consumable). OCS-DH Dry Heater with Block for Two 50mL Containers Please use this when handling mini agar disks in a clean bench. Maintains a stable temperature for two 50mL liquid medium containers. OCS-MAD-12-96 Mini Agar Disks for 12 Well Plates Using these mini agar disks allows for imaging and analysis of microorganisms on agar. They are sized to fit 12 well plates and come in a set of 96. OCS-SA Slide Adapter An adapter for using slide glass. Available in two types: for one slide (OCS-SA-1) and for four slides (OCS-SA-4).

• Microbiology
• Cell Counter

- Live cell imaging and analysis system specialized for microorganisms such as bacteria, fungi, and yeast. - Analyzes dynamics and morphological changes over time from the early stages of proliferation. - Acquires high-precision image data through unique scanning technology. oCelloScope is an optical screening system equipped with software for microbial research. With high-sensitivity image analysis algorithms, it enables rapid and real-time monitoring of microbial growth. - Captures small changes within microscopic images. - Real-time imaging and powerful image analysis capabilities. - Dataizes time-dependent events without missing important changes. - 250 times more sensitive compared to traditional plate reader methods (OD). - Quantifies changes in microorganisms from the early stages. - Achieves growth rate MIC results that take 16 to 20 hours with micro-liquid dilution methods in just 4 to 5 hours. - Quantitatively analyzes changes in microorganisms based on image data-derived proliferation numerical data. - Supports spheroplasts, filamentation, aggregation, and germination of fungal spores, among others.

• Microbiology
• Cell Counter

- Count bacteria, fungi, and yeast - Accurate and highly reproducible results through 3D image analysis - Equipped with the proprietary inclined inverted camera technology, FluidScope scanning technology The FluidScope technology (patented) of µCount3D utilizes an inclined camera. This allows for capturing not just planar information but three-dimensional information when taking images. The height of the subject being imaged is 150µm, and by overlaying images, vertical and horizontal Z-stack images are created. All objects within this rectangular prism are captured in focus. Operation is conducted using a PC, and image data is provided along with the counting results. For counting fungal spores, a cassette called µCassetteF is used. A single image is constructed from 400 overlapping images, and the number of spores is counted using a selected deep learning algorithm. For counting bacteria, a cassette called µCassetteB is used. Bacteria settle very slowly, so they are present throughout the entire volume captured, and they are counted.

• Cell Counter

The A-picK for full automation of cell and tissue modification is the latest single-cell and tissue picking device in the Neuro InDx product line and is fully automated. It can instantly recover adhered cells without affecting their survival rate, making it suitable for various downstream experiments. Additionally, it allows for the measurement of cell adhesion strength. No advanced technical skills are required for operation; it is easy and intuitive, enabling anyone to use it effectively from the start. Standard culture dishes, plates, and slides can be used. The only consumable is the glass capillary unit, making it a very economical system. All operations are automated and optimized by the dedicated software PIKCELLSTM. It is compatible with Olympus inverted microscopes (IX53, IX73, IX83) (please consult for other inverted microscopes).

• Human cells

The "Micro Pick and Place System" is a device that allows for the easy suction (pick) of microscopic targets, such as cells, one by one while observing them under a microscope, and then the ejection and placement (place) of each target at a different location. It is based on the PicoPipet, which incorporates a small pump driven by "electroosmotic flow" in the pipette section, enabling anyone to intuitively operate it without requiring expertise, allowing for the suction, retention, and ejection of ultra-small amounts of liquid (in the picoliter scale). - Individual suction (pick) of microscopic targets, such as cells, and ejection placement (place) at another location - Utilizes the PicoPipet with a small pump driven by electroosmotic flow in the pipette section - Manual operation while observing under a microscope - Intuitive operation that does not require expertise ■ PicoPipet - Smooth suction, retention, and ejection possible with simple dial operation - Flow rate range: 1 nL - 10 μL/min - Replaceable glass capillary can be attached to the tip of the pipette section - The pipette section can be attached to a micromanipulator for operation ■ Compass - Simple optical system - Allows for high-contrast three-dimensional observation of transparent objects like cells.

• Other cell research

VIVANT-CELL utilizes a cell separation technology that activates stem cells by seeding them on a separation membrane and adding chemotactic factors below the membrane, allowing high-functioning stem cells with high migratory ability to pass through the membrane and migrate to the underside.

• Culture vessel

This is a cell separation technique that involves seeding stem cells onto a separation membrane and adding migration factors to activate the cells, utilizing the ability of highly migratory, high-function stem cells to pass through the membrane and migrate to the underside.

• Culture vessel

- Applicable to all: paraffin sections, frozen sections, floating sections, adhesive/floating cells, and whole mounts. - Does not require treatment with proteolytic enzymes such as Proteinase K. - Compatible with three fluorescent dyes: SaraFluor488, ATTO550, and Cyanine5. - Can also accommodate bright field staining using biotin-labeled products (custom products), etc.

• Other DNA/RNA

- High-efficiency LEDs and a unique cooling system allow for the quenching of autofluorescent substances without damaging the tissue. - Efficient quenching is achieved with a short usage time (30 minutes to 2 hours) as a pretreatment for tissue staining. - Suitable for in situ shHCR staining using ISHpalette, as well as other fluorescent ISH and immunostaining. - Ideal for observing fluorescent staining in species with strong autofluorescence or in adult tissues. - No complicated procedures or special reagents are required. - Efficient quenching is achieved with a short usage time (30 minutes to 2 hours) as a pretreatment for tissue staining.

• Other physicochemical equipment

Electrodes for cell fusion that support various capacities.

• Other physicochemical equipment

Actranza Lab is a jet injector powered by the combustion energy of gunpowder. The high-speed jet stream generated by the combustion energy instantly perforates the skin, disperses into the dermal tissue, and introduces substances into the cells.

• Other physicochemical equipment

The FUS-RK-50 is a bench-top focused ultrasound FUS system. It is equipped with a brain stereotactic fixation device and Atlas navigation, allowing for precise targeting of multiple locations within the brain. It is the top model for FUS aimed at mouse and rat brains, featuring excellent software that allows for various ultrasound parameters to be set, making it adaptable for a wide range of applications.

• Other physicochemical equipment

○Reagent kit for NanoAssemblr Ignite and Ignite+ ○Contents include ionizable lipid mix and buffer ○Used for RNA screening and delivery validation, contributing to the acceleration of non-clinical trials and clinical evaluations.

• Other medical supplies and cosmetics manufacturing machines

This is a kit for producing LNPs optimized for the delivery of mRNA or Cas9 mRNA/sgRNA to CD34+ hematopoietic stem cells. It is an ideal kit for customers considering future clinical applications, as it enables ex vivo gene introduction and genome editing for research purposes.

• Other medical supplies and cosmetics manufacturing machines

- High transduction efficiency and high survival rate for T cells - Scalable from exploration to preclinical stages - Standard T cell manufacturing workflow - Transition to clinical with minimal hurdles *To use this kit, a NanoAssemblr Spark with its cartridge or a NanoAssemblr Ignite with its cartridge is required.*

• Other medical supplies and cosmetics manufacturing machines

○ Automated nanoparticle formulation system using single-use flow paths ○ Manufacturing equipment for lipid nanoparticles (LNP) for clinical trials and commercial use

• Other medical supplies and cosmetics manufacturing machines
• Other manufacturing equipment

Scaling Up Gene Medicines ■Process development at an intermediate scale has been a barrier to the development of nanomedicines. The NanoAssemblr Blaze, equipped with NxGen technology, removes that barrier and enables efficient development using the same processes as clinical-scale manufacturing. ■Additionally, Blaze+ allows for formulations of up to 10L, making it possible to internalize late-stage preclinical trials and process development at a low cost.

• Other manufacturing equipment
• Other medical supplies and cosmetic manufacturing materials

To efficiently discover groundbreaking new drugs, there is a demand for rapid and reliable small-scale formulations, and the NanoAssemblr Spark is a device that meets this need for small-volume nanomedicine production.

• Other manufacturing equipment
• Other medical supplies and cosmetic manufacturing materials

■Can be integrated and used with existing GMP-compliant automated cell processing systems. ■Easy scale-up from lab-scale Gateway.

• Other physicochemical equipment
• Other cell research

- Introduction of non-permeable substances into the cell membrane is also possible. - Compatible with DNA-Encoded Libraries (DEL), small molecules, peptides, and various molecular probes. - Can be integrated and used with existing automatic dispensing devices. - Supports not only small-scale research but also large-scale screening. - First, the introduced substances are placed in a well plate, and then mechanically porated cells are dispensed into it.

• Other physicochemical equipment
• Other cell research

- Introduction of non-permeable substances into the cell membrane is also possible. - Compatible with DNA-Encoded Libraries (DEL), small molecules, peptides, and various molecular probes. - Supports not only manual pipetting operations but also integration with existing automated dispensing devices. - Place the introduced substances in a well plate first, and then dispense the mechanically porated cells into it.

• Other physicochemical equipment
• Other cell research

- High introduction efficiency even for non-charged substances - Amazing cell survival rate - A lineup prepared for scale-up Portal Bio's products are based on a unique mechanoporation delivery system that enables the efficient introduction of various molecules and drugs into a wide range of cell types. When cells pass through the micropores on specially designed silicon membranes, a transient change occurs in the cell membrane, allowing various substances to be delivered into the cells. Additionally, this technology can be used not only as standalone products but also integrated into other companies' infusion devices. This opens up innovative possibilities across various fields, from life sciences research to the development of large-scale cell therapies.

• Other physicochemical equipment
• Other cell research

- Supports gene introduction into E. coli, bacteria, yeast, and fungi - Supports gene introduction into cultured cells - Cost-effective and compact - Equipped with a function to measure the electrical resistance of samples

• Other physicochemical equipment

CFU (Colony Forming Unit) Measurement for Quality Control and Safety Inspection ○ Overwhelming Speed: The testing that traditionally took 3 days for results has been dramatically shortened to 3-4 hours (initial detection) and 6-10 hours (final concentration confirmation). ○ High-Precision Scanning Technology: Utilizing a high-resolution 3D optical scanning system, it can detect colonies as small as 8 µm in diameter. ○ No Change to On-Site Operations: Traditional culture temperatures, liquid volumes, and media can be used as is. It is very easy to correlate with official methods since microorganisms are detected and counted as CFUs while still alive, and identification of the bacteria after detection is also possible. ○ Compliant with FDA 21 CFR Part 11.

• Microbiology

●Significant reduction in running costs ・No need for liquid nitrogen or freezing agents due to the Stirling cooling method ●Accurate temperature control and temperature profiling ・High performance with a cooling rate of -0.1 to -3℃/min achieved with high reproducibility ・Temperature monitoring and data management possible with sample plate temperature measurement function ・Continuous operation supported by a heating function that returns the plate to the initial set temperature ●Excellent design ・Compatible with CPC, GMP, and isolators ・Lightweight and compact for portability, usable in vehicles 　※Power can be drawn from a cigarette socket (optional) ・Low vibration, low noise, energy-saving design ●Supports various validations ・Compliant with GMP and FDA 21 CFR part 11

• Other frozen and refrigerated storage

● Cells in the body are constantly subjected to various (periodic and intermittent) mechanical stimuli. In contrast, such stimuli are absent in conventional static culture (In Vitro). As a result, cultured cells in static conditions differ from cells in the body (In Vivo) in many ways. The cultured cell stretching device is a system that allows cells to be cultured in conditions closer to the in vivo environment by applying periodic uniaxial (or biaxial*) stretching and compression stimuli to the cultured cells. ● It can be used for research on various adhesive cells such as endothelial, smooth muscle, epithelial, cardiac, adipose, skeletal muscle, fibroblast, osteoblast, and cartilage, as well as for studies related to regenerative medicine. ● It can set up 64 different stimulation patterns with 8 combinations of stretching and compression rates and 8 combinations of stimulation frequencies. ● The system has excellent expandability, and when used for large-scale culture, it can be applied to biochemical experiments at the gene and protein levels. ● The ultra-thin silicone membrane chamber allows for various fluorescence imaging observations.

• Other Physics and Chemistry Equipment

● The main body is made of cell-safe Teflon and PEEK. ● With a variety of options such as perfusion and laminar flow types, open-top types, circular and rectangular shapes, and double-sided slide glass types, it accommodates all applications. ● Autoclavable! Reusable and economical. ● Equipped with an upper observation window, allowing for differential interference imaging.

• Other Physics and Chemistry Equipment

● Glass capillaries for microinjection - Glass needles with a core for microinjection with a tip diameter of 0.5μm or less can be easily produced. - Glass needles with a short tip and a strong body can be manufactured. - DNA, RNA, proteins, and drugs can be injected directly into plant, animal, and yeast cells at low pressure. ● Glass chips for single-cell transfer - Glass chips with a tip diameter of 10μm or more can be easily produced.

• Other Physics and Chemistry Equipment

The LTM-1000 laser thermal expansion micro-injector utilizes the thermal expansion of a laser absorber to inject DNA, RNA, proteins, antibodies, and other substances into the organelles of yeast and plant cells using a glass capillary with an outer diameter range of 0.1 to 0.5 μm. Since injection is possible with a capillary tip diameter of 0.1 μm, there is very little cell damage. Continuous injection is possible.

• Other Physics and Chemistry Equipment

The Sonopole 4000 is a wide-area high-frequency transmitter and amplifier with excellent operability, designed for sonoporation, a non-invasive method for introducing genes and drugs into cells and tissues. The output frequency, output wattage, pulse duty ratio, burst rate (repetition cycle), and sweep function (automatic frequency variation) are continuously variable, allowing for the setting of various combinations of experimental conditions. Automatic measurement of the actual output wattage is possible, and it is displayed in real-time, enabling confirmation of the output wattage during experiments. The probe is a flexible type that can be replaced, and the ultrasonic transducer at the tip is compact, allowing irradiation of areas that were previously difficult to target, thus expanding experimental possibilities. The combination with microbubbles can enhance gene delivery efficiency. It can be used for both In Vivo and In Vitro experiments with a single unit. Please contact us for custom probes.

• Other Physics and Chemistry Equipment

● High spatial resolution: minimum 30μm at 50MHz ● Covers major display modes: Doppler, B, 3D imaging, M, contrast, pulse wave Doppler, analog Doppler, elastic imaging ● Molecular imaging of perfusion information and target information ● Accurate measurement tools for 2D and 3D images ● Capable of connecting with external devices such as lasers and ultrasound transducers, allowing for extended support including photoacoustic imaging, sonoporation, and elastic imaging

• Other Physics and Chemistry Equipment

"CASY" is an international gold standard device that measures cell count and viability with extreme accuracy, non-invasively, without the use of dyes such as trypan blue. In addition to a wide range of applications, high performance, and easy maintenance, it also features excellent reproducibility and durability, fast processing capabilities, and low running costs. The following measurements can be performed in just a few seconds: ● Cell Count: Total cell count and viable cell count ● Cell Viability: Non-invasive measurement without the use of dyes like trypan blue ● Cell Size Distribution: High-resolution (standard below 0.1μm) with a wide dynamic measurement range ● Cell Volume: Very accurate direct volume measurement ● Cell Aggregation: Analysis of cell aggregation factors with automatic correction possible ● Cell Debris: Quality control of cell solutions 【Features】 ■ The sensor is directly immersed in the sample solution ■ Measurement of cell count and viability without staining and non-invasively ■ Wide dynamic measurement range ■ High resolution (standard below 0.1μm) size distribution (over 400 size channels available) ■ Aggregation factor calculated from particle volume *For more details, please refer to the PDF document or feel free to contact us.*

• Other cell research
• Other Analysis
• Cell Counter

The "ECIS-Zθ" is a cell analysis device that monitors cell dynamics and morphology in real-time without using labels such as fluorescent markers. The operation is very simple; after placing the well in the incubator and pressing the start button, data is automatically collected until the end of the experiment. Using a dedicated well with electrodes, it measures changes in the impedance value (electrical resistance) of the cells. It is possible to non-invasively monitor cell events over a short period to more than 100 hours. In addition to impedance measurement, it is also possible to measure the components of impedance, namely resistance and capacitance. 【Features】 ■ A new assay based on continuous measurement data that cannot be obtained by endpoint methods ■ Measurement can be performed without using labels, reducing cell damage ■ Highly extensible, allowing for experiments such as perfusion culture, hypoxic culture, and imaging *For more details, please refer to the PDF document or feel free to contact us.

• Other cells
• Other cell research
• Other Analysis

The "NanoAssemblr" is a platform that utilizes microfluidic technology from Precision NanoSystems to instantly create sophisticated and highly reproducible nanomedicines. With its unique cartridge technology, it uses microfluidics to control the self-assembly of nanoparticles, enabling the development of novel nanomedicines. In addition to increased reproducibility, technology transfer has become easier, allowing for a reduction in development time through seamless scale-up. 【Features】 ■ Capable of producing uniformly controlled nanoparticles in about 1 minute ■ Particle size: 20-80nm, Polydispersity Index (PDI): less than 0.1 ■ High reproducibility ■ Can be scaled up directly for clinical development *For more details, please refer to the PDF document or feel free to contact us.

• Other manufacturing equipment
• Other medical supplies and cosmetic manufacturing materials
• others

The "Sonitron GTS" is a sonoporation device that utilizes ultrasound to easily introduce genes and drugs into cells and tissues. It is non-invasive and characterized by minimal cellular damage. By mixing ultrasound microbubbles, such as Targesphere (TS-601, TS-602), with gene or drug solutions, the introduction efficiency can be significantly enhanced. By attaching a HIFU transducer module, HIFU research is also possible. It can accommodate long usage times and is lightweight and compact for easy portability. 【Features】 ■ Significantly increases introduction efficiency by mixing ultrasound microbubbles ■ Transducers are interchangeable ■ Can be used for both In Vivo and In Vitro experiments with a single device ■ Suitable for long usage times, easy to handle, and highly reliable ■ Lightweight and compact for convenient portability *For more details, please refer to the PDF materials or feel free to contact us.

• Other Nucleic Acid/DNA Research

The "Gene Gun System GDS-80" is a gene delivery device that utilizes aerodynamic technology. It uses supersonic gas generated by the pressure difference between the inside and outside of a gas chamber to accelerate particles coated with genes to speeds of up to 300 meters per second for delivery. With simple operation, it achieves high delivery efficiency, and there is no noise during equipment use. Additionally, there is no need to sign a contract for commercial use of the research, allowing for free utilization. 【Features】 ■ Compatible with both plant and animal cells ■ No consumables, simple and low cost (no rupture disk required) ■ Lightweight and portable, allowing for direct delivery without cutting leaves, etc. ■ For animals, DNA delivery is possible without gold particles ■ No contract required for commercial use *For more details, please refer to the PDF materials or feel free to contact us.

• Other Nucleic Acid/DNA Research

UnipicK is a single-cell and tissue picking device that uses a vacuum method. It is compatible with most inverted microscopes. It allows for the instant collection of cells in their natural state without affecting their viability, making it suitable for various downstream experiments. No advanced technical skills are required for operation; it is easy and intuitive, enabling anyone to use it effectively from the start. You can use the culture dishes, plates, and slides that you typically use. 【Features】 ■ Single-cell and tissue picking device using a vacuum method ■ Compatible with most inverted microscopes ■ Instant collection of cells without affecting viability ■ Use of standard culture dishes, plates, and slides *For more details, please request materials or view the PDF data available for download.

• Human cells

The "Micro Pick and Place System" is a device that allows for the easy suction (pick) of small targets, such as cells, one by one while observing them under a microscope, and then the expulsion and placement (place) of each one in a different location. It is based on the PicoPipet, which incorporates a small pump driven by "electroosmotic flow" in the pipette section, enabling anyone to intuitively operate it without requiring expertise to suck, expel, or stop ultra-small amounts (picoliter scale) of liquid. 【Features】 ■PicoPipet ○ Smooth suction, retention, and expulsion possible with simple dial operation ○ Flow rate range: 1nL-10μL/min ○ Operated with a replaceable glass capillary attached to the tip of the pipette section ○ Can be operated by attaching the pipette section to a micromanipulator (It is also possible to operate it by hand depending on the size of the target) ■Compass ○ Simple optical system ○ Allows for high-contrast three-dimensional observation of transparent objects like cells ○ Designed to be suitable for the use of PicoPipet ○ Enables effective micro pick and place operations *For more details, please refer to the catalog or feel free to contact us.

• Other cell research

"ELEPO21" has achieved several times the introduction efficiency against E. coli, bacteria, yeast, and fungi compared to conventional electroporation methods (exponential method) through its unique 4-step multi-pulse method and natural decay method. Additionally, it has significantly improved introduction efficiency while reducing damage to cells. 【Features】 ■ Pore-creating pulses (high voltage, short duration, multiple times, natural decay method) create fine pores in the cell membrane, reducing damage to cells by setting multiple pulses. ■ Polar switching for the ring pulse can be set. ■ Transfer pulses (low voltage, long duration, multiple times, natural decay method) send genes and drugs into the cells multiple times. ■ Further improvement in introduction efficiency is achieved with polar switching transfer pulses. *For more details, please refer to the catalog or feel free to contact us.

• Other Nucleic Acid/DNA Research

The "ECFG21" allows for the production of monoclonal antibodies with a fusion efficiency that is 3 to 6 times higher than that of the PEG method. Additionally, it is compatible with large-capacity chamber electrodes (compared to the lower model LF201 cell fusion device). It automatically measures and displays the voltage and current values of AC and DC pulses. 【Applications】 ■ Cell Fusion - Fusion of spleen cells and myeloma cells - Tetraploid rescue method (tetraploid embryo complementation) - Fusion of ES/EG cells with thymus cells (lymphocytes) - Fusion of human dendritic cells and human tumor cells - Fusion of pancreatic islet cells and tumor cells - Production of humanized monoclonal antibodies - Plant protoplast fusion - Liposome droplet fusion - Yeast and mold cell fusion - Mushroom mycelium cell fusion ■ Nuclear Transfer - Somatic cell nuclear transfer with enucleated recipient oocytes - Nuclear transfer of fertilized egg nuclei with enucleated recipient oocytes ■ Oocyte Activation - Electrical stimulation after sperm injection *For more details, please refer to the catalog or feel free to contact us.

• Other cell research

This is an original cuvette electrode (electroporation cuvette) from NEPA Gene Co., which can be used with most electroporators, including NEPA21 (In Vitro & In Vivo gene introduction system) and Pro-Vitro-S (In Vitro gene introduction system) from NEPA Gene, BioRad's Gene Pulser series, and BTX's ECM series.

• Other Culture
• Other physicochemical equipment

The Super Electroporator NEPA21 Type II has added a damping rate setting function to its 4-step multi-pulse method, achieving high survival rates and high transfection efficiency even for primary cells, which are said to be difficult for gene introduction, as well as immune and blood cells. Additionally, it does not require expensive dedicated reagents or buffers, making it very economical with minimal running costs. 【Gene introduction is possible for various targets such as the following】 ■ Cultured cells (suspension cells) ■ Adherent cultured cells ■ ex vivo tissues (brain slice sections, pancreatic islets, etc.) ■ in vivo mice and rats (muscle, liver, skin, testes, ovaries, brain, retina, etc.) *For more details, please request materials or view the PDF data available for download.

• Other Culture
• Other cell research
• Expression vector