National Science Foundation

Eascra Biotech specializes in developing DNA-inspired, Janus base nanomaterials for targeted drug delivery. Their platform, based on three generations of DNA nanotubes, is designed to effectively penetrate and treat hard-to-reach tissues like articular cartilage, the central nervous system, and solid tumors. These nanomaterials can encapsulate and stabilize various therapeutic agents, including mRNA, siRNA, proteins, and gene-editing tools, at room temperature, enhancing their efficacy and reducing systemic exposure.

Novaurum Biosciences specializes in the development of AuPEC, a cell-based encapsulation technology aimed at enhancing the performance of implanted medical devices. This innovative platform integrates microbiology and nanotechnology to create nano-biological coatings for orthopedic implants. By reducing infection rates and promoting tissue regeneration, Novaurum's technology enables medical professionals to improve patient outcomes significantly. The company's approach offers a novel solution for addressing common challenges associated with implantable devices, ultimately contributing to safer and more effective medical interventions.

Amphix Bio is engaged in the development of advanced therapeutic materials aimed at regenerative medicine. The company specializes in creating nanofiber materials that replicate the structure and dynamic characteristics of human tissues. By integrating biological signals, these materials instruct cells to activate regenerative processes. Amphix Bio's innovations enable the development of therapies designed to repair a variety of tissues, including bone, cartilage, muscle, cardiovascular tissues, and the brain and spinal cord. The promising results observed in both preclinical and clinical trials highlight the potential of Amphix Bio's approach in transforming therapeutic applications in medicine.

Nanopath Inc. is a molecular diagnostics company focused on enhancing women's health through rapid and precise testing. By utilizing advancements in bioengineering and nanotechnology, the company specializes in the sensitive detection of viral, bacterial, and fungal pathogens without relying on nucleic acid amplification techniques. This innovative approach allows for the delivery of granular and clinically actionable information, thereby improving traditional testing methodologies and enabling healthcare providers to make informed decisions more swiftly.

Serious research-based academics in Technology and the Engineering, Biological and Computer Sciences on a remodeled, state-of-the-art campus is what you will find at New Jersey Institute of Technology (NJIT) in Newark, New Jersey. Applied Physics, Biocomplexity, Biomedical Engineering, Civil Engineering, Mathematical Engineering and Medical Informatics Technology are some of the more than 70 undergraduate degrees offered at NJIT. There are also more than 15 graduate programs. Not only do nearly 100% of faculty hold doctorates, but they also work on pioneering research with students and with local businesses and organizations as well. Research areas include such fields as Biological Sciences, Biomedical Studies, Nanotechnologies and Wireless Communications. Opportunities for work abound for NJIT grads in great part because of the quality of student training and the reputation of the school. Also important are the internships, which the school arranges for students while they’re still studying. Classrooms and research centers aren’t the only place on the NJIT campus that employ the most current technologies. The renovated campus recreation areas, computer labs, and restaurants add to the contemporary look and feel of the NJIT experience. Since Newark is the largest city in New Jersey there are also many employment opportunities available in the area. With its restaurants and cultural activities, Newark also provides much in the way of recreation and culture. New York City is also only 20 minutes away, so there is even more to be found in the off-campus experience. Admission to NJIT is competitive and undergraduates who are accepted usually have high grades and test scores. Many eligible undergraduates receive some form of financial aid.

Avisi Technologies Inc. is a company based in Philadelphia, Pennsylvania, that focuses on developing innovative solutions for glaucoma treatment. Founded in 2017, the company has created VisiPlate, a next-generation aqueous shunt that utilizes nanotechnology to provide a defense against blindness caused by glaucoma. This advanced technology aims to improve the effectiveness of glaucoma treatments and enhance patient outcomes.

Kismet Technologies specializes in innovative material technologies aimed at enhancing infection control on surfaces. The company has developed NanoRAD, a nanotechnology that provides long-lasting protection against pathogens, significantly reducing the risk of illness from contact with contaminated surfaces. This technology is designed to be safe for human contact, effectively combating harmful germs such as MRSA and norovirus. By using NanoRAD, Kismet Technologies not only helps decrease surface-borne infections but also contributes to environmental sustainability by minimizing chemical releases and plastic waste.

Superior Nano specializes in the development and manufacturing of topical skincare products that leverage advanced nanotechnology. The company's offerings include serums and moisturizers designed to enhance skin appearance and health. These products combine multiple anti-aging ingredients into a single formulation, effectively targeting concerns such as fine lines, wrinkles, age spots, and overall skin firmness. By utilizing this innovative approach, Superior Nano aims to provide consumers with effective solutions for achieving a more radiant complexion without resorting to invasive procedures.

AeroShield specializes in the production of a super-insulating, nanoporous glass material designed for energy-efficient windows. This innovative material, made from silica aerogel, provides optical clarity akin to traditional glass while delivering insulation performance that is 50% superior to standard windows. By integrating AeroShield's technology between two glass panes, manufacturers can significantly enhance the thermal efficiency of their products. Additionally, the payback period for AeroShield-enhanced windows is up to five times faster than that of comparable high-performance windows, making it an attractive option for both manufacturers and consumers. This focus on sustainability and energy efficiency supports industry compliance goals and improves overall product performance.

NanoDian is a nanotechnology company focused on developing and commercializing advanced lithium-ion batteries. The company specializes in creating nanostructured materials for battery cathodes, aiming to enhance performance in both portable and stationary energy storage applications, including electric vehicles and microgrids. Utilizing patented laboratory-developed technology, NanoDian addresses key challenges in current battery technology, such as improving life cycles, charge rates, safety, and cost. Through its innovative approach, NanoDian seeks to provide significant benefits to users across various energy storage devices.

NanoResearch specializes in research, design, development, and commercialization of advanced technologies, particularly in the areas of energy storage, smart materials, mechanical smart lighting, and nanobiomedical products. The company serves a diverse clientele, including governments, businesses, and non-profit organizations, by providing innovative solutions that facilitate rapid market entry for technology organizations. Through its nanotech research and development platform, NanoResearch focuses on creating breakthrough technologies, particularly in battery solutions and smart materials, thereby addressing critical needs in energy management and biomedical applications.

Amphix Bio is engaged in the development of advanced therapeutic materials aimed at regenerative medicine. The company specializes in creating nanofiber materials that replicate the structure and dynamic characteristics of human tissues. By integrating biological signals, these materials instruct cells to activate regenerative processes. Amphix Bio's innovations enable the development of therapies designed to repair a variety of tissues, including bone, cartilage, muscle, cardiovascular tissues, and the brain and spinal cord. The promising results observed in both preclinical and clinical trials highlight the potential of Amphix Bio's approach in transforming therapeutic applications in medicine.

Nostopharma specializes in developing treatments for pathologic bone growth, aiming to prevent rare bone diseases and minimize complications from traumatic injuries. The company offers a nanoparticle drug delivery system that addresses soft tissue trauma complications, facilitating the formation of new bone after surgeries, burns, and other traumatic incidents. By enhancing the recovery process, Nostopharma's innovative approach supports healthcare providers in improving clinical outcomes for patients undergoing surgical procedures related to post-traumatic injuries. Additionally, the company's efforts contribute to reducing rehabilitation costs for society.

Future Semiconductor Business specializes in the development of bandgap semiconductors, particularly those used in light-emitting diodes (LEDs). The company focuses on two-dimensional material-based layer transfer technology, which facilitates the epitaxial growth of high-quality single-crystalline semiconductors on graphene. This innovative approach allows for the transfer of semiconductors to a host substrate, enhancing the quality and performance of the final product. Additionally, Future Semiconductor Business has developed a gallium nitride (GaN) substrate that enables the infinite reuse of the parent wafer, offering a cost-effective solution for large-area semiconductor production. Their technology aims to meet the increasing demand for efficient and high-quality semiconductor materials in various applications.

NanoFlex Power Corporation specializes in the research, development, commercialization, and licensing of advanced photovoltaic technologies focused on thin-film solar products. Based in Scottsdale, Arizona, the company has established a portfolio of U.S. patents and international counterparts resulting from its sponsored research programs. Its innovations include Gallium Arsenide-based solar thin films and organic photovoltaic materials, which are designed for high efficiency, flexibility, and aesthetic applications such as semi-transparency and tinting. The technologies are applicable across a wide range of sectors, including portable and off-grid power generation, building-integrated photovoltaics, aerospace, and automotive industries, as well as Internet of Things applications. Founded in 1994, NanoFlex Power aims to unlock new opportunities in solar energy with its cost-effective and high-performance solutions.

Nanopath Inc. is a molecular diagnostics company focused on enhancing women's health through rapid and precise testing. By utilizing advancements in bioengineering and nanotechnology, the company specializes in the sensitive detection of viral, bacterial, and fungal pathogens without relying on nucleic acid amplification techniques. This innovative approach allows for the delivery of granular and clinically actionable information, thereby improving traditional testing methodologies and enabling healthcare providers to make informed decisions more swiftly.

Coreless Technologies specializes in the design and manufacture of hollow metal nanoparticles, focusing on enhancing the performance of nano-enabled devices. The company has developed a continuous flow process for large-scale production of these nanoparticles, allowing for precise control over their size, shape, and optical properties. This innovation is particularly beneficial for military applications in potentially contaminated zones, as well as for addressing healthcare challenges in rural areas with limited access. Additionally, Coreless Technologies aims to support agricultural practices by providing solutions for the detection of plant-based diseases.

American Nanotechnologies is focused on the development and demonstration of innovative systems aimed at the large-scale purification of high-value dielectric materials. The company's advanced material solutions are designed to enhance industrial quality, positioning it as a key player in the nanotechnology sector. Currently, American Nanotechnologies is operating in stealth mode, allowing it to refine its technologies and strategies before a broader market introduction.

Zymosense specializes in the development of an enzyme screening platform that utilizes innovative technology to identify and characterize enzymes with specific properties. The company offers automated aqueous two-phase extraction for the efficient sorting of chiral-pure single-walled carbon nanotubes, enhancing the scalability and cost-effectiveness of this process. Additionally, Zymosense has demonstrated the potential for automating the NIST-developed ATP system for the separation of these nanotubes. Their tools, including a plate reader and a handheld reader, leverage fluorescent nanoparticles suspended in target enzyme substrates to produce activity probes, ensuring accuracy while maintaining user-friendliness. This combination of technologies enables research scientists and biotechnology companies to rapidly evaluate, discover, and design new enzymes, thereby advancing various applications across multiple industries.

TruSpin Nanomaterial Innovation specializes in the production of advanced nanofibers using a unique A/C electrospinning process. This innovative technology allows for the cost-effective mass production of complex nanofiber compositions that are difficult to achieve with traditional methods. Currently, TruSpin focuses on utilizing these nanofibers as additives in battery chemicals, significantly enhancing energy density. By providing clients with superior materials, TruSpin aims to improve the performance and efficiency of battery technologies.

Valgotech, founded in 2018 and located in Fishers, Indiana, focuses on advanced materials and energy storage solutions, particularly in the realm of renewable energy systems. The company develops innovative hybrid composites utilizing micro and nanomaterials to enhance the energy density and cycling performance of lithium-ion batteries. By improving these aspects, Valgotech aims to deliver high-performance energy storage options that remain affordable for clients, thereby advancing the efficiency and accessibility of clean energy technologies.

Minerva Lithium, founded in 2020 in Greensboro, North Carolina, specializes in developing advanced extraction techniques for critical minerals, particularly lithium. The company focuses on direct lithium extraction technology designed to enhance the recovery of lithium while also recovering usable water. Utilizing a proprietary nano mosaic membrane filter system, Minerva Lithium enables various sectors, including renewable energy, automotive, and technology, to extract high-grade pure minerals from non-traditional water resources. Its innovative approach aims to accelerate the development of clean energy technologies and support the growing lithium market.

NanoPattern Technologies, established in 2019 and based in Chicago, Illinois, specializes in the development of photopatternable quantum dot formulations aimed at advancing display technologies. The company focuses on creating nanoparticle inks specifically designed for Quantum Dot-MicroLED and quantum dot-organic light-emitting diode display systems. Their patented resin-free nanoparticle lithography technology facilitates the high-resolution patterning of quantum dot downconverter layers. This innovation is intended to enhance the performance of display systems used in a variety of applications, including televisions, smartphones, wearables, and augmented and virtual reality devices.

NanoSpy, Inc., founded in 2017, specializes in rapid pathogen detection through advanced biosensor technology. The company has developed proprietary and patent-pending biosensors that enable the detection of targeted pathogens with high sensitivity and specificity. These biosensors can identify live bacteria at concentrations as low as 5 CFU/mL within just 20 minutes, eliminating the need for time-consuming enrichment processes, hazardous reagents, or laboratory settings. By utilizing standard sampling methods and low-cost supplies, NanoSpy's technology allows for quick and accurate results, thereby enhancing safety testing for researchers and streamlining the detection process. This innovative approach represents a significant advancement in the field of pathogen detection.

Serinus Labs, Inc. is a manufacturer of nano-scale silicon gas sensors, established in 2017 and located in Berkeley, California. The company specializes in developing integrated chip-scale gas sensors tailored for various industries, including health and safety, automotive, consumer electronics, and healthcare. Serinus Labs offers custom solutions for both established and emerging gas sensor markets, focusing on applications such as Li-ion battery state-of-health monitoring. Their ultra-low-power trace gas sensors contribute to enhancing battery intelligence, particularly in electric vehicles, addressing critical needs in strategic markets.

Ecate, founded in 2020 and based in Los Angeles, California, is focused on developing advanced medical devices that create neural interfaces to bridge the gap between human and machine intelligence. The company utilizes nanoparticles and nanotechnology to engineer bi-directional neural interfaces equipped with customized nanopatterned electrodes. This innovative technology aims to restore sensory and motor communication for individuals with paralysis, enabling them to regain control of lost functions and improve their quality of life.

Nano PharmaSolutions specializes in enhancing the bioavailability of insoluble drugs through its proprietary nanoformulation technology. The company has developed an innovative phase-transition technology platform that significantly improves the solubility of BCS 2 and BCS 4 active pharmaceutical ingredients (APIs) without the need for excipients, which are typically used in traditional processes like spray-dry dispersion and emulsification. By vaporizing the API and depositing it onto a carrier molecule, Nano PharmaSolutions enables the production of nanoparticles that can be processed into various dosage forms. Additionally, the company focuses on delivering neurodegenerative therapeutics directly to the brain via an intranasal route, facilitating a rapid onset of action and enhancing safety profiles. Their pipeline includes treatments for conditions such as Parkinson's disease, peripheral neuropathy, and substance abuse disorders, positioning Nano PharmaSolutions as a key player in the field of nanomedicine.

Novel Farms, Inc. is a company based in Berkeley, California, founded in 2020, that specializes in the production of cell-based meat products aimed at ethical consumers. Utilizing microbial fermentation and proprietary tissue engineering technology, Novel Farms develops cruelty-free and affordable 3D bioscaffolds, which enable the creation of structured meat products that replicate the taste and texture of traditional gourmet meats. The company focuses on making cell-based meat a desirable culinary option for a new generation of consumers, promoting a more sustainable and ethical approach to meat consumption. Through its innovative methods, Novel Farms seeks to achieve price parity with conventional meat, making its offerings accessible to a broader audience while transforming the future of food.

Novel Farms, Inc. is a company based in Berkeley, California, founded in 2020, that specializes in the production of cell-based meat products aimed at ethical consumers. Utilizing microbial fermentation and proprietary tissue engineering technology, Novel Farms develops cruelty-free and affordable 3D bioscaffolds, which enable the creation of structured meat products that replicate the taste and texture of traditional gourmet meats. The company focuses on making cell-based meat a desirable culinary option for a new generation of consumers, promoting a more sustainable and ethical approach to meat consumption. Through its innovative methods, Novel Farms seeks to achieve price parity with conventional meat, making its offerings accessible to a broader audience while transforming the future of food.

InSoma Bio integrates biology and materials science to solve problems in tissue engineering and regenerative medicine. It offers genetically engineer protein-based materials that can mimic the naturally found elastin found in extracellular tissues. The company also offers reconstructive plastic surgeries and injectable materials.

Partillion Bioscience is an early-stage life science company focused on developing a functional single-cell analysis platform. This innovative platform utilizes a novel nano vial technology to rapidly compartmentalize and analyze millions of single cells, specifically targeting secreted proteins. By enabling detailed examination of biological functions, Partillion aims to democratize advanced single-cell assays for biotech laboratories and clients. This capability supports the development of more effective therapies for various conditions, including cancer, autoimmune diseases, and infectious diseases.

Ballydel Technologies is a research and development company founded in 2018 and based in Newark, Delaware. The company focuses on creating innovative material and technology solutions for various sectors, including space exploration, defense, public health, and societal applications. Ballydel specializes in areas such as nanocomposite design and synthesis, hypersonic materials and manufacturing, as well as pharmaceutical tagging and authentication. Through its expertise, Ballydel aims to assist clients in enhancing their existing products and optimizing their manufacturing processes.

QDIR is a nanomaterials company focused on the development of infrared detectors and imaging arrays for various applications, including industrial and defense sectors. By employing proprietary nanomaterial technology, QDIR aims to deliver high sensitivity and low noise in its products, resulting in enhanced imaging performance compared to conventional infrared detectors. The company's offerings cater to a diverse clientele, encompassing commercial, medical, industrial, and military customers.

Irradiant Technologies, founded in 2020 and based in Cambridge, Massachusetts, specializes in advanced nanofabrication utilizing implosion fabrication lithography. The company focuses on developing a platform that facilitates the ultrafast three-dimensional assembly of mixed materials, such as conductors, semiconductors, dielectrics, proteins, and DNA, with nanoscale precision and gradient control. This innovative approach enables the creation of novel photonic and optical components, providing light-based alternatives for applications in telecommunications, computation, and sensing.

AeroShield specializes in the production of a super-insulating, nanoporous glass material designed for energy-efficient windows. This innovative material, made from silica aerogel, provides optical clarity akin to traditional glass while delivering insulation performance that is 50% superior to standard windows. By integrating AeroShield's technology between two glass panes, manufacturers can significantly enhance the thermal efficiency of their products. Additionally, the payback period for AeroShield-enhanced windows is up to five times faster than that of comparable high-performance windows, making it an attractive option for both manufacturers and consumers. This focus on sustainability and energy efficiency supports industry compliance goals and improves overall product performance.

CelluDot is a biopolymer company focused on developing innovative suspensions and emulsions to tackle the issue of agrochemical drift. The company's technology offers an affordable and effective adjuvant designed to alleviate challenges faced by farmers due to the vapor and particle drift of herbicides. By utilizing wood waste to extract and process nanocellulose, CelluDot creates emulsion technologies that do not rely on petroleum-derived surfactants. This approach not only addresses the environmental impact of volatile herbicides, such as dicamba, but also supports sustainable agricultural practices.

Coreshell Technologies, Inc. is a company focused on developing advanced lithium-ion batteries, primarily targeting the electric vehicle and grid storage markets. Founded in 2017 and based in Berkeley, California, Coreshell has pioneered a nanolayer thin-film coating technology that addresses the degradation issues commonly faced by rechargeable batteries. This innovative coating protects battery electrodes from chemical reactions that can diminish capacity and safety, thereby enhancing the overall performance and durability of the batteries. By seamlessly integrating into existing manufacturing processes, Coreshell's technology aims to significantly improve battery capacity, safety, and cost-effectiveness, facilitating a smoother transition to electric transportation and renewable energy solutions.

Hummingbird Nano is a company specializing in the development of ultra-smooth, circular channel microfluidic chips, produced in a single solid form. Their innovative technology allows for the creation of products that were previously unattainable with existing manufacturing methods, while also reducing costs for current high-priced products, making them more accessible. Hummingbird Nano's manufacturing approach combines the speed of injection molding with the flexibility of 3D printing, transforming the production process for small components like microfluidic chips and micro-optics. The company's focus is on precision engineering, enabling the assembly of micro-scale components into larger systems with nanometer-scale accuracy. This advancement aims to enhance chip performance and design flexibility, ultimately contributing to broader innovation and societal benefits.

Nanoxort, founded in 2018 and based in Auburn, Alabama, specializes in developing diffusive magnetic fractionation (DMF) technology that allows precise control over the properties of magnetic nanomaterials. This innovative technology is particularly significant in the healthcare sector, as it enhances contrast agent injections for patients undergoing MRI scans. By improving image resolution, Nanoxort's technology reduces the toxic effects associated with traditional MRI contrast agents, particularly gadolinium, which poses risks for individuals with compromised kidney function. Consequently, Nanoxort's advancements contribute to safer imaging practices, minimizing gadolinium exposure for patients who require frequent MRI procedures.

Vapor Cell Technologies, founded in 2020 and based in Boulder, Colorado, specializes in the development of ultra-compact vapor cells that achieve sub-nanometer precision in distance measurement. These innovative vapor cells convert lasers into wavelength standards, facilitating accurate measurements of length and optical frequency. By providing advanced sensing capabilities, the company supports various industries and laboratories in their efforts to advance atomic technology and enhance precision in scientific research and applications.

Souvie Biodelivery, founded in 2018 and headquartered in Tucson, Arizona, specializes in drug delivery services aimed at niche markets. The company focuses on developing innovative drug delivery platforms utilizing nanotechnology, particularly engineered exosomes. These exosomes are designed for targeted tissue and site-specific delivery of active pharmaceutical ingredients (APIs). By enhancing biocompatibility and non-immunogenicity, Souvie Biodelivery aims to protect APIs from degradation and improve their specificity and efficacy. This approach has the potential to significantly reduce adverse drug reactions, allowing patients to avoid the side effects commonly associated with traditional drug therapies.

GeoMat is a nanotechnology company that focuses on oil remediation. The company was founded in 2014 and is headquartered in Columbia, South Carolina.

Blueshift Optics specializes in the development of advanced organic scintillator technology, focusing on enhancing radiation detection capabilities. Their innovative scintillator materials are designed to offer superior neutron detection and high gamma discrimination, making them suitable for a variety of applications within the radiation detection community. By prioritizing quality performance, Blueshift Optics aims to provide physicists with efficient organic glass scintillators that meet diverse detection needs.

BioAesthetics LLC, founded in 2015 as a spin-out from Tulane University, is focused on developing innovative reconstruction options for breast cancer patients following mastectomies. The company specializes in a tissue-engineered nipple-areolar complex (NAC) that serves as an acellular graft to be used by plastic and reconstructive surgeons during the breast reconstruction phase. This product allows the patient's own cells to integrate with the graft, facilitating the regeneration of a natural nipple and areola. Currently in the pre-clinical phase, this patent-pending technology aims to provide a more effective and aesthetically pleasing solution for patients who have experienced incomplete or removed NACs due to illness, surgery, or congenital conditions. BioAesthetics is headquartered in Research Triangle Park, North Carolina.

Minerva Lithium, founded in 2020 in Greensboro, North Carolina, specializes in developing advanced extraction techniques for critical minerals, particularly lithium. The company focuses on direct lithium extraction technology designed to enhance the recovery of lithium while also recovering usable water. Utilizing a proprietary nano mosaic membrane filter system, Minerva Lithium enables various sectors, including renewable energy, automotive, and technology, to extract high-grade pure minerals from non-traditional water resources. Its innovative approach aims to accelerate the development of clean energy technologies and support the growing lithium market.

General Engineering and Research specializes in the development of nanotechnology-based systems aimed at clinical and industrial processing applications. The company focuses on functionalized nanoparticle innovations, particularly in polishing applications like chemical mechanical planarization (CMP). Additionally, its research portfolio includes nano-sized capsules that can encapsulate various chemical payloads, enhancing their utility in drug delivery and nano-sensor technologies. By leveraging nanomaterials and related services, General Engineering and Research enables clients to improve their business processes across multiple sectors.

Electronic Biosciences develops instrumentation for research and sensing applications. They combine precision electronics with nanopore platforms for molecular and biophysical analysis. Their focus is on the reduction of measurement noise.

NanoInnovations is a research and development company established in 2014 and based in Sugar Land, Texas. It focuses on the commercialization of smart nanosensors integrated with machine learning technologies for healthcare analytics. The company's innovative platform utilizes bio-fluids, including sweat and saliva, to provide valuable insights for managing conditions such as diabetes and heart failure. By delivering real-time information, NanoInnovations aims to enhance patient care and improve healthcare management, empowering clients to make informed decisions in their medical practices.

Revive Biotechnology is a company that specializes in enhancing oxygen delivery to hypoxic tissues through the use of innovative nanotechnology. Its primary research and development efforts are centered on treating Central Retinal Artery Occlusion (CRAO), a condition that resembles a stroke in the retina and can lead to irreversible blindness. By utilizing a nanobubble-based oxygen delivery platform, Revive Biotechnology aims to optimize treatment and diagnostic approaches for CRAO and other ischemic retinal conditions, ultimately improving patient outcomes in the medical field.

Nanomatronix operates an engineering platform that specializes in biotechnology, microelectronics, and nanotechnology. The company provides solutions tailored for the healthcare, energy, and defense sectors by facilitating the design, prototyping, packaging, screening, qualification, and production of application-specific integrated circuits, hybrid microcircuits, and fiber optic networking transceivers. Their focus on advanced technologies enables the transition of innovative biomedical, chemical processing, microelectronics, nanomaterials, and photonics technologies, supporting clients in creating effective products suitable for both standard and harsh environments.

Avisi Technologies Inc. is a company based in Philadelphia, Pennsylvania, that focuses on developing innovative solutions for glaucoma treatment. Founded in 2017, the company has created VisiPlate, a next-generation aqueous shunt that utilizes nanotechnology to provide a defense against blindness caused by glaucoma. This advanced technology aims to improve the effectiveness of glaucoma treatments and enhance patient outcomes.

ZeoVation Inc., founded in 2016 and located in Columbus, Ohio, specializes in the production of nanozeolites and hierarchical zeolites. These advanced materials are designed to enhance a variety of consumer products, including skin care lotions, sunscreens, and laundry detergents, by improving the efficiency of water softeners and filtration systems. ZeoVation also supplies zeolite materials to various markets such as sun and skin care, home care, healthcare, coatings, and water and gas purification. The company focuses on developing innovative solutions, including a controlled-release antimicrobial and antiviral particle that can be integrated into various applications like sprays, coatings, and textiles. This technology aims to combat the spread of antibiotic-resistant bacteria and viruses, including SARS-CoV-2, thereby contributing to safer and cleaner products.

Guardion specializes in advanced sensor technology aimed at enhancing safety and security through innovative detection systems. The company has developed the world's first radiation detector that leverages the unique quantum properties of nanomaterials, resulting in low-cost, sensitive, and energy-efficient devices suitable for widespread deployment. Guardion's products include analytical instruments and portable chemical and radiation detectors, designed for use in challenging environments across various sectors, including aerospace, medical, and national security. Recognized for its contributions to technology and innovation, Guardion received the MassChallenge 2017 Gold Prize and the Technology in Space Prize from the Center for Advancement in Science in Space and Boeing. In early 2018, the company was selected for the inaugural cohort of the Techstars Autonomous Tech Accelerator, sponsored by the Air Force.

Benanova specializes in developing environmentally benign nanoparticle systems for various industries, including disinfectants, cosmetics, and agriculture. The company's innovative Environmentally-benign Nanoparticles (EbNPs) are crafted from natural materials, offering high efficacy while being safe for both humans and the environment. These proprietary nanoparticles are reportedly 100 times more effective than traditional nanosilver, positioning them as advanced alternatives for antimicrobial and antifungal applications. Benanova is also working on customized solutions aimed at reducing chemical use in agricultural practices by up to 90%, thus minimizing environmental impact and costs associated with crop protection. The technology behind these products was developed by researchers at North Carolina State University, and the focus on sustainable, advanced functionality reflects Benanova's commitment to creating lasting benefits for consumers, society, and nature.

Metalmark Innovations, Inc. develops advanced 3D nanostructured coatings designed to treat airborne pollutants and toxins, thereby enhancing indoor air quality. The company offers its innovative materials as coating additives for various applications, including building materials and vehicle interiors. Its technology effectively targets and breaks down harmful substances such as hydrocarbons, carbon monoxide, ozone, PM2.5, volatile organic compounds, odors, and germs in diverse transportation settings, including airplanes, ships, trains, cars, and buses. Founded in 2017 and based in Boston, Massachusetts, Metalmark Innovations aims to address the pressing challenges of air pollution and climate change through its cutting-edge air cleaning solutions. The company was previously known as Aircrew Technologies, Inc. before rebranding in January 2019.

42Bio is a biomedical technology company founded in 2015 and based in Gainesville, Florida. The company focuses on addressing challenges in research and clinical translation within the fields of tissue engineering and regenerative medicine. It specializes in integrating magnetic nanotechnologies with bio-active molecules and biocompatible materials to enhance various applications, including gene transfection, cell and biomolecule separation, and cell and tissue culture. By developing innovative solutions, 42Bio aims to provide medical professionals with advanced technologies for processes such as lipid extraction and the independent flow separation of fluids, thereby facilitating progress in regenerative medicine.

Kismet Technologies specializes in innovative material technologies aimed at enhancing infection control on surfaces. The company has developed NanoRAD, a nanotechnology that provides long-lasting protection against pathogens, significantly reducing the risk of illness from contact with contaminated surfaces. This technology is designed to be safe for human contact, effectively combating harmful germs such as MRSA and norovirus. By using NanoRAD, Kismet Technologies not only helps decrease surface-borne infections but also contributes to environmental sustainability by minimizing chemical releases and plastic waste.

NanoSoft is a cryogenic electron microscopy tool and instrument maker.

WildSpark Technologies, founded in 2016 and based in Austin, Texas, specializes in the development of micro and nanoscale plasma devices. The company has created innovative propulsion technology that enables unmanned aerial vehicles (UAVs) to operate without propeller blades, enhancing precision and maneuverability. This technology allows drones and small air vehicles to take off and navigate in confined spaces, significantly reducing the risks associated with traditional propeller contact injuries. WildSpark Technologies aims to contribute to advancements in air taxi services and the broader UAV sector through its cutting-edge solutions.

Celadyne Technologies, founded in 2018 and based in Chicago, Illinois, specializes in the development of advanced nanocomposite membranes for use in electrolyzers and fuel cells. These membranes are designed to facilitate efficient heat and water management, offering several advantages over traditional ceramic separators, such as reduced hydrogen crossover. The technology allows for operation under low humidity and elevated temperature conditions, promoting better catalyst durability and contributing to a more cost-effective hydrogen economy. Celadyne Technologies aims to enhance the performance and efficiency of energy systems through its innovative membrane solutions.

Scintillation Nanotechnologies, founded in 2018 and based in Vail, Arizona, specializes in the development of proprietary nanomaterials that enhance the detection of radioisotopes. The company creates radioisotope-responsive nanoparticles designed for use in detecting low-energy beta particle emitting radioisotopes. These advanced nanomaterials are characterized by their biocompatibility, environmental stability, and ease of dispersion in aqueous solutions. By providing clients with access to these innovative materials, Scintillation Nanotechnologies facilitates direct measurement of radioisotope-labeled species, significantly improving detection capabilities in various applications.

Kampanics is a research and development company based in Oak Ridge, North Carolina, specializing in microacoustic devices and piezomems technology. Founded by Kushal Bhattacharjee, the company focuses on assisting clients in areas such as signal processing, sensing, and energy harvesting. By collaborating with academic institutions, corporate partners, and industry experts, Kampanics aims to facilitate the development of innovative products and services in these technological fields.

Swift Coat, Inc. is an Arizona-based company that specializes in designing and manufacturing nanoparticle-coating solutions. Incorporated in 2016 and located in Peoria, Arizona, Swift Coat offers innovative coating materials capable of covering a wide range of surfaces, including those that are hard, soft, smooth, rough, flat, and irregularly shaped. The company's technology enables efficient application through aerosol cans, allowing for rapid coating of large areas while maintaining precise thickness tolerances. Swift Coat serves various markets, including solar energy, military applications, consumer products, industrial sectors, glazing, filtration, displays, and sensors.

Rydberg Technologies is a research company based in Ann Arbor, Michigan, established in 2015. It specializes in quantum sensing, measurement, and imaging, focusing on the development and manufacturing of quantum measurement devices. The company provides advanced sensor technology that utilizes atomic vapors as quantum sensors, specifically designed for detecting radio-frequency, microwave, millimeter-wave, and terahertz electric fields. Through its innovative products, Rydberg Technologies aims to enhance next-generation sensing and measurement capabilities across various applications.

Benanova specializes in developing environmentally benign nanoparticle systems for various industries, including disinfectants, cosmetics, and agriculture. The company's innovative Environmentally-benign Nanoparticles (EbNPs) are crafted from natural materials, offering high efficacy while being safe for both humans and the environment. These proprietary nanoparticles are reportedly 100 times more effective than traditional nanosilver, positioning them as advanced alternatives for antimicrobial and antifungal applications. Benanova is also working on customized solutions aimed at reducing chemical use in agricultural practices by up to 90%, thus minimizing environmental impact and costs associated with crop protection. The technology behind these products was developed by researchers at North Carolina State University, and the focus on sustainable, advanced functionality reflects Benanova's commitment to creating lasting benefits for consumers, society, and nature.

Folia Water, established in 2016 and based in Pittsburgh, Pennsylvania, is a manufacturing company specializing in affordable water filtration solutions. The company's core product, Folia Filters™, is an innovative water filter made from antimicrobial paper coated with silver nanoparticles. This technology, patented by Folia Materials, transforms ordinary paper into a super material capable of removing waterborne pathogens, making it an affordable solution for clean drinking water, particularly in regions where financial constraints limit access to safe water. Folia Water's products are designed to enhance the quality of life for working-class consumers, with a focus on accessibility and affordability.

Valgotech, founded in 2018 and located in Fishers, Indiana, focuses on advanced materials and energy storage solutions, particularly in the realm of renewable energy systems. The company develops innovative hybrid composites utilizing micro and nanomaterials to enhance the energy density and cycling performance of lithium-ion batteries. By improving these aspects, Valgotech aims to deliver high-performance energy storage options that remain affordable for clients, thereby advancing the efficiency and accessibility of clean energy technologies.

SurgePower Materials is a green technology company specializing in the production of high-purity graphene, a carbon-based nanomaterial derived from renewable resources. The company employs a cost-effective and eco-friendly manufacturing process to create its specialty nanomaterials, which are designed to enhance the performance of advanced sustainable products, particularly in the field of battery technology. By focusing on environmentally-friendly practices, SurgePower Materials aims to support the development of green energy storage solutions and position itself as a leader in the global graphene market. With a dedicated team of inventors, business directors, project managers, and researchers, SurgePower Materials is poised for growth and innovation in the realm of carbon-based nanomaterials.

CatalyzeH2O creates nanotechnology and electrochemical clean water solutions.

NanoPattern Technologies, established in 2019 and based in Chicago, Illinois, specializes in the development of photopatternable quantum dot formulations aimed at advancing display technologies. The company focuses on creating nanoparticle inks specifically designed for Quantum Dot-MicroLED and quantum dot-organic light-emitting diode display systems. Their patented resin-free nanoparticle lithography technology facilitates the high-resolution patterning of quantum dot downconverter layers. This innovation is intended to enhance the performance of display systems used in a variety of applications, including televisions, smartphones, wearables, and augmented and virtual reality devices.

Silpara Technologies specializes in developing molecular technology aimed at enhancing vehicle fuel economy. The company utilizes a combination of biotechnology and nanotechnology to create advanced composite materials that reduce friction in tires. This innovation is particularly beneficial for the logistics industry, enabling companies to lower fuel consumption and improve profitability. Silpara addresses customer inquiries through various channels, including phone, email, and online applications, ensuring effective communication and support.

MITO Material Solutions, Inc. is a specialty chemical company that focuses on developing and manufacturing graphene-based hybrid polymer modifiers and additives to enhance material performance across various industries. Founded in 2016 and headquartered in Indianapolis, Indiana, with an additional office in Stillwater, Oklahoma, MITO offers innovative products such as the MITO T-Series, a nano-additive that significantly increases the toughness of composite materials by up to 100% while reducing the likelihood of mechanical failure by 80%. This versatility allows industries, including aerospace, recreational vehicle, and boating, to either enhance product durability or decrease material usage, leading to substantial cost savings and weight reduction. MITO's products are compatible with a range of applications, including epoxy resins and thermoplastics, ultimately contributing to improved efficiency and performance in manufacturing processes.

Yesse Technologies develops a genetic biosensing platform that aims to digitize the sense of smell. The company specializes in biotechnological innovations, utilizing transgenic animals and molecular biology techniques to create super sniffer mice. This unique approach enables the construction of a live, human nose-on-a-chip, which is designed to detect and identify a wide range of odors, from fragrances in perfumery to scents associated with diseases. By merging biological insights with advanced nanotechnology, Yesse Technologies seeks to revolutionize olfaction, allowing users to explore and quantify every smell on the planet.

Core Quantum Technologies specializes in the development of probing nanoparticles aimed at enhancing medical imaging, detection, and targeting applications. By utilizing micelle-encapsulated nanocrystals, the company offers innovative solutions that enable researchers to tag molecules with nanoparticles that emit different colors. This technology provides unblinking and long-lasting insight into nanoscale activity, facilitating continuous tracking of tagged molecules in biomedical tests. Through its advancements, Core Quantum Technologies addresses the inherent limitations of existing technologies, contributing to more effective research and diagnostics in the medical field.

Coreless Technologies specializes in the design and manufacture of hollow metal nanoparticles, focusing on enhancing the performance of nano-enabled devices. The company has developed a continuous flow process for large-scale production of these nanoparticles, allowing for precise control over their size, shape, and optical properties. This innovation is particularly beneficial for military applications in potentially contaminated zones, as well as for addressing healthcare challenges in rural areas with limited access. Additionally, Coreless Technologies aims to support agricultural practices by providing solutions for the detection of plant-based diseases.

IonDX is a bioanalytical instrumentation company that specializes in developing advanced systems for analyzing biologic drugs. With over 40 years of combined experience in analytical instrumentation for biomacromolecules and nanomaterials, the founding members have created innovative ion mobility technology. This patented technology utilizes atmospheric pressure-based ion mobility spectrometry to analyze the native conformations of proteins, protein complexes, and nucleic acid modalities. By providing high-throughput analysis, IonDX supports researchers in conducting comparability studies essential for the development of antibody biotherapeutics, thereby facilitating accelerated drug development and enhancing the understanding of complex biologic drugs.

Uniqarta specializes in the development of advanced technologies for manufacturing small, ultra-thin integrated circuits (ICs) that can be embedded into everyday materials like paper and plastic. By creating Smart Materials, the company eliminates the need for additional RFID labels, facilitating the advancement of the Internet of Things (IoT). Uniqarta's innovative approach employs laser-enabled assembly techniques, which replace traditional pick-and-place methods with a faster, more efficient massively parallel laser process. This technology addresses integration challenges associated with ultra-thin ICs, allowing electronics manufacturers to produce next-generation products effectively.

Avisi Technologies Inc. is a company based in Philadelphia, Pennsylvania, that focuses on developing innovative solutions for glaucoma treatment. Founded in 2017, the company has created VisiPlate, a next-generation aqueous shunt that utilizes nanotechnology to provide a defense against blindness caused by glaucoma. This advanced technology aims to improve the effectiveness of glaucoma treatments and enhance patient outcomes.

BioHybrid Solutions is a biotechnology company focused on the development of innovative nanoarmored protein-polymer conjugates. The company specializes in tailoring the activity and stability of proteins and enzymes for various applications, primarily through research and development efforts. Utilizing atom transfer radical polymerization chemistry, BioHybrid Solutions grows polymers with precision from the surface of proteins. This approach enables advancements in therapeutics and protein engineering, providing physicians with effective alternatives in their medical practices. The company's work bridges the fields of proteins and polymers, emphasizing direct product sales alongside its R&D initiatives.

Labsys, founded in 2011 and headquartered in East Lansing, Michigan, specializes in microelectronics and microfabrication technology. The company collaborates with government agencies, industrial entities, and academic institutions to develop advanced solutions. Its technology is designed for applications such as controlling toxic and explosive gas detectors, as well as for quality control in various sectors. Labsys provides non-destructive evaluation methods to assess the structural integrity of aircraft, integrates microfluidic systems for bio-analysis, and creates bio-mimetic self-adhesives. These innovations enable industries, particularly in aviation, to implement sensors, circuits, and algorithms that identify breaks and corrosion in airframes.

3i Nanotech, founded in 2018 and located in Greensboro, North Carolina, specializes in developing point-of-care technology for the monitoring of protein biomarkers in human samples. The company's innovative platform employs a proprietary system for biomarker identification, which aids in the early detection of cardiac biomarkers and infectious diseases. By providing medical professionals with advanced prehospital testing capabilities, 3i Nanotech enhances the capacity for timely diagnosis of infections, thereby improving patient care and outcomes.

EWPanel, founded in 2016 by Chunhua Yao and Xudong Wang, specializes in the manufacture of innovative sensor subfloor mats that do not require external power sources. These mats, made from natural materials, are designed to operate through nanotechnology, which allows them to harness ambient mechanical energy from their surroundings. This technology enables the generation of electricity, suitable for charging low-power devices such as RFID chips, temperature sensors, and LED lights. EWPanel's products are particularly beneficial for applications in smart flooring and smart shipping packages, facilitating self-contained power generation and enhancing the functionality of various electronic systems.

Photon Spot specializes in superconducting nanowire single-photon detectors, their applications, and sub-Kelvin cryogenic systems. The company was founded in 2019 and is based in Monrovia, California.

Multiscale Systems produces industrial innovations through technical engineering services and a robust in-house R&D program. The company specializes in metamaterial composites and focuses on advanced manufacturing.

Advanced Silicon Group is a nanotechnology company established in 2015, focused on commercializing innovative silicon nanotechnology developed by its employees. The company specializes in measuring host cell proteins in biomanufacturing, offering a range of technologies that include photovoltaics, lithium-ion batteries, microfluidics, and micro-electromechanical systems (MEMS). By leveraging silicon nanowire arrays, Advanced Silicon Group aims to enhance the performance of its clients' products while reducing costs, particularly through the development of next-generation biosensors that enable the simultaneous measurement of multiple protein concentrations.

Waviks develops custom nanoanalysis and nanofabrication tools. The company was founded by Dr. Tom Moore in 2013 and is based in Dallas, Texas.

NanoSUR, headquartered in Miami, Florida, is a biotechnology company specializing in the development and commercialization of innovative, eco-friendly crop protection solutions. The company's core product line is based on RNA technology, aiming to minimize environmental impact while ensuring effective crop cultivation for farmers.

ZwitterCo specializes in advanced membrane solutions for the treatment of highly impaired wastewater, focusing on the development of reverse osmosis and nanofiltration technologies. These innovations enable the effective reuse and recycling of water resources by addressing challenges such as fouling and chemical demands. ZwitterCo's membranes are designed to treat historically unfilterable streams, allowing customers to transform waste into a valuable resource. With features such as chlorine tolerance and resistance to irreversible fouling, the company's technology supports steady performance and durability, making wastewater treatment economically viable for industrial applications.

Aligned Carbon Inc. is a manufacturer of carbon nanotubes (CNTs) specifically designed for the integrated circuit industry. Founded in 2018 and based in Santa Clara, California, the company is the first to offer semiconductor-pure, aligned CNTs on industry-standard wafers at a manufacturing scale. These CNTs are aligned in arrays that cover full semiconductor substrates and can be purified to serve either semiconducting or metallic functions. Aligned Carbon's technology allows semiconductor foundries to move beyond traditional silicon, leading to significant enhancements in processing speed, energy efficiency, and capabilities in signal processing and sensing. The company's CNTs are also utilized as transistor materials in displays and thin film transistors, providing clients with innovative solutions for advanced computing applications.

Metalmark Innovations, Inc. develops advanced 3D nanostructured coatings designed to treat airborne pollutants and toxins, thereby enhancing indoor air quality. The company offers its innovative materials as coating additives for various applications, including building materials and vehicle interiors. Its technology effectively targets and breaks down harmful substances such as hydrocarbons, carbon monoxide, ozone, PM2.5, volatile organic compounds, odors, and germs in diverse transportation settings, including airplanes, ships, trains, cars, and buses. Founded in 2017 and based in Boston, Massachusetts, Metalmark Innovations aims to address the pressing challenges of air pollution and climate change through its cutting-edge air cleaning solutions. The company was previously known as Aircrew Technologies, Inc. before rebranding in January 2019.

Serinus Labs, Inc. is a manufacturer of nano-scale silicon gas sensors, established in 2017 and located in Berkeley, California. The company specializes in developing integrated chip-scale gas sensors tailored for various industries, including health and safety, automotive, consumer electronics, and healthcare. Serinus Labs offers custom solutions for both established and emerging gas sensor markets, focusing on applications such as Li-ion battery state-of-health monitoring. Their ultra-low-power trace gas sensors contribute to enhancing battery intelligence, particularly in electric vehicles, addressing critical needs in strategic markets.

Guardion specializes in advanced sensor technology aimed at enhancing safety and security through innovative detection systems. The company has developed the world's first radiation detector that leverages the unique quantum properties of nanomaterials, resulting in low-cost, sensitive, and energy-efficient devices suitable for widespread deployment. Guardion's products include analytical instruments and portable chemical and radiation detectors, designed for use in challenging environments across various sectors, including aerospace, medical, and national security. Recognized for its contributions to technology and innovation, Guardion received the MassChallenge 2017 Gold Prize and the Technology in Space Prize from the Center for Advancement in Science in Space and Boeing. In early 2018, the company was selected for the inaugural cohort of the Techstars Autonomous Tech Accelerator, sponsored by the Air Force.

COnovate is a startup focused on enhancing lithium-ion battery technology through the development of innovative materials. The company produces bio-sourced electrode materials known as eCOphite, which utilize a graphene monoxide composition to improve energy storage capacity. These carbon-based nanomaterials are designed to integrate seamlessly with existing battery designs, offering a scalable and cost-effective alternative for anode materials. COnovate's products aim to provide higher performance, faster charging capabilities, and improved safety in battery operation, positioning the company as a key player in the advancement of energy storage solutions.

ZeoVation Inc., founded in 2016 and located in Columbus, Ohio, specializes in the production of nanozeolites and hierarchical zeolites. These advanced materials are designed to enhance a variety of consumer products, including skin care lotions, sunscreens, and laundry detergents, by improving the efficiency of water softeners and filtration systems. ZeoVation also supplies zeolite materials to various markets such as sun and skin care, home care, healthcare, coatings, and water and gas purification. The company focuses on developing innovative solutions, including a controlled-release antimicrobial and antiviral particle that can be integrated into various applications like sprays, coatings, and textiles. This technology aims to combat the spread of antibiotic-resistant bacteria and viruses, including SARS-CoV-2, thereby contributing to safer and cleaner products.

SurfaSense provides research and development in nanotechnology, biotechnology, physical engineering, and life sciences. They provide technologies for autonomous robotics.

Coreshell Technologies, Inc. is a company focused on developing advanced lithium-ion batteries, primarily targeting the electric vehicle and grid storage markets. Founded in 2017 and based in Berkeley, California, Coreshell has pioneered a nanolayer thin-film coating technology that addresses the degradation issues commonly faced by rechargeable batteries. This innovative coating protects battery electrodes from chemical reactions that can diminish capacity and safety, thereby enhancing the overall performance and durability of the batteries. By seamlessly integrating into existing manufacturing processes, Coreshell's technology aims to significantly improve battery capacity, safety, and cost-effectiveness, facilitating a smoother transition to electric transportation and renewable energy solutions.

Folia Water, established in 2016 and based in Pittsburgh, Pennsylvania, is a manufacturing company specializing in affordable water filtration solutions. The company's core product, Folia Filters™, is an innovative water filter made from antimicrobial paper coated with silver nanoparticles. This technology, patented by Folia Materials, transforms ordinary paper into a super material capable of removing waterborne pathogens, making it an affordable solution for clean drinking water, particularly in regions where financial constraints limit access to safe water. Folia Water's products are designed to enhance the quality of life for working-class consumers, with a focus on accessibility and affordability.

Dynalene Inc. is a company based in Whitehall, Pennsylvania, specializing in the development, manufacturing, and distribution of industrial heat transfer fluids and coolants suitable for ultra-low temperature cryogenic applications. The product range includes glycols, brines, potassium formate, calcium chloride, and high-performance coolants, alongside nanodiamond products and functionalized nano-materials. These offerings cater to various industries, including fuel cells, solar and geothermal applications, HVAC, supermarket refrigeration, plastics manufacturing, and pharmaceuticals. Additionally, Dynalene provides lab services that encompass thermal and physical analysis, chemical testing, and material and corrosion testing. The company, founded in 1993, also sells its products through an online store, ensuring accessibility for its clients.

X-Therma is a biotechnology company focused on advancing regenerative medicine through its innovative biopreservation platform. By utilizing convergent biomimetic nanotechnology, X-Therma addresses critical challenges in the storage of biological products. Its proprietary cold chain technology enhances biomanufacturing processes and ensures the safe transport and long-term preservation of vital biological materials. This includes living vaccines, cell and gene therapies, engineered tissues, and organs, facilitating access to advanced treatments such as IVF and organ transplants. The company aims to unlock the full potential of regenerative medicine, enabling healthcare professionals to provide timely and effective therapies to patients.

IonDX is a bioanalytical instrumentation company that specializes in developing advanced systems for analyzing biologic drugs. With over 40 years of combined experience in analytical instrumentation for biomacromolecules and nanomaterials, the founding members have created innovative ion mobility technology. This patented technology utilizes atmospheric pressure-based ion mobility spectrometry to analyze the native conformations of proteins, protein complexes, and nucleic acid modalities. By providing high-throughput analysis, IonDX supports researchers in conducting comparability studies essential for the development of antibody biotherapeutics, thereby facilitating accelerated drug development and enhancing the understanding of complex biologic drugs.