Blogs

FirstIgnite is supporting the commercialization of the University of Notre Dame’s hypersensitive molecule sensing technology. Gold nanoparticles with functionalized nucleic acid probes attach to the target nucleic acid and are assembled by an electric field at a nanopipette to produce plasmonic hotspots. The spacing between the nanoparticles can be adjusted by tuning the electric field, resulting in high signal enhancement. With a low-cost CCD camera, plasmonically enhanced intensity is so high that 1 fM or 100 copies can be detected.

This technology is applicable to disease diagnostics, pathogen detection, and academic/ laboratory research. The pathogen detection market was worth $4.9 billion in 2022 and is projected to increase to $9.07 billion by 2030.

The University of Notre Dame’s hypersensitive molecule sensing technology is ready for collaboration (licensing, partnerships, industry feedback, etc.). Is your company the right fit? If you’d be available for a conversation with the University of Notre Dame team, you can schedule a time directly on their team’s calendar here.

FirstIgnite is supporting the commercialization of the University of Notre Dame’s novel method of catalyst preparation, known as pressure dilution. By using this technology, the resulting catalyst pellets are not only more stable but also boast an extended usable capacity over eight times longer than before. Additionally, pressure dilution has yielded catalyst pellets with three times higher dispersion than the original undiluted pellets, resulting in significantly higher activity and stability during testing of the reaction.

This technology improves functionality and durability of metal-supported catalysts used in the petroleum and petrochemical industries. The global petrochemicals market size was valued at USD 584.50 billion in 2022 and is expected to reach USD 1002.45 billion by 2030.

The University of Notre Dame’s novel method of catalyst preparation is ready for collaboration (licensing, partnerships, industry feedback, etc.). Is your company the right fit? If you’d be available for a conversation with the University of Notre Dame team, you can schedule a time directly on their team’s calendar here.

FirstIgnite is supporting the commercialization of the University of Montana’s berkeleylactone compounds technology. These new compounds have demonstrated potent antimicrobial activity, including an effective action against MRSA strains and other pathogens, and have a unique mode of action that sets them apart from other macrolide antibiotics.

This technology is applicable to the pharmaceutical industry, biotechnology research, and the healthcare sector. The global biotechnology market was worth $859.94 billion in 2022 and is projected to grow to $1,683.52 billion by 2030.

The University of Montana’s berkeleylactone compounds technology is ready for collaboration (licensing, partnerships, industry feedback, etc.). Is your company the right fit? If you’d be available for a conversation with the University of Montana team, you can schedule a time directly on their team’s calendar here.

Quickly identifying companies and contacts to support fundraising and philanthropic goals is simple with FirstIgnite.

First, using the “Company Match” tab, you’ll need to copy and past text in relation to the kind of companies who you would like to fundraise from. Are you seeking companies to donate to a specific initiative? Copying and pasting key words, journal articles, patents, or any other literature that relates to that activity will cause companies to appear that are affiliated with that information. These companies will be already invested in your specific fundraising efforts for a variety of reasons (holding patents, job responsibilities, business articles, and more). You can identify the competitors of each company to quickly grow your list of applicable companies.

Next, now that the companies you’d like to speak with have been selected, you need to find the people at each company who you’d like to speak with. Using the “People Search” tab, you can select a company, and then select their job title by specificity or by categories (Commercial, Research, Leadership, and more).

Lastly, you’ll want to export the people you’ve selected to get their contact information. Feel free to use the resulting CSV to communicate with each person however you’d like, via email, phone, or LinkedIn.

This process often takes less than 30 seconds to complete and we’d like to offer you a chance try it on your own through our free trial. Feel free to collect companies and contacts interested in your fundraising goals today.

What companies are hiring in the field I’m most passionate about?  How will we find employers for our career fair?  Who can we partner with for experiential learning?

These are questions that every Career Services Office has dealt with.  Identifying corporate partners and getting in touch with them has not been an easy task.  Until now.

With FirstIgnite, Career Services professionals can identify companies and connect with their hiring teams instantly.  How does it work?  Look below:

Let’s say you have a student interested in “Electric Vehicles” – first run a company search to identify the companies working this space.

Next, run a search on that company to find contacts they can reach out to:

Tech Transfer offices are extremely busy.  Working with faculty, reviewing disclosures, filing patents, drafting agreements, and marketing patents.  With this heavy workload, often times marketing patents is put on a backburner and not enough time is spent on it.  FirstIgnite solves this issue by enabling tech transfer teams to get 10x the marketing done in the same amount of time as before.  How?  Read on!

With FirstIgnite, Tech Transfer professionals can quickly summarize their patents, identify potential licensees and connect with corporate innovation teams instantly.  How does it work?  Look below:

Let’s say you have a DNA multiplexing patent and are looking to out license the technology – first we need to summarize the patent so industry gets excited about the invention.

Now that we have a marketing summary of the patent, including descriptions, problem solved, key advantages and market applications, we understand how to talk about our technology and can begin figuring out WHO to talk about our invention with.

Using the same text from the patent, we can quickly identify potential licensees and their competitors, which creates an exhaustive list of potential licensees to focus our marketing efforts on.

Now you know how to talk about your invention in terms industry understands and which companies you should focus your marketing efforts on.  What comes next?  Who at those companies should we contact. 

You can identify contacts, with email addresses, of over 265M professionals. In the example above, which took less than 5 minutes of time, we’ve generated a marketing summary, identified Twist Bioscience as a potential licensee and found multiple contacts we can introduce the licensing opportunity to.

FirstIgnite enables offices to market their patent portfolio 10x faster than ever before.  By actively marketing your patents to targeted licensees, you’ll see a significant shift in the number of companies your office is speaking with which will lead to an increase in licensed technologies and licensing revenue.

Get started with a free trial today - https://app.firstignite.com/register-account

Finding companies outside of a personal network who may be interested in engagement is a daunting task. What does this company care about? How can we be of benefit to them and vice versa? What about this company would make them a valuable partner? While answering these questions can be intimidating, they do not need to be a burden. FirstIgnite effortlessly identifies companies and organizations interested in your research, creating hundreds of new potential partners in seconds.

To identify these companies, simply place scientific text from a document (patent, brief, journal article, etc.) into the FirstIgnite prospecting tool. Then, by clicking the “Get Companies” button, FirstIgnite will (in real-time) provide organizations intrinsically interested in the input text for several reasons including (but not limited to) patents, business articles, and other related research. By clicking on any of the companies that appear, you’ll be able to get a snapshot of their structure, learn more about their employees, and identify their competitors.

By selecting companies that you would like to communicate with, you can create a wide net of organizations with overlapping goals that align with your own. Once you’ve found the companies you would like to target, simply select the white checkbox next to their name and download a CSV of the company names and websites at the bottom of the page.

FirstIgnite’s prospecting tool guarantees that your office has a steady stream of new companies interested in potential collaboration, because your efforts will affect their bottom line.

The Idaho National Laboratory's Feedstock National User Facility has partnered with FirstIgnite to identify companies that are interested in leveraging their world-class capabilities in processing and separating waste, biomass, liquids, and other materials. This facility is the Department of Energy’s only feedstock preprocessing user facility, providing advanced equipment, technology, and expertise to assist industries with challenges like preprocessing, scale-up, integration, logistics, sustainability, and characterization.

This facility includes a full-scale, fully integrated process development unit, a characterization laboratory, and an organized, secure feedstock library. These assets work together to tackle the challenges presented by biomass variability, while also identifying key biomass/material variables such as particle size, composition, and flowability.

The Idaho National Laboratory team is seeking companies interested in leveraging their capabilities to achieve joint research, development, or demonstration goals. If your company is interested in exploring a partnership, you can schedule a conversation with the Idaho National Laboratory team directly through their team’s calendar here.

Brown University’s Institute at Brown for Environment and Society (IBES) has partnered with FirstIgnite to identify companies that are interested in sponsored research opportunities. IBES is an education and research hub that leverages academic excellence across multiple disciplines, including climatology, ecology, sociology, and international relations.

Although IBES has research strengths covering a wide range of topics, three prominent areas of focus revolve around the challenges presented by climate change. Specifically, their research strengths lie in conservation within the context of climate change, navigating the new arctic frontier, and addressing issues related to climate misinformation and climate policy.

The Brown University team is seeking industry collaboration through sponsored research opportunities. If your company is interested in exploring a partnership, you can schedule a conversation with the Brown University team directly through their team’s calendar here.

As an assistant in the field of technology transfer, I have witnessed firsthand the important role that university patents play in driving innovation and technological advancement. However, many universities struggle to effectively market their patents and research to attract potential industry partners and investors. In this blog post, I will discuss the importance of a strategic marketing approach in maximizing the impact of university patents and driving tech transfer success.

Introduction to university patents and tech transfer

University patents are a crucial component of the innovation ecosystem, as they protect and commercialize the groundbreaking research that is conducted at academic institutions. Tech transfer, or the process of transferring university research and technology to the commercial sector, is essential to ensure that these innovations have a real-world impact.

However, tech transfer can be a complex and challenging process. Many universities struggle to effectively market their research and patents to potential industry partners and investors, which can significantly hinder the success of tech transfer efforts. This is where a strategic marketing approach comes into play.

The importance of strategic marketing in tech transfer success

A strategic marketing approach is critical to the success of tech transfer efforts, as it helps to effectively communicate the value of university patents and research to potential partners and investors. By developing a comprehensive marketing strategy, universities can increase the visibility of their research and patents, attract potential partners and investors, and ultimately drive tech transfer success.

However, developing a successful marketing strategy requires a deep understanding of your target audience and the unique value proposition of your university's research and patents.

Understanding your target audience

One of the most important components of a successful marketing strategy is understanding your target audience. This means identifying potential industry partners and investors who are most likely to be interested in your university's research and patents, and tailoring your marketing efforts to meet their specific needs and interests.

To effectively understand your target audience, it is important to conduct thorough market research and analysis. This may involve gathering data on industry trends and needs, analyzing competitor activity, and identifying potential partners and investors who are actively seeking university research and patents in your field.

Developing a strong brand for your university's innovation

Once you have a clear understanding of your target audience, it is important to develop a strong brand for your university's innovation. This involves creating a clear and compelling value proposition that effectively communicates the unique benefits of your research and patents to potential partners and investors.

To develop a strong brand, it is important to focus on the key strengths and differentiators of your university's research and patents. This may involve highlighting specific areas of expertise, showcasing industry partnerships and collaborations, and emphasizing the real-world impact of your innovations.

Creating engaging content to showcase your research

Finally, creating engaging content is a critical component of a successful marketing strategy for university research and patents. This may include developing white papers, case studies, and other types of content that effectively communicate the value and impact of your research to potential partners and investors.

To create engaging content, it is important to focus on the needs and interests of your target audience, and to tailor your messaging and approach accordingly. This may involve leveraging multimedia content, such as videos and infographics, to effectively showcase the value of your research and patents.

Conclusion: The future of university patents and tech transfer

In conclusion, a strategic marketing approach is critical to maximizing the impact of university patents and driving tech transfer success. By understanding your target audience, developing a strong brand, and creating engaging content, you can effectively showcase the value of your university's research and patents to potential partners and investors. As the importance of innovation and technology continues to grow, universities must continue to focus on developing effective marketing strategies that drive tech transfer success and ensure the real-world impact of their research and patents.

FirstIgnite is supporting the commercialization of Johns Hopkins University Applied Physics Laboratory’s system to augment restorative sleep. This technology is a wearable device that records brain signals during sleep, which are then decoded using artificial intelligence to stimulate or elicit brain wave patterns that are beneficial to the user's health. This brain-computer interface enhances sleep monitoring, memory manipulation, and overall sleep quality.

This technology has a variety of applications, including home sleep disorder monitoring and treatment, hospital and sleep clinic monitoring improvements, enhancement of AI learning in sleep-related fields, and potential treatment for neurodegenerative disorders. The sleep disorder market was worth $22.5 billion in 2022 and is expected to reach $73.5 billion by 2032.

Johns Hopkins University Applied Physics Laboratory’s system to augment restorative sleep is ready for collaboration (licensing, partnerships, industry feedback, etc.). Is your company the right fit? If you’d be available for a conversation with the Johns Hopkins University team, you can schedule a time directly on their team’s calendar here.

As someone who has worked in both academia and industry, I have witnessed firsthand the power of partnership between universities and companies. These two entities may seem like they operate in completely different worlds, but when they come together, they have the potential to achieve great things. In this article, I will explore what university-company partnership is, the benefits of such partnerships, examples of successful partnerships, best practices for partnerships, and future trends.

What is university-company partnership?

University-company partnership is a collaboration between universities and companies that aims to achieve a common goal. This partnership can take many forms, such as joint research projects, internships, and technology transfer. Essentially, it is a way for universities and companies to share resources, knowledge, and expertise for mutual benefit.

One of the primary goals of university-company partnerships is the advancement of research and innovation. Universities are often at the forefront of cutting-edge research in various fields, but they may not have the resources or expertise to bring their findings to market. On the other hand, companies may have the resources and expertise to commercialize new technologies, but they may not have the research and development capabilities to create them. By working together, universities and companies can bridge this gap and bring new innovations to market.

Benefits of university-company partnerships

There are many benefits to university-company partnerships. For universities, partnerships with companies can provide additional funding for research, access to industry expertise, and opportunities for students to gain real-world experience through internships and co-op programs. For companies, partnerships with universities can provide access to cutting-edge research, new talent, and potential commercialization opportunities.

One example of a successful university-company partnership is the collaboration between MIT and General Electric (GE). In 2008, GE opened the Global Research Center in Boston, which is located just a few miles from MIT's campus. Since then, GE and MIT have collaborated on various research projects focused on fields such as energy, healthcare, and advanced manufacturing. The partnership has resulted in numerous innovations, such as a new type of wind turbine blade and a more efficient jet engine.

A more recent example of a successful university-company partnership is the collaboration between the University of Oxford and AstraZeneca. In 2020, the University of Oxford's Jenner Institute developed a vaccine for COVID-19, which was then licensed to AstraZeneca for further development and distribution. The partnership has been instrumental in the rapid development and distribution of the vaccine, which has helped to save countless lives.

Best practices for university-company partnerships

While university-company partnerships can be incredibly beneficial, they can also be challenging to navigate. Here are some best practices to keep in mind when establishing and maintaining a partnership:

1. Clearly define the goals and expectations of the partnership from the outset.
2. Establish clear lines of communication and maintain regular contact to ensure that both parties are on the same page.
3. Be flexible and willing to adapt to changing circumstances.
4. Ensure that intellectual property rights are clearly defined and agreed upon.
5. Foster a culture of collaboration and mutual respect.

Future trends in university-company partnerships

As technology continues to evolve, university-company partnerships are likely to become even more important. One trend that is already emerging is the increasing importance of artificial intelligence (AI) in various industries. Universities are at the forefront of AI research, and companies are looking to partner with them to gain access to this expertise. Another trend is the increasing importance of sustainability, with many companies looking to partner with universities to develop more sustainable technologies and practices.

Conclusion: The potential of university-company partnerships for mutual benefit

In conclusion, university-company partnerships have the potential to achieve great things. By working together, universities and companies can advance research and innovation, provide opportunities for students, and create new commercialization opportunities. However, partnerships can also be challenging to navigate, so it's important to establish clear goals and expectations from the outset and maintain open lines of communication. As technology continues to evolve, university-company partnerships are likely to become even more important in the coming years.