Could Intellectual Property Retaliation Be the Game-Changer in Trade Wars?

In response to President Donald Trump’s tariff policies, many countries are considering retaliation, primarily through higher tariffs and import restrictions. While these measures may impact the U.S. economy, they also pose risks for the countries imposing them. The goal is to make the pain felt in the U.S. greater than the consequences suffered by the retaliating nation. While this strategy may hold true in many cases, countries like the European Union (EU), Canada, and other trading partners could take a more direct and potentially more damaging approach—targeting the United States’ intellectual property (IP) rights.

Intellectual property, particularly patents and copyrights, has long been a cornerstone of U.S. economic dominance. In 2024, the United States received nearly $150 billion in royalties and licensing fees alone, which makes up over 5% of total after-tax corporate profits. But these fees represent only the direct payments for IP use; they don’t account for embedded costs in products like software and technology, which are often used globally in consumer goods.

One possible retaliatory strategy involves countries announcing that they will no longer respect U.S. patents and copyrights for as long as Donald Trump continues his tariff policies. This kind of action would target U.S. companies that rely on their intellectual property rights for profit, such as tech giants like Microsoft and pharmaceutical companies like Pfizer and Merck.

The concept of not honoring foreign patents is not without precedent. During World War I, the U.S. invoked the Trading with the Enemy Act to allow the compulsory licensing of patents held by German companies. This measure allowed U.S. businesses to use these patents without permission, as long as they paid a minimal licensing fee set by the U.S. government. Countries like Canada, the EU, and others could implement a similar policy to challenge the United States’ trade practices.

The potential benefits of this type of retaliation are twofold. First, it would allow consumers in the retaliating countries to access cheaper products—such as generic drugs, which could drastically reduce the cost of life-saving medications like those used in cancer and heart disease treatments. Second, it would lower the cost of everyday goods like computers, by bypassing the licensing fees for software from companies like Microsoft.

For consumers, this could mean cheaper access to essential products and technologies, making it a win-win situation. Imagine having access to affordable generics of expensive drugs or the latest software without the added cost of licensing fees. This approach would directly benefit the people in those countries, and it would provide a powerful counterweight to the economic challenges posed by Trump’s tariffs.

Such an approach would also hit U.S. corporations where it hurts—potentially changing the landscape of global trade in ways that tariffs alone may not. If other nations got accustomed to accessing cheap drugs, software, and entertainment content, it could shift global perceptions of U.S. intellectual property practices. This shift could permanently disrupt the revenue models of many major U.S. companies that rely on high licensing fees and patent monopolies. For instance, without the constraints of patent monopolies, Americans themselves could spend far less on prescription drugs—possibly saving around $550 billion annually.

GSK Resolves Patent Lawsuit Against Pfizer Over RSV Vaccines

Pharmaceutical giants GSK and Pfizer have reached a settlement to resolve a long-running patent dispute related to respiratory syncytial virus (RSV) vaccines. The legal battle, which revolved around patent infringement claims, has now been brought to a close through an agreement between the two companies.

The lawsuit centered on allegations that Pfizer’s RSV vaccine infringed on patents held by GSK, specifically related to the technology behind the development and production of vaccines targeting the virus. RSV, a major cause of respiratory illness, has long been a focus of vaccine research, especially as both companies have worked to bring their respective RSV vaccines to market.

In a joint statement, both companies confirmed that the settlement would allow them to avoid further litigation and continue their efforts in addressing the global health threat posed by RSV. The terms of the settlement were not disclosed, but both GSK and Pfizer emphasized that the agreement would not affect their ongoing work on RSV vaccines, nor would it impact the availability of these vaccines for public health use.

The resolution of the patent dispute comes at a crucial time as RSV continues to strain healthcare systems worldwide, particularly among vulnerable populations like infants, elderly adults, and individuals with underlying health conditions. Both GSK and Pfizer are major players in the global vaccine market, with their respective RSV vaccines being part of a growing effort to combat the virus.

This settlement marks the end of a significant chapter in the intellectual property conflicts between the two pharmaceutical leaders, allowing both to focus on advancing their respective vaccine candidates in the fight against RSV

Hoth Therapeutics Announces Key Developments in HT-KIT Cancer Fighting Drug Candidate

Hoth Therapeutics, Inc. (NASDAQ: HOTH), a biopharmaceutical company focused on pioneering therapies for allergic and inflammatory diseases, today revealed two significant advancements in the development of its proprietary antisense oligonucleotide (ASO) cancer-fighting drug candidate, HT-KIT.

The company has filed amended claims with the U.S. Patent and Trademark Office to further strengthen the intellectual property protection for HT-KIT. This ASO technology targets MS4A6A and FcεRIβ—genes that are associated with allergic inflammation and mast cell-related diseases. The updated claims enhance HT-KIT’s intellectual property portfolio, reinforcing its position as a unique therapeutic platform with the potential to treat conditions like anaphylaxis, mastocytosis, and allergic asthma.

In addition, Hoth Therapeutics has initiated a Good Laboratory Practice (GLP)-compliant 4-week intravenous toxicity study with a 14-day recovery period in C57BL/6 mice. Conducted in partnership with OnTargetx R&D Inc. and ITR Laboratories, this preclinical study aims to assess the safety profile of HT-KIT in preparation for future regulatory filings. The study will include multiple dose groups, comprehensive pathology assessments, and pharmacokinetic profiling.

Next Steps in Development


Hoth Therapeutics remains dedicated to advancing HT-KIT toward clinical evaluation. The company is conducting additional preclinical studies to further validate the drug’s efficacy and safety profile, and plans to begin regulatory discussions for first-in-human trials soon.

For more information on Hoth Therapeutics and its innovative pipeline, visit www.hoththerapeutics.com.

About Hoth Therapeutics, Inc.

Hoth Therapeutics is a clinical-stage biopharmaceutical company committed to developing groundbreaking treatments aimed at improving patient quality of life. We focus on early-stage pharmaceutical research and development, progressing drugs from the bench to preclinical and clinical testing. By partnering with a team of scientists, clinicians, and key opinion leaders, we aim to discover therapeutics that hold the potential for breakthroughs and offer diverse treatment options. To learn more, visit https://ir.hoththerapeutics.com.

Autonomix Medical, Inc. Awarded U.S. Patent for Advanced Sensing Data Collection and Processing with Proprietary Catheter-Based Technology

Autonomix Medical, Inc., a leader in cutting-edge medical technology, is proud to announce the granting of a new U.S. patent that reinforces the company’s position at the forefront of the healthcare industry. The patent covers the innovative sensing data collection and processing capabilities of the company’s proprietary catheter-based technology, a breakthrough that is set to revolutionize diagnostic procedures.

This newly granted patent enhances the efficiency and accuracy of real-time data capture during medical procedures. The technology provides clinicians with unprecedented insights, improving patient outcomes and streamlining medical interventions. With its ability to capture and process complex sensing data, Autonomix Medical’s catheter-based solution offers significant advantages in precision medicine, diagnostics, and treatment delivery.

The proprietary catheter design integrates advanced sensors that enable dynamic, high-quality data collection with minimal disruption to patients, ensuring a safer, more effective diagnostic experience. This latest patent further solidifies Autonomix Medical’s commitment to innovation and excellence in the medical device field.

“We are thrilled to receive this patent, which underscores the potential of our technology to transform diagnostic practices and enhance the quality of patient care,” said [Name, Title], of Autonomix Medical, Inc. “Our catheter-based solution represents a critical step forward in how medical professionals access and interpret patient data during procedures, ultimately improving treatment strategies and clinical outcomes.”

This patent grant marks another milestone in Autonomix Medical’s ongoing efforts to drive advancements in medical technologies, and it opens the door for future applications of the technology across various healthcare sectors. With its strong intellectual property portfolio, Autonomix Medical is poised to continue leading the way in the development of next-generation medical devices.

About Autonomix Medical, Inc.

Autonomix Medical, Inc. is a pioneering company focused on developing innovative catheter-based medical devices and technologies designed to enhance diagnostic and therapeutic procedures. With a commitment to improving patient outcomes, Autonomix Medical continues to lead in the advancement of precision medicine and healthcare solutions.

“Linezolid” Patent Revoked After Post-Grant Opposition by Symed Labs

The Indian Patent Office has revoked Patent No. 281489 (Application No. 201641013830) following a post-grant opposition filed by Symed Labs. The patent was granted on 20 March, 2017 and the post grant opposition was filed on 5 March, 2018. The patentee had also amended its claims during the opposition proceedings and urged that the application under Form 13 (for amendment of claims) be disposed of so as to be certain of the final set of allowed claims for the hearing. The revocation was based on several grounds:

Lack of Inventive Step (Obviousness): The controller concluded that the patent was found to lack an inventive step, meaning the claimed invention was obvious to someone skilled in the field.

Non-Patentability Under Section 3(d): The invention also did not meet the criteria for patentability under Section 3(d) of the Patents Act, which states that new forms of known substances that do not result in enhanced efficacy.

Failure to Disclose Information Under Section 8: The patent holder failed to disclose required information as per Section 8 of the Patents Act 1970, which mandates the disclosure of including the disclosure of status of those applications, at the time of filing and during the prosecution of the patent. regarding corresponding foreign applications of this invention.

This patent pertained to Linezolid, an antibiotic used to treat pneumonia, skin infections, and drug-resistant tuberculosis. The earlier patent for Linezolid had expired on January 1, 2012. The revocation of this patent may have implications for the availability and pricing of Linezolid in India. This decision has highlighted the need for quality standards and more careful examination when it is about critical drugs, particularly in light of public health considerations and the potential for monopolistic practices.

Pharma consultant Agrawal filed patent for new anti-ageing drug

Sanjay Agrawal, a scientific advisor for the US-based Alkomex GBN Pharma Group and an Ahmedabad-based researcher, has filed for a patent for an anti-aging drug formulation aimed at combating aging at the cellular level. The formulation is designed to address the underlying biological processes of aging, potentially offering a groundbreaking approach to age-related issues.

The patent application has been submitted to the Indian Patent Office, marking an important step in the development of this novel treatment. If granted, this patent would secure intellectual property rights for the formulation, allowing Agrawal and the associated pharmaceutical group to potentially commercialize the drug and offer it as a solution to slow or reverse cellular aging.

Agrawal, already holds over 42 patents for unique drug formulations. He claims that other than addressing ageing at a cellular level, this drug has the potential to significantly improve skin health and boost energy levels and enhance overall vitality.
He explained that while chronological ageing is inevitable, biological and psychological ageing differ significantly from one individual to another, influenced by intrinsic and extrinsic factors such as hormonal changes, stress, and lifestyle.

Currently the demand for anti-aging treatments is increasing rapidly in market. This development could spark significant interest in the pharmaceutical industry. However, the drug will undergo extensive testing and regulatory approval to be fully realized in the market, which could take several years.

Innocan Pharma secure first patent in India for Liposome Injection

Innocan Pharma Corporation has granted its first patent in India for its Liposomal CBD Injection platform. This patent protects the company’s synthetic Cannabidiol-loaded Liposome Injection Platform (LPT-CBD), designed for precise dosing and sustained release of synthetic CBD into the bloodstream.

The LPT-CBD platform has received positive feedback from the U.S. Food and Drug Administration (FDA) following a successful pre-Investigational New Drug (pre-IND) meeting, advancing its development as a non-opioid alternative for chronic pain management.

Developed in collaboration with Professor Chezy Barenholz and Dr. Ahuva Cern from the Hebrew University in Jerusalem, the liposomal drug delivery platform allows for prolonged exposure and maximizes the bioavailability and therapeutic effects of cannabinoids.

This granted patent enhances Innocan’s proprietary value in India’s $55 billion pharmaceutical market, complementing its global patent applications and strengthening its position in the cannabinoid-based therapeutic sector.

Innocan Pharma’s CEO, Iris Bincovich, expressed his views about the patent grant and highlighted the company’s commitment to innovation and the advancement of non-opioid alternatives for chronic pain management.

This development in IP underscores Innocan Pharma’s dedication to expanding its intellectual property portfolio and advancing cannabinoid-based therapies on a global scale.