The 7 major surgical site infections market reached a value of USD 700.2 Million in 2024. Looking forward, the IMARC group expects the 7MM to reach USD 1,238.5 Million by 2035, exhibiting a growth rate (CAGR) of 5.32% during 2025-2035. The market for Surgical Site Infections is growing rapidly with the increasing number of surgeries being performed and higher awareness about infection prevention. The demand for antimicrobial treatments, wound care products, and sterilization solutions is driving growth in this category. Furthermore, the focus on patient safety, along with best infection control practices in healthcare premises, is another factor that boosts market growth. Increased healthcare expenditure and better development of healthcare infrastructures, primarily in developing economies, are factors that are increasing the market share.
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The most prominent reason for the increase in surgical site infections (SSIs) is the rise in surgical procedures. With more surgeries being performed, especially complex and high-risk ones, the chances of infections grow due to factors like longer surgery times, invasive techniques, and patients with pre-existing health conditions. Individuals with conditions such as diabetes, obesity, or weakened immune systems are particularly vulnerable to infections after surgery. In addition, implant and prosthetic use in certain procedures creates a new pathway for bacteria, making SSIs more likely. Greater hospital stays and intensive post-operative care increase exposure to infections obtained in healthcare. Elective procedures, such as cosmetic and weight-loss surgeries, increase the number of patients exposed. Poor sterilization practices, antibiotic resistance, and contamination of the hospital environment add to the complexity of this issue. To overcome these challenges, there should be a greater emphasis on enhancing infection prevention practices, better sterilization techniques, and more effective antimicrobial treatments to reduce the occurrence of SSIs.
New therapies and pharmacological treatments are contributing greatly to the growth of the surgical site infections (SSIs) market. With a fast-paced increase in SSIs, particularly after surgery, the need for appropriate treatment is also on the rise. There is a constant development of new antibiotics, wound care solutions, and other specialized treatments that would meet the continuously rising demand. The development of research in microbes has been a highlight in the development of better-fitting treatments to combat antibiotic resistance, which is a major factor in managing SSIs. Beyond the traditional antibiotics, there exist innovations such as biologics, which contain antimicrobial peptides and immune-modulating drugs that expand the portfolio of treatment alternatives for infections which are hard to treat. Nanotechnology has been incorporated into products used in wound care, decreasing infection rates but allowing for fast recovery based on stimulation of tissue regeneration at sites of surgery. As the healthcare sector is shifts more toward prevention of infection and better recovery of patients post-surgery, these advanced therapies are benefitting the patients' outcome while also reducing hospital stays and associated healthcare expenses. As awareness about SSIs grows and research continues to make strides, these novel therapies are expected to further boost the market for SSI treatments, driving its expansion in the coming years.
D PLEX: Polypid
-PLEX by PolyPid is a more advanced treatment for preventing surgical site infections (SSIs). It uses the company's PLEX technology to deliver a sustained, localized release of doxycycline at the surgical site, which maintains high antibiotic levels for up to 30 days. The controlled delivery system helps to reduce infection risks, including those from antibiotic-resistant bacteria, especially for abdominal colorectal surgeries.
XF 73: Destiny Pharma
XF-73 is an innovative therapeutic agent for Phase 2 trials, targeting surgical site and staphylococcal infections. The substance alters bacterial cell membrane permeability, thus better absorbing antimicrobial agents. Disruption of bacterial membranes by XF-73 increased bacteria susceptibility to antibiotics, thus fighting antibiotic resistance and decreasing the post-surgical infection rates.
E 101: Exoxemis
E-101 Solution developed by Exoxemis also called Zempia, is a topical antiseptic that is used to prevent surgical site infections. It works through myeloperoxidase (MPO) to deliver broad microbicidal activity against gram-negative and gram-positive bacteria, viruses, spores, yeast, and fungi. In fact, E-101 Solution is effective against antibiotic-resistant bacteria and inactivates endotoxins, which may help prevent sepsis.
Drug Name | Company Name | MOA | ROA |
---|---|---|---|
D PLEX | Polypid | Protein 30S ribosomal subunit inhibitors | Topical |
XF 73 | Destiny Pharma | Cell membrane permeability modulators | Topical |
E 101 | Exoxemis | Reactive oxygen species stimulants | Topical |
Detailed list of emerging therapies in Surgical Site Infections is provided in the final report…
The IMARC market research report provides an in-depth analysis of the competitive structure of the market. Across the global surgical site infections market, there are various top companies working to create integrated platforms for better management of surgical site infections. Some of the major players include Polypid, and others. These companies drive innovation in the surgical site infections market through continuous research, diagnostic tools, and expanding their product offerings to meet the growing demand for surgical site infections.
The key players in the surgical site infections market who are in different phases of developing different therapies are Destiny Pharma, Exoxemis, Polypid, and others.
The major markets for surgical site infections include the United States, Germany, France, the United Kingdom, Italy, Spain, and Japan. According to projections by IMARC, the United States has the largest patient pool for surgical site infections while also representing the biggest market for its treatment. Recent advancements in the treatment of surgical site infections (SSIs) have led to the development of cutting-edge techniques to improve recovery and reduce infection risks. One key innovation is the creation of biodegradable sutures that emit electrical signals when the wound moves, aiding in faster healing and preventing bacterial growth. Another breakthrough is antimicrobial photodynamic therapy (aPDT), which is proving effective for nasal decolonization, particularly in orthopedic and spinal surgeries, leading to fewer SSIs. These developments highlight a comprehensive approach to preventing SSIs, combining novel materials, targeted treatments, and improved infection control strategies for better patient recovery.
Key information covered in the report
Countries Covered
Analysis Covered Across Each Country
This report offers a comprehensive analysis of current surgical site infections marketed drugs and late-stage pipeline drugs.
In-Market Drugs
Late-Stage Pipeline Drugs
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