Advancing digital healthcare through safer, faster, and more accessible diagnostics
Advancing digital healthcare through safer, faster, and more accessible diagnositics
Sinusitis affects up to 12% of the global population and represents a significant healthcare burdern worldwide.
It is also one of the leading causes of antibiotic prescriptions, even though most cases are viral rather than bacterial.
This unnecessary use of antibiotics contributes to growing antimicromial resistance and highlights the need for more precise and safer diagnostic solutions.
83%
Patients visiting outpatient clinics in the US who are prescribed antibiotics for acute sinusitis despite low bacterial infection rates (0.5~2%)
92%
Patients who do not meet antibiotic prescription criteria but are still prescribed antibiotics
48%
Sinusitis antibiotic prescriptions deemed unnecessary by clinical guidelines
Sinusitis affects up to 12% of the global population and represents a significant healthcare burdern worldwide.
It is also one of the leading causes of antibiotic prescriptions, even though most cases are viral rather than bacterial.
This unnecessary use of antibiotics contributes to growing antimicromial resistance and highlights the need for more precise and safer diagnostic solutions.
83%
Patients visiting outpatient clinics in the US who are prescribed antibiotics for acute sinusitis despite low bacterial infection rates (0.5~2%)
92%
Patients who do not meet antibiotic prescription criteria but are still prescribed antibiotics
48%
Sinusitis antibiotic prescriptions deemed unnecessary by clinical guidelines
Current diagnostic tools for sinusitis, such as CT and X-ray imaging, are either costly, inaccessible, or expose patients to radiation.
Nasal endoscopy, while usefule, often relies on subjective interpretation and cannot visualize the deeper sinus cavities.
These limitations lead to delayed diagnosis, inconsistent treatment, and unnecessary antibiotic use.
CT
Accurate, yet costly and invovles radiation exposure
X-ray
Limited accuracy in soft tissue imaging
Nasal Endoscopy
Invasive procedure with subjective interpretation
Current diagnostic tools for sinusitis, such as CT and X-ray imaging, are either costly, inaccessible, or expose patients to radiation.
Nasal endoscopy, while usefule, often relies on subjective interpretation and cannot visualize the deeper sinus cavities.
These limitations lead to delayed diagnosis, inconsistent treatment, and unnecessary antibiotic use.
CT
Accurate, yet costly and involves radiation exposure
X-ray
Limited accuracy in soft tissue imaging
Nasal Endoscopy
Invasive procedure with subjective interpretation
Current diagnostic methods, including CT, X-ray, and nasal endoscopy, are limited in their ability to provide non-invasive, fast, and accessible diagnosis.
As healthcare costs continu to rise, there is an increasing demand for solutions that offer real-time, accurate, and radiation-free results without sacrificing quality.
SinusView represents the innovation needed to revolutionize sinusitis diagnosis, offering a safe, fast, and cost-effective alternative.
Current diagnostic methods, including CT, X-ray, and nasal endoscopy, are limited in their ability to provide non-invasive, fast, and accessible diagnosis.
As healthcare costs continu to rise, there is an increasing demand for solutions that offer real-time, accurate, and radiation-free results without sacrificing quality.
SinusView represents the innovation needed to revolutionize sinusitis diagnosis, offering a safe, fast, and cost-effective alternative.
U2medtek Co., Ltd.
Business license number: 283-86-00986
Address:
Unit 322, Bldg 251, 50 UNIST-gil, Ulju-gun, Ulsan, Republic of Korea (HQ)
4F, 64 Nambusunhwan-daero 347-gil, Seocho-gu, Seoul, Republic of Korea (Seoul Office)
Copyright ⓒ 2025 u2medtek All rights reserved.
U2medtek Co., Ltd.
Business license number: 283-86-00986
Address: Unit 322, Bldg 251, 50 UNIST-gil, Ulju-gun, Ulsan, Republic of Korea (HQ)
4F, 64 Nambusunhwan-daero 347-gil, Seocho-gu, Seoul, Republic of Korea (Seoul Office)
Copyright ⓒ 2025 u2medtek All rights reserved.
