Serious Problem
Effective Solution

Hospital Acquired Infections are the most frequent adverse event in healthcare delivery worldwide, HAIs rate is 7.5% in high-income countries, while it varies between 5.7 and 19.2 in low-income countries percent . According to the WHO data, the HAIs rate is 25% in developing countries and 5–15% in developed countries. Eliminating bacteria is one of the most important sterilizing

challenges hospitals face. Currently, in 2019 all over the world, in-hospital infections claim about 1.27 million lives a year, infect over 35 million people yearly. in two decades the world economic damage will be around 100 trillion dollars. (2023, World Health Organization.

The Role Of
Biofilms In HAIS

The Role Of Biofilms In HAIS

Biofilms are colonies of microorganisms that grow on living surfaces as well as non-living surfaces like medical devices. Responsible for an estimated 50% of all nosocomial infections, biofilms are particularly dangerous because they’ve demonstrated both immune system resistance and antimicrobial resistance. late studies show that biofilms develop resistance even to disinfectants.

“Once you have the biofilms in there, short of ripping the sinks and the piping out, it’s impossible to get rid of”

?What Is AMR

We are in an era of antimicrobial resistance. When bacteria don’t respond to antibiotic treatment methods, it becomes even more critical to protect vulnerable populations from encountering them.

But hospitals and researchers have not yet found a viable solution to the danger posed by biofilms in the plumbing. Clinical testing of a variety of disinfectants and cleaning methods have all come up short, and most preventative measures have met with failure or are prohibitive in cost and implementation.

Researchers have concluded that the solution lies in the design of the sink itself, making sure that the bacteria proliferating in the biofilm can not enter the hospital environment and endanger at-risk patients. That’s where capitalizing on natural physical laws has transformed the situation.

NeiMedica works in the sink itself, by not allowing contaminants back into the building.

Proven Effectiveness

Hospital Acquired Infections are the most frequent adverse event in healthcare delivery worldwide, affecting 7% of patients in developed countries each year.
(World Health Organization HAI Fact Sheet, 2014)

The Economic
Damage Of HAI

The Economic Damage Of HAI

The economic impacts from preventing health care – associated infection (HAIs) can differ for patients, health care providers, third – party payers, and all of society. Previous studies from the provider perspective have estimated an economic burden of approximately $10 billion annually for HAIs. The impact of using a societal cost perspective has been illustrated by modifying a previously published analysis to include the economic value of mortality risk reductions.
 
The resulting costs to society from HAIs exceed $200 billion annually.

The Economic
Damage Of HAI

The Economic Damage Of HAI

The global infection control market size was estimated at USD 150.4 billion in 2016 and is anticipated to grow at a CAGR of 6.2% throughout the forecast period. The market is predominantly driven by a growing number of surgical procedures that require high-intensity infection prevention. The high preference is presumed to be a consequence of positive clinical outcomes associated with usage of infection control.
U.S. infection control market
By type, 2014-2025 (USD Billion)

Economic Burden
Of HAI’s

American market: Preventing healthcare-associated infections (HAIs) has varying economic impacts on patients, healthcare providers, third-party payers, and society as a whole. From the provider perspective, HAIs contribute to an annual economic burden of approximately $10 billion.
 
However, when considering a societal cost perspective, incorporating the economic value of mortality risk reductions, the costs to society from HAIs surpass $200 billion annually. Besides the significant human health cost, HAIs impose a substantial financial burden on medical institutions and society. In the United States, the estimated costs for additional in-hospital stays amount to around $10 billion for providers and exceed $200 billion for society when factoring in various elements.
 
These costs include prolonged patient stays and increased resource usage (blood tests, imaging, antibiotic usage). Moreover, the impact of multi-drug resistant bacteria can further elevate costs, leading to significantly longer hospital stays. Estimated extra hospital inpatient days per patient.

Our Solution

A significant business opportunity addresses a critical health issue. Hospital administrators and large institution managers recognize the threat of biofilm and seek an easy, standard hygiene solution.
 
Our device, with a competitive price point significantly lower than competitors, enables institutions to affordably enhance protection. It’s an effective and ethical product. ‘Our focus should be on optimizing sink design to prevent microbial transmission.’ – Sink Related Outbreaks and Mitigation Strategies in Healthcare Facilities by LeighAnn Parks, McGill University, and Susie Hota, University Health Networks.
 
The Medical Siphon – ensuring infection-free sinks and healthy institutions the easy way. NEIMedica is committed to enhancing life quality by reducing dangerous AMR bacteria presence and minimizing chemical use in institutional cleaning. Our simple, green, and economical technology reduces the harmful impact of sewage systems on our living environment.

Our Products

Medical Siphon Basic

Simplicity is the name of the game. NEIMedica has developed a product that takes into account the needs of the field. NEIM edica product helps in significantly reducing infections while requiring minimal maintenance and at zero costs.

Medical Siphon Pro

The Medical Siphon ability to integrate is amazing, it is very easy to install, does not need any electricity source while utilizing water energy and simple laws of physics to protect the environment from a deadly enemy that destroys the lives of dozens of millions each year.