Imagine performing a delicate oral surgery or administering life-saving medication with a glove that’s as uncomfortable as a pair of shoes that’s two sizes too small. It’s not just a minor annoyance – it’s a matter of patient safety and healthcare professionals (HCPs) well-being.

But what exactly is the impact of poor glove fit on healthcare professionals? Instead, let’s focus on the positive effects of a proper glove fit. A comfortable and secure fit can improve our dexterity, reduce strain, and enhance our ability to provide high-quality patient care.

Skin Irritation and Allergic Reactions

A properly fit glove can prevent skin irritation and allergic reactions or sensitivities in several ways:

Infection control is a critical component of healthcare, yet it's often overlooked or taken for granted. In reality, the improper cleaning and disinfecting of surfaces, inadequate use of personal protective equipment (PPE), and lack of proper hand hygiene protocols can all contribute to the spread of infections. In fact, the World Health Organization (WHO) estimates that healthcare-associated infections (HAIs) affect millions of people worldwide each year, resulting in significant morbidity, mortality, and economic costs. As healthcare professionals, it's essential that we prioritize infection control and take proactive steps to prevent the spread of infections in our patients and colleagues.

1. Not properly cleaning and disinfecting surfaces: Many healthcare professionals may not follow proper cleaning and disinfecting protocols, which can lead to the spread of

In today's fast-paced world, where diseases and infections spread alarmingly fast, proper hand hygiene is more crucial than ever. Failure to maintain proper hand hygiene can have serious consequences, leading to the spread of infectious diseases such as COVID-19, norovirus, and influenza. One organization in healthcare stands out as a global leader in disease prevention and health promotion: the World Health Organization (WHO).

The WHO stands by a mission to achieve the highest possible level of health for all people. The WHO tirelessly works towards ensuring that healthcare standards are upheld worldwide. They provide resources, guidelines, and training programs to healthcare professionals and the general public to ensure proper hand hygiene practices. They collaborate with governments, international partners, and non-governmental organizations to raise awareness and promote the importance of hand hygiene. The World Health Organization

Bacterial Filtration Efficiency (BFE) is a measure used to evaluate the effectiveness of material at filtering out bacteria from a liquid or aerosolized solution. It’s often used in the context of healthcare settings, including dental offices, to assess the performance of sterilization wraps.

In dental offices, Infection Prevention and Control (IPAC) protocols are critical for maintaining a safe and sterile environment for patients and staff. Sterilization wraps are used to cover instruments and equipment to prevent contamination and ensure the remain sterile until use.

The BFE of sterilization wraps indicates how well the material can filter out bacteria, which is crucial for preventing the transmission of infectious agents during dental procedures. Higher BFE values signify better filtration efficiency, meaning the wrap is more effective at preventing bacterial contamination.

Spaulding’s classifications are a system used to categorize medical devices and equipment based on the risk of infection associated with their use. This system was created by Dr. Earle H. Spaulding in the mid-20^th century and has since become a standard in healthcare settings, including dental offices. There are three main classifications in the Spaulding system: critical, semi-critical, and non-critical.

Critical items are those that come into contact with sterile tissue or the vascular system, posing the highest risk of infection if contaminated. In a dental office, critical items may include surgical instruments like scalpels and forceps. These items must be sterilized after each use to eliminate any potential pathogens.

Semi-critical items are those that come into contact with mucous membranes or non-intact skin but d

In healthcare facilities, meticulous attention to detail is paramount to ensure patient safety and uphold infection prevention and control (IPAC) standards. Among the myriad of considerations, selecting the appropriate size sterilization pouches might seem like a minor aspect, yet its significance cannot be overstated. Proper sizing not only ensures the effectiveness of sterilization processes but also plays a pivotal role in IPAC compliance and operations optimization within healthcare facilities. Let's explore key factors to look for in a sterilization pouch, review the importance of choosing the proper sizes, and why it is crucial for maintaining stringent IPAC protocols. 

Understanding Sterilization Pouches

Sterilization pouches serve as a crucial barrier system designed to maintain the sterility of medical or dental instruments and equipment until they

Face masks have become a common sight for the human population, especially since the Covid-19 global pandemic hit in 2020. At the beginning of the pandemic, public health agencies were hesitant to recommend the consistent use of face masks. The general public was also uncertain of what to believe. To mask or not to mask, this was the question. However, after the World Health Organization acknowledged that the virus could be airborne and linger in the air for hours, masking as a weapon against the coronavirus became a preventive measure to keep virus transmission in check. It was not unusual to see face masks hanging from every car rearview mirror, offered at the entrance to every business, or mandated at every work environment. Face coverings became a fashion statement when people made cloth face coverings in many styles and fabrics. This cloth covering was acceptable for the general public and is considered a form of universal source control. 

Infection control in dentistry is critical to ensuring dental practitioners' and patients' health and safety. With the rise of infectious diseases and the need for stringent practices to prevent their spread, compliance with infection control protocols is of utmost importance in the dental industry. However, achieving full compliance can be challenging, as healthcare providers may demonstrate the Hawthorne effect, impacting their behavior and adherence to recommended guidelines. This article explores the concept of the Hawthorne effect in relation to infection control in dentistry and discusses strategies to ensure effective compliance.

The Hawthorne effect, initially discovered through a series of studies in the 1920s and 1930s at the Western Electric Hawthorne Works in Chicago, refers to the phenomenon where people modify their behavior due to the awareness or perception of being observed. In the context of infection control

Dental handpieces are a dental office's most essential and costly investment. Handpieces are the workhorses of the practice. Whether high-speed, low-speed, or cordless, handpieces are considered semi-critical dental devices that must be reprocessed appropriately to avoid harming the device, causing it to operate ineffectively, or reducing its productive life while maintaining sterility.

Dental handpieces contact mucous membranes and oral fluids. These instruments have not been associated with disease transmission at this time; however, high-speed and low-speed handpieces can retract oral fluids into the internal workings of the handpiece.   DNA of viruses has been found inside both highspeed handpieces and prophy angles. If not cleaned and sterilized correctly, this debris could later be transferred to the mouths of other patients.

Handpiece Life

Enzymatic cleaners are fundamental assets within dental practices, offering a targeted and efficient solution for the removal of organic residues from instruments used in various procedures. Their mechanism of action, controlled through specific enzymes, ensures a thorough cleaning process that goes beyond what conventional cleaners can achieve. In dentistry, these cleaners play a pivotal role in upholding strict hygiene standards, minimizing contamination risks, and prolonging the lifespan of essential instruments and equipment.

Enzymatic Action and Specific Enzymes:

Enzymatic cleaners employ a diverse range of enzymes, each tailored to break down specific organic compounds present on dental instruments.