Steven Cumper
Steven John Cumper, B.App.Sc. (Osteo.), M.Ost., is a businessman with a strong background in biomedical science and osteopathic medicine. He founded Medshop while studying at RMIT University in Australia, expanding its reach to markets in Papua New Guinea, Singapore, and Malaysia. In September 2021, the Bunzl Group acquired a majority stake in Medshop, but Cumper remains involved as the Managing Director (Medshop Group). His journey from Zimbabwe to the UK and Australia reflects his dedication to academia and entrepreneurship, combining diverse knowledge and experience.
Latest Articles
March 23, 2025
Steven Cumper
AED Maintenance Checklist: Essential Steps
For anyone suffering a sudden cardiac arrest outside of hospital, an Automated External Defibrillator (AED) could make all the difference when saving a life. Around 26,000 Australian people suffer arrests outside of medical facilities each year. Therefore, it’s crucial to have AEDs on standby in public places. By delivering electric shocks, AEDs can also help to prevent brain damage and support CPR. However, these devices must always be properly maintained and stored so they continue to support public emergencies. In this guide, we will break down a simple AED maintenance checklist you can follow to ensure your equipment is clean, safe, and operational. AED Maintenance Checklist An AED maintenance checklist ensures that you regularly test, clean, and fix up your life-saving devices whenever needed. As critical as AEDs are, you can’t expect them to keep working properly without due care and attention. Key Components to Include in the Checklist The key points we recommend you include in your AED maintenance checklist are: Checking and replacing batteries Checking and replacing pads Visually inspecting the device Cleaning the device Storing the device safely and securely This list isn’t just based on our expert knowledge of AED equipment, but also on years of feedback from business owners and first responders who shop with us! We’ll explore each of these points in more detail below. Importance of Documentation Before checking, cleaning, or even fixing your AED for the first time, carefully read the manual provided with your device. Failing to look after your AED properly could lead to it breaking down, therefore putting lives at risk. All AEDs we provide at Medshop arrive with clear instruction manuals to help you learn how to use the devices and how to care for them. Let’s start with the key points from our AED maintenance checklist. Battery and Pads Replacement AED batteries, like any, will slowly expire over time. In most cases, you’ll need to replace them within five years of starting to use the device or fitting new batteries. However, some will expire in as few as two years – always check your manual. Most AEDs will also have battery indicator levels to inform you when replacement is approaching. Always follow your manual’s advice on how to safely remove expired batteries before trying to do so yourself. Removing the batteries will depend entirely on the model of AED you use. In many cases, there will usually be a back cover you can safely remove to find the batteries to remove and replace. Always make sure to purchase AED batteries from a reputable supplier. AED pads expire, too. For example, over time, the gel used to adhere pads to skin will gradually lose applicability. Expired pads might become loose during operation – meaning your AED won’t work properly. There’s no guarantee when AED pads generally dry out and expire, so make sure to check any expiration dates listed by the manufacturer. Add these dates to your checklist. It’s also a good idea to visually check your pads for any damage – cracks or tears, for example – these simply won’t work properly. We recommend keeping a second or even third set of fresh pads on standby just in case you find their adherence has dried up before use. You should always make sure to buy pads designed for your specific AED, and to store them in sealed packaging to stop them drying up and getting damaged. Cleaning and Maintenance Procedures Always carry out routine visual inspections and clean your AEDs at least monthly to make sure they are safe and operational for use in emergencies. However, using abrasive chemicals can damage the device, so use appropriate cleaning solutions such as rubbing alcohol, or isopropyl. Carefully clean the AED itself and any corners and nooks in the device, along with the case and any additional pieces. You should use a damp cloth with rubbing alcohol for the best results, but you can also use disinfectant wipes or water. Any damaged or faulty parts should be replaced outright – make sure to line up a supplier or to speak with your manufacturer if this is the case. At the same time, it’s important to test your AED occasionally – again, monthly, at least – to ensure it’s fully operational. Many AEDs will have safe test functions and offer warning indicators if there’s a problem. This is another procedure you can follow via your device’s manual. Legal and Compliance Requirements Legal and compliance requirements for AEDs and public buildings vary depending on location. However, in South Australia, for example, it’s a legal requirement for public building owners to install a fully-working AED in an accessible location with clear signage. That said, compliance and legal requirements can vary depending on your building and services, too. Best practice, generally, is to store and maintain your AED carefully and ensure it’s clean and operational. It’s also important to register your AED defibrillators with any local authorities – making sure you meet the standards expected of you not only keeps people safe, but also ensures you remain on the right side of the law. Proper Placement and Storage As per compliance and for public safety, all AEDs should be stored appropriately in accessible areas with clear signage. In the event of an emergency, people in need should not have to spend time looking around for life-saving equipment. To preserve AEDs and their pads, always keep your equipment away from extreme temperatures. Many of our customers also say that keeping AEDs safely secured in storage boxes and cabinets helps prevent damage – and we agree. Just make sure the cabinets or boxes you use are durable! Even if you haven’t used your AED for a while, always regularly test it and visually check for damage. Training and Awareness for AED Users Many AEDs are simple to use with instructions provided during application. However, it still pays to invest in training for people who are likely to use the equipment over time. Train your personnel regularly – just as you would with first aid and CPR – so that your whole team knows how to use AED defibrillator equipment should the worst-case scenario occur. Basic awareness is just as important – in the event of a sudden cardiac arrest, your team needs to know where the life-saving equipment is held! Cost-Effective Ways to Maintain Your AED Here are some final tips to help you maintain your AED and accessories without the unnecessary expense: Invest in and store high-quality replacement parts Set up a regular schedule for maintenance to avoid costly replacements and fixes Shop with a reputable AED provider with positive customer reviews – reputable providers offer long-lasting equipment Trust your manual – not your gut – when it comes to maintaining your AED If in doubt about your AED’s functionality – contact the manufacturer before purchasing parts Conclusion Maintaining your AED and its equipment effectively means that, should you ever need to use them, you have the best possible chance at saving lives. Whether the people you help need CPR, an electrocardiogram (ECG), or hospital treatment afterwards, you’re taking the right steps to get them back to full health. Don’t just leave your AEDs in place – check, test, clean, and repair them – lives could depend on you doing so. Sources AED.com. (n.d.). Cleaning your Physio Control AED or Manual Defibrillator. In AED.com. Retrieved December 2, 2024, from https://www.aed.com/blog/cleaning-your-physio-control-aed-or-manual-defibrillator/ April. (2024). Australian regions needing cardiac arrest education revealed. In Monash University. Monash University. https://www.monash.edu/news/articles/australian-regions-needing-cardiac-arrest-education-revealed Bray, J., Howell, S., Ball, S., Doan, T., Bosley, E., Smith, K., Dicker, B., Faddy, S., Thorrowgood, M., Swain, A., Thomas, A., Wilson, A., Shipp, C., Walker, T., Bailey, P., Finn, J., Smith, T., Bernard, S., Grantham, H., … Perkins, G. (2022). The epidemiology of out-of-hospital cardiac arrest in Australia and New Zealand: A binational report from the Australasian Resuscitation Outcomes Consortium (Aus-ROC). In Resuscitation (Vol. 172, pp. 74–83). Elsevier BV. https://doi.org/10.1016/j.resuscitation.2022.01.011 Defibtech LLC. (n.d.). How to Check a Defibrillator. In AED Maintenance Checks. Retrieved December 2, 2024, from https://www.defibtech.com/news/latest/how-to-check-a-defibrillator/ Enser, M. (2024). Do AED Units, AED Batteries, & AED Pads Expire? & Why? In First Response Safety Training. https://www.firstresponsecpr.com/blog/do-aed-units-aed-batteries-aed-pads-expire/ Heart Saver NZ. (2021). Why Do AED Pads Expire? Heart Saver NZ. https://www.heartsaver.co.nz/news/why-do-aed-pads-expire/ How to Change an AED Battery on 6 FDA-Approved Brands. (2023). https://www.aedleader.com/blog/how-to-change-aed-battery/
March 11, 2024
Steven Cumper
First Aid Kits in the Workplace — The Essentials
Workplace injuries are far more common than perhaps people realize. In 2021, employers reported 2.6 million injuries and illnesses occurring in the workplace, and despite legislation requiring all injuries to be reported, it’s likely that unreported accidents would increase this number further. Perhaps even more shockingly, workplace fatalities increased by almost 9% in 2021 to 5,190. It’s clear from the evidence that workplaces can be dangerous places, and even though some would appear to have more obvious risks than others, accidents can occur almost anywhere, and at any time. So, you need to be prepared. We can all imagine how injuries might occur on a construction site, through the misuse of power tools, falling, or through a blow to the body from moving materials. But, although it's perhaps less dramatic, imagine an office scenario where an employee slips on a step and cuts their wrist or bangs their head on an open cupboard door. These types of injuries would seem to be less severe than those suffered on a construction site but without the right equipment in a basic first aid kit, even minor injuries can become serious quite quickly. The last thing you want is to be left trying to stem the bleeding using napkins from the staff canteen or similar. You need effective first aid equipment from a well-stocked box. First aid kits can save lives. It’s that simple. They help to prevent injuries worsening, stem bleeding, alleviate discomfort and buy precious time until first responders get to the scene. They are also required by law. The First Aid Kit as Part of Your Prevention Program Before we get on to the details of the essentials for any first aid kit in the workplace, it’s worth noting that this should only form part of a wider prevention and response protocol that should be in place at your place of work. This should include a network of measures such as risk assessments, health and safety checks, and incident reporting and monitoring. However, even with the best intentions and full compliance with regulation, sometimes accidents just happen. And when they do you need to be prepared. Safe Work Australia First Aid Requirements 2024 Safe Work Australia is the federal body that oversees health and safety in Australian workplaces. They have created a code of practice that all workplaces must follow in order to be legally compliant. The following list sets out the minimum acceptable category and number of supplies that are adequate for small work sites of two to three employees. When work sites are larger or have more employees, it is the employer’s responsibility to ensure additional first aid kits or more supplies are provided. According to Safe Work, a standard workplace first aid kit should include: First aid booklet with instructions for how to properly administer first aid Notebook and pen Resuscitation equipment such as resuscitation mask Disposable, latex-free nitrile gloves Non-stick Gauze pads (at least7.5 x 7.5 cm) Saline – 15ml Wound cleaning agent such as sealed moistened towelettes Adhesive tape Box adhesive dressing strips (band-aids) Disposable sterile splinter probes Tweezers/Forceps Antiseptic spray – 50 ml Non-adherent dressing in small (5 x 5 cm), medium (7.5 x 10 cm), and large (10 x 10 cm) Two gauze roller bandages, 5 cm and 7.5 cm in width Crepe bandages (10 cm) for heavy bleeding Scissors Non-stretch, hypoallergenic adhesive tape (2.5 cm width) Six-pack of safety pins BPC wound dressing pads – no. 14 (medium) and no. 15 (large) Wound dressing – Combine Dressing Pad 9 x 20 cm Plastic bags with clip seals A triangular bandage (calico or cotton, minimum 90 cm in width) Thermal blanket Single-use eye pad 3.5 gm sachets of hydrogel. Note: gel sachets should only be used when clean running water is not available. Instant cold pack Need a Kit? Check all our First Aid Kits. Of course, this is just the basic minimum mandatory requirement, and larger workplaces will need either multiple kits located around the site or more supplies of the basic items listed above. Workplaces that come with specific hazards, like snake bites, insect stings, or burns, have additional requirements for their available first aid kit contents. It may also be a good idea to equip your first aid kit in the workplace with other items that you may find helpful in an emergency, like face shields, splints for sprains, and gauze swabs. Safe Work specifically recommends against including painkillers in workplace first aid kits because they can be risky to use with some patients. In fact, in 2022, the International Safety Equipment Association announced further recommendations for standard first aid kits. These new standards include the addition of a foil blanket, tourniquets, and bleeding control kits. Employers were encouraged to check their first aid kits and make the recommended additions to ensure they were conforming to the new standards. It’s recommended to familiarize yourself with other safety resources, as well. For example, you can find online tools and apps that are useful for locating the nearest AED in a cardiac emergency. First Aid Kit Location and Inspection First aid kits should be clearly marked and located in convenient and easy-to-reach positions. Ideally, they should be wall-mounted or stored in a specific location where they will not be blocked or obscured. On larger worksites, first aid kits should be located in multiple accessible places around the site so that travel time is reduced should an accident occur. First aid kits should also be inspected once a month, with items checked off against a tick list. If an accident or injury does happen and treatment is required, this should be logged through the relevant reporting methods and any items used from the first aid box should be immediately replaced. Don’t forget to check expiry dates! As part of safe strategies for workplace safety, regular inspections and restocking of first aid kits ensure that employees always have access to essential medical supplies in emergencies. Why First Aid Matters We all want to think that bad things won’t happen to us. That it will be someone else who cuts their hand, slips on the stairs, or has an accident with machinery. But the reality is that with 2.6 million accidents happening each year in the workplace, there’s always the risk that it could be any one of us. When it does, we all want to know that the right equipment and supplies are in place and easily accessible to give us the treatment we need as quickly and efficiently as possible. That’s why having a well-stocked and maintained first aid kit in the workplace is so important. You may remember the story of Robyn Neilson, whose neighbor was gravely injured while working on a remote farm. Robyn, who had formerly worked in medical settings, “snapped into what we used to call intensive care mode,” and used her first aid training to keep her neighbor alive for two full hours while waiting for emergency medical personnel. Since this incident, Robyn has advocated for extensive workplace preparedness in Australia, urging employers and employees alike to be ready for the worst and get properly trained in first aid. As Robyn knows, someone’s life could depend on how well-prepared a workplace is for an emergency. Is a First Aid Course Required? For some workplaces that Safe Work considers high risk, like construction sites, formal first aid training is required for at least one employee out of every 25. If your workplace is remote and very dangerous, like a mine, the recommendation is that one person out of every ten should be formally trained in first aid. The law requires workplaces to either have “one or more workers” trained to provide first aid, or they must bring in someone to perform first aid who has been trained. For those who are trained, a national certification is required. The legal requirements vary based on the type of workplace, and are more lenient in low-risk workplaces, but it is best practice for every workplace to have at least one employee who is trained in first aid. Author: Steven John Cumper, B.App.SC. (Osteo.), M.Ost., is a businessman with a strong foundation in biomedical science and osteopathic medicine, who founded and led Medshop to international success, culminating in its acquisition by the Bunzl Group in September 2021, where he continues to serve as Managing Director (Medshop Group).
February 26, 2025
Steven Cumper
Continence Management in Aged Care: Best Practices & Approaches
“Incontinence is not only exceptionally common, but there are good treatment options available depending on the specific reason for the incontinence.” Gregory Amend, M.D., assistant professor of urology at Icahn School of Medicine at Mount Sinai Caring for older people brings challenges for both carers and patients that require sensitivity and dignity. Many elderly care residents, for example, suffer from incontinence, which may arise through various associated conditions. Continence is the ability to control your bladder and bowel movements. As we get older, our muscles may weaken, which can make it difficult to manage trips to the toilet, and patients with neurological or psychological conditions may not be able to consciously exercise control. Incontinence can be embarrassing. For those of us caring for the elderly in residential care, it’s crucial to help people maintain their dignity and ensure they are clean and supported. Many of our customers advise that, with individual care plans, they’re able to help the people they support with sensitivity. In this guide, we examine some of the main causes of incontinence, its impacts on those who suffer from it, and how you can help older caretakers manage it with dignity. Types and Causes of Incontinence While there is a burden of incontinence in aged care, there are several types of incontinence that affect people at any age: Urge incontinence: People suddenly feel they need to urinate, or urinate often, and quickly lose control Urinary retention or overflow incontinence: Where you cannot empty your bladder fully and may experience leaking Stress incontinence: Where pressure from exercising, sneezing, coughing, or other physical pressures cause leaking Functional incontinence: Where you are unable to go to the toilet on time because of a physical or mental condition Nocturia: Where you wake up during the night due to bladder problems or urinate during sleep Some people may also experience mixed incontinence, where they cannot control their bladder or bowel movements. Incontinence can also be caused by: Muscle and nerve damage Bowel disease Neurological problems (e.g., spina bifida and strokes) Urinary tract infections Prostate cancer and enlarged prostates Tumor obstruction Muscle aging Menopause As people age, they are at greater risk for incontinence because their muscles and urethras lose strength, and their bladders may no longer be able to hold as much urine. As mentioned, conditions such as dementia can also prevent people from knowing when to go to the toilet or how to control their bladders and bowels. Impact of Incontinence in Older People Incontinence can cause physical and emotional challenges for people in aged care. For example, physical restrictions can mean they are unaware of when they will next be incontinent. The knock-on effects of incontinence for people in aged care include embarrassment and stress, feelings of shame, and wanting to isolate themselves. Moisture buildup from incontinence may also cause skin issues and discomfort for many older people. Those caring for older people with incontinence must treat their patients with kindness, patience, and dignity. A shift in the caring dynamic can also prove challenging and stressful for people caring for parents and grandparents. In some cases, therefore, some older people may feel like burdens and may not be receptive to care and support with incontinence, or even other problems. Safe and Effective Continence Assessment in Aged Care Continence assessment in care homes must be carried out thoroughly but, again, with dignity. Given the sensitive nature of incontinence, assessments need to be accurate and efficient. Carers must consider the extent and frequency of a patient’s incontinence, the patient’s reaction to it, and how much distress and/or physical harm it causes. It’s wise for carers to consider how much fluid intake a patient has, and if there are any patterns to suggest underlying physical or neurological issues. Carers should also consider medical histories, current medicine intake, and physical assessments where appropriate. Monitoring intake and assessing psychological wellness, with sensitivity, is also important. In some cases, carers must communicate with families or next of kin to determine any potential issues, and where additional consent or power of attorney is required. Key Considerations for Continence Management in Residential Care Considerations in residential care will look different for each patient. Just as you must carefully consider dress code for aged care workers, it’s important to think carefully about the knock-on effect of how you approach each resident. Carers and nurses may consider any of the following options: Developing individual care plans (for efficient assessment and to provide dignity) Creating staff training plans and building awareness of incontinence management Adapting facilities (e.g., installing easy-access toilets) Managing healthy fluid intake schedules Creating and managing diet plans Creating regular toilet schedules (where appropriate) Reassigning patients to other areas (in case of environmental factors) Adjusting certain policies Using incontinence products (e.g., pads and protection foams) Ultimately, each incontinence case will differ from one to the next. Therefore, residential care workers must be willing and prepared to adapt schedules and environments to preserve dignity. Management of Urinary Incontinence in the Elderly In many cases, effective urinary incontinence management in the elderly can be managed with gentle adjustments to lifestyle, behaviour, and medicine. For example, some carers might suggest changes to fluid intake and diet to help prevent overflow incontinence. To manage episodes of incontinence that cannot be prevented, carers might also use products such as pads and belted products to ensure leakage is accounted for and can be disposed of safely. However, adjusting to pads can be undignified and even distressing if not handled with care. Above all, carers must be vigilant and think critically about the causes of elderly incontinence, and be able to provide individual care to each patient. Tailoring support can feel more dignified and be more effective at managing the root cause of such problems. A Dignified Approach to Continence Care in Aged Care Facilities Regardless of the causes of incontinence, we all deserve dignity, respect, and privacy. Therefore, while drawing up plans for incontinence care, carers must consider the psychological needs of their patients. This not only means approaching the condition with sensitivity, but also offering emotional support. It is all the more reason why residential homes should develop sensitive training plans to make sure their environments are consistently safe and supportive. This way, both residents and their families can rest easy knowing someone is genuinely caring with appropriate measures. Conclusion Safe and effective continence management is achievable both with critical planning and empathy. A dignified approach to continence care starts with emotional availability, and the careful use of pads and resources to help elderly people stay comfortable and calm in times of distress. Medshop provides a wide range of resources and supplies to help home and residential carers support elderly people better. Many carers advise us that the resources we provide help them to create a more sensitive, efficient, and effective care environment – particularly when it comes to incontinence of all kinds. Sources Australia Department of Health. Victoria. (n.d.). Continence in older people. Health.vic.gov.au. Retrieved January 30, 2025, from https://www.health.vic.gov.au/older-people-in-hospital/continence Borrie, M. J., Bawden, M., Speechley, M., & Kloseck, M. (2002). Interventions led by nurse continence advisers in the management of urinary incontinence: A randomized controlled trial. CMAJ: Canadian Medical Association Journal, 166(10), 1267–1273. Retrieved January 30, 2025, from https://pmc.ncbi.nlm.nih.gov/articles/PMC111077/ MedicineNet. (n.d.). Bowel or fecal incontinence: Types, causes, treatment, symptoms. Retrieved January 30, 2025, from https://www.medicinenet.com/fecal_incontinence/article.htm HealthInAging.org. (n.d.). Caregiver guide: Incontinence. Retrieved January 30, 2025, from https://www.healthinaging.org/tools-and-tips/caregiver-guide-incontinence Croner-i. (n.d.). Continence care in care homes. Retrieved January 30, 2025, from https://app.croneri.co.uk/feature-articles/continence-care-care-homes British Geriatrics Society. (n.d.). Continence care in residential and nursing homes. Retrieved January 30, 2025, from https://www.bgs.org.uk/resources/continence-care-in-residential-and-nursing-homes National Institute for Health Research. (2022). Continence, dementia, and care that preserves dignity. Retrieved January 30, 2025, from https://doi.org/10.3310/nihrevidence_51255 Ausmed. (n.d.). Continence management. Retrieved January 30, 2025, from https://www.ausmed.com/learn/articles/continence-management Edwards, D., Harden, J., Jones, A., & Featherstone, K. (2021). Understanding how to facilitate continence for people with dementia in acute hospital settings: A mixed methods systematic review and thematic synthesis. Systematic Reviews, 10(1). Springer Science and Business Media LLC. Retrieved January 30, 2025, from https://doi.org/10.1186/s13643-021-01743-0 Health Canada. (2006). Seniors and aging: Bladder control problems (incontinence). Canada.ca. Retrieved January 30, 2025, from https://www.canada.ca/en/health-canada/services/healthy-living/your-health/medical-information/seniors-aging-bladder-control-problems-incontinence.html Atlas McNeil Healthcare Community. (n.d.). Understanding the types of incontinence. Retrieved January 30, 2025, from https://www.amhcommunity.com.au/blogs/news/types-of-incontinence Continence Health Australia. (n.d.-a). Urinary incontinence. Retrieved January 30, 2025, from https://www.continence.org.au/types-incontinence/urinary-incontinence Frailty Care Guides. (2023). Urinary incontinence: Te turuturu o te mimi. Retrieved January 30, 2025, from https://www.hqsc.govt.nz/resources/resource-library/urinary-incontinence-te-turutUru-o-te-mimi-frailty-care-guides-2023 Mayo Clinic. (n.d.). Urinary incontinence: Symptoms and causes. Retrieved January 30, 2025, from https://www.mayoclinic.org/diseases-conditions/urinary-incontinence/symptoms-causes/syc-20352808
August 29, 2024
Steven Cumper
The History of the AED: From Invention to Lifesaving Device
The number of public places one can find an Automated External Defibrillator (AED) in Australia (and the developed world) rises every year. These lifesaving devices are now increasingly found in fitness centers, office spaces, airports, shopping malls, and even in the waiting areas of hospitals, making early defibrillation accessible to the public. Barring a few key differences, what used to exist only as a defibrillator is now an overwhelmingly automated version, capable of delivering electric shocks to restore normal heart rhythm in cases of sudden cardiac arrest. There are so many AEDs in the world today, the question everyone should be able to answer is, where is the nearest one? For medical professionals and first responders trained in resuscitation techniques, using manual defibrillation with electrode pads might be preferable due to the ability to customize treatment. However, the widespread availability of modern AEDs allows even untrained bystanders to perform potentially lifesaving interventions, significantly increasing the chance of survival during a cardiac emergency. Many organizations are implementing safety management systems to ensure AEDs are readily accessible and that staff are trained to respond effectively in emergencies. The AED addresses a modern public health challenge. While people no longer die from infectious diseases at the rates they once did, we are living longer, which means we are more susceptible to conditions like ventricular fibrillation—a treatable misfire in the body’s electrical system. The good news is, in today's world, even someone with zero experience can save another's life with an AED, correcting a shockable rhythm and contributing to the chain of survival. The AED is one of the most important medical devices of the last century, empowering everyday people to perform lifesaving actions. We have yet to see the full scope of possibilities from this transformative technology. It started with some pretty crude devices… First Electricity Leading up to the first electrical medical devices for the heart was the discovery or if you prefer the word harnessing... of electricity in the 18th century. For most of Humanity’s history leading up the 20th century, the medical role for electricity was to determine if someone had died. A quick zap to the tissue would wake someone who'd passed out. A dead patient would stay dead. In Europe and Russia, researchers in the 1890s started playing with electricity to revive animals. A pair of physiologists from the University of Geneva, Jean-Louis Prévost and Frederic Batelli began this work with undetermined success. Others followed their work, but none of that research resulted in a successful case of chest defibrillation in a human being. Then, in the 1930s, a new York cardiologist, Albert S. Hyman with his brother Charles, created the first artificial pacemaker. It wasn’t a defibrillator as such, but this was our first foray into applying electricity to the heart to keep it going. Prior to this, doctors might attempt to massage a heart on the operating table to stop a case fibrillation, but results varied. (That's code for it didn't work very well.) First Defibrillator Those varied results were the experience of another cardiac surgeon, Claude Beck, who worked at the University Hospital in Cleveland, Ohio, U.S.A. Sometimes he could massage a heart to defibrillate, but usually, fibrillation meant the surgery was over. Beck first applied current to the hearts of animals whom he’d placed into ventricular fibrillation, attempting to defibrillate them. He was not done with this research when presented with a case in 1947. During a surgery on a 14-year-old boy, the patient’s heart stopped. Beck had his assistants retrieve his experimental equipment from his basement, a crude defibrillator, and transistor. The paddles of Beck’s system were modified spoons with wooden handles to shield him from the shock. They plugged in the transistor and Beck applied the first shock. It did not work, but the second shock was a success. This marked the first successful closed-chest defibrillation in a human, a breakthrough that gained national attention. Beck’s crude defibrillator was a significant milestone in the history of AEDs, inspiring others to continue research and development in this field. Portable Defibrillator The work of Beck inspired others to further his findings. In 1950 Paul M. Zoll (the same Zoll, which is now a household name in AED technology) developed an external pacemaker, designed to stimulate the heart without opening up a patient’s chest. Zoll's 150-volt system required a medical professional to apply two one-inch diameter metal discs covered in electrode jelly on the right and left sides of the chest. They stayed in place via a rubber strap. By 1952, Zoll published papers on the success of his resuscitation work with patients suffering from heart block and asystole conditions. It wasn’t perfect though. Patients suffered burns and pain after treatment, but it was better than suffering death. Zoll’s pacemaker may have been crude, but it was something, and it was portable. It just needed a little work to evolve into a modern AED. Automated External Defibrillation A man from Northern Ireland, Professor James Francis "Frank" Pantridge, who also happened to be a cardiologist, took Zoll’s idea to the next level. As a side note, he also happened to be the same person who, with his colleague, Dr. John Geddes, outlined the first standards for cardiopulmonary resuscitation (CPR). On top of that, he introduced the first Mobile Coronary Care Unit (MCCU), which was an early ambulance equipped with portable defibrillators and trained medics aimed at providing care en route to the hospital. In 1965, Pantridge added a 70-kilo defibrillator to the ambulance, run on car batteries. Again, crude, but it worked. By 1968, he’d refined that technology in a three-kilo device, made possible by borrowing NASA technology; a mini-capacitor. It would take decades for defibrillators to become standard in ambulances around the world, but today most ambulances have both a standard defibrillator and an AED. Today we are at the cusp of incorporating our best drone technologies with our lightest portable AEDs. Researchers in different parts of the world are testing different versions of this system. The key for moving the needle on saving lives will likely include some sort of machine learning (artificial intelligence) where drones can recognise the symptoms of an arrest before the prospective patient’s symptoms become critical. If a drone knew before the patient knew, we could see a huge shift in the success rate of treating heart attacks. When it happens, you can be sure Medshop will be there, continuing its commitment to providing essential first aid and heart-aid solutions. For those interested in learning more about how Automated External Defibrillators (AEDs) work and how to use them effectively, Medshop offers a comprehensive guide that covers everything from the basic principles of defibrillation to step-by-step instructions for operating an AED during an emergency. This resource is invaluable for both medical professionals and the general public, helping to demystify the process of first aid and early defibrillation. You can access this guide and enhance your AED training by visiting What is a Defibrillator? How AEDs Work and How to Use Them. Author: Steven John Cumper, B.App.SC. (Osteo.), M.Ost., is a businessman with a strong foundation in biomedical science and osteopathic medicine, who founded and led Medshop to international success, culminating in its acquisition by the Bunzl Group in September 2021, where he continues to serve as Managing Director (Medshop Group).
February 13, 2025
Steven Cumper
Managing Diabetes in the Elderly
“With our aging population and increasing prevalence of diabetes, the issue of managing diabetes in older people is becoming increasingly important” - Prof. Greg Johnson, Diabetes Australia CEO Diabetes is an ongoing condition that, for millions of older people, can cause pain, discomfort, complications with other conditions, and even fatalities in extreme cases. It’s estimated around one in five Australians between the ages of 80 and 84 are diabetic—that’s around 19%. If there are familial links to diabetes or you notice symptoms in yourself or your loved ones, it’s vital to get a diagnosis fast. In this guide, we discuss the types of diabetes affecting elderly people, and how to manage living with the condition. Types of Diabetes Diabetes is a complex condition that is considered chronic, in that it’s a long-term illness. People with the condition struggle to manage their blood sugar, meaning that when they eat food there isn’t enough insulin in their bodies to turn it into energy. It’s typically divided into four main types, with the first two particularly affecting older people across Australia. Type 1 Diabetes Type 1 diabetes is a condition that many people are born with. It’s thought to be an autoimmune condition, and at present, there’s no specific cure. People with type 1 diabetes need to use insulin syringes every day to manage their glucose levels. It’s estimated that around 134,000 people across the country have type 1 diabetes, and 1.3 million have type 2. Type 2 Diabetes As the statistic above shows, type 2 is more common across Australia. This condition arises when your body cannot balance blood sugar and can develop over several years. It’s possible to develop type 2 diabetes through poor lifestyle choices, such as an unhealthy diet or a lack of exercise. Gestational Diabetes Gestational diabetes is unlikely to affect elderly people as it typically occurs to women during pregnancy. This condition usually disappears after women give birth, however, it can make them more susceptible to type 2 diabetes later in life. Maturity-Onset Diabetes of the Young (MODY) MODY refers to a series of conditions linked to high blood sugar levels. As the name suggests, this condition typically affects people younger than 30, and there are several different types. Common Risk Factors for Diabetes in the Elderly As discussed, there are a few reasons why people might develop any type of diabetes listed during their lifetimes. However, the following risk factors are particularly common, meaning they can exacerbate the condition in elderly people, or increase their risk of developing types one and two: Hereditary links (common with diabetes type 1) Ethnicity (white people are more likely to develop type 1, while other ethnicities may be at higher risk from type 2) Being overweight Leading a sedentary lifestyle (not exercising more than three times a week) Previous cases of gestational diabetes Symptoms and Diagnosis of Diabetes in the Elderly Given the sheer number of telltale signs of diabetes, it isn’t always easy to be able to spot the condition right away. However, typical symptoms elderly people with diabetes exhibit can include: Fatigue and lethargy Numb or tingling hands and feet Excessive urination Diarrhea Blurry vision Excessive, unintentional weight loss Increased general pain Skin infections Increased thirst and hunger Loss of balance Slow healing from skin damage In elderly people, some of the more unique signs of diabetes include sweet-smelling breath, cognitive difficulties, and skin darkening. Some older people may also experience swollen gums and dizziness (leading to fainting). It’s thought that, as we age, we become more susceptible to type 2 diabetes because we become more resistant to insulin, and our pancreases are less effective at managing glucose. Complications of Diabetes in the Elderly We’ve split some of the typical short-term, long-term, and cardiovascular complications that elderly people might face into different categories: Short-Term Complications Falling: Diabetes can cause older people to lose balance because of vision impairment and numbness in their feet. Neuropathy: Nerve damage can occur in the short and long term, but in the short term, older people with diabetes might suffer from nerve pain around the body. Long-Term Complications High blood pressure: Diabetes can lead to blood pressure spikes that could, in turn, affect essential organ performance, and increase the chance of strokes. Memory problems: Many older people with diabetes can struggle with memory loss and the ability to make judgement calls. Depression: Living with and adapting to diabetes can be highly stressful for older people, which might lead to feelings of long-term depression. Factors such as weight fluctuation, tiredness, and sleep problems can cause depressive episodes. Incontinence: In particular, elderly people might experience urinary incontinence due to nerve damage caused by diabetes Kidney failure: Untreated or poorly managed diabetes can lead elderly people to suffer organ damage such as kidney disease. Cardiovascular Complications Along with other vital organ failures, elderly people suffering from diabetes may be at higher risk of developing heart disease, suffering heart attacks, or experiencing other cardiovascular episodes. Managing Type 2 Diabetes in the Elderly: Prevention & Lifestyle Changes Thankfully, there are many proven ways for elderly people to carefully manage their lifestyles so that they can avoid developing diabetes and risk any complications. Personalised Treatment and Medication Instead of looking for catch-all cures, elderly people should consult their doctors or physicians to learn more about their specific condition, and how they can manage it with unique prescriptions. Your doctor will also help you understand how your blood glucose range works when it comes to monitoring your levels. Blood Sugar Monitoring Elderly people don’t have to go to the physician’s office for sugar monitoring tests! In fact, many of our customers purchase diabetes and blood monitors so they can safely analyse their levels from home. Of course, you should never purchase a blood sugar monitor at random. Take a look at our complete guide on how to choose the right glucose meter before you buy. Dietary Modifications and Meal Planning Elderly people should focus on reducing their processed carbohydrate intake to avoid exacerbating diabetes. That means cutting down on sugar-filled drinks, processed snack items, and excessive sugar. Instead, diabetics should try to introduce more protein, water, and fibre into their diets and plan meals with smaller serving sizes. Exercise and Physical Activity for Seniors Exercise isn’t always easy or comfortable for older people. You or your loved one(s) might consider simply taking walks, or maybe trying a little yoga. Older people with a little more strength and flexibility might also consider lifting small amounts of weight to help build lean muscle. Swimming and even chores also count towards regular, healthy exercise! Stress Management and Mental Well-being Elderly people should try to practice breathing and calming exercises to help them handle stressful situations easier. It’s not always possible to avoid stressful situations, therefore, practising meditation and mindfulness, for example, are great ways to adapt to some of life’s more complex moments. Preventing Complications It’s possible to avoid certain complications brought on by diabetes even as you get older. For example, you can: Go to your doctor’s surgery for regular checkups Get vaccinated regularly Manage your cholesterol with low-fat diets Reduce alcohol intake and smoking Brush your teeth regularly and visit a dentist to reduce infection risks Conclusion Managing diabetes in the elderly can sometimes seem complex or even scary. However, provided you or your loved one(s) are willing to ask for help and to make lifestyle adjustments where appropriate, there are plenty of ways to stay healthy. Just like our customers – many of our regular buyers rely on our monitors and syringes to keep track of their blood sugar levels and avoid potentially life-threatening complications. Sources National Council on Aging. (2024). 6 fun physical activities for older adults with diabetes. Retrieved February 6, 2025, from https://www.ncoa.org/article/the-6-best-activities-for-older-adults-with-diabetes Diabetes Australia. (2022). Blood glucose target range. Retrieved February 6, 2025, from https://www.diabetesaustralia.com.au/managing-diabetes/blood-glucose-range Centers for Disease Control and Prevention (CDC). (2024a). Diabetes risk factors. Retrieved February 6, 2025, from https://www.cdc.gov/diabetes/risk-factors/index.html Centers for Disease Control and Prevention (CDC). (2024b). Diabetes basics. Retrieved February 6, 2025, from https://www.cdc.gov/diabetes/about/index.html Endocrine Society. (2022). Diabetes and older adults. Retrieved February 6, 2025, from https://www.endocrine.org/patient-engagement/endocrine-library/diabetes-and-older-adults Australian Institute of Health and Welfare. (n.d.). Diabetes: Australian facts, summary. Retrieved February 6, 2025, from https://www.aihw.gov.au/reports/diabetes/diabetes/contents/summary Australian Institute of Health and Welfare. (n.d.). Diabetes: Australian facts, type 2 diabetes. Retrieved February 6, 2025, from https://www.aihw.gov.au/reports/diabetes/diabetes/contents/how-common-is-diabetes/type-2-diabetes Mayo Clinic. (n.d.). Diabetes care: 10 ways to avoid complications. Retrieved February 6, 2025, from https://www.mayoclinic.org/diseases-conditions/diabetes/in-depth/diabetes-management/art-20045803 Diabetes Australia. (2019). Diabetes in Australia. Retrieved February 6, 2025, from https://www.diabetesaustralia.com.au/about-diabetes/diabetes-in-australia UChicago Medicine. (n.d.). Diabetes in older adults: Risks, treatments & health habits. Retrieved February 6, 2025, from https://www.uchicagomedicine.org/forefront/health-and-wellness-articles/diabetes-older-adults National Institute on Aging. (2024). Diabetes in older people. Retrieved February 6, 2025, from https://www.nia.nih.gov/health/diabetes/diabetes-older-people Mayo Clinic Health System. (n.d.). Diabetes: What happens as we age? Retrieved February 6, 2025, from https://www.mayoclinichealthsystem.org/hometown-health/speaking-of-health/life-with-diabetes-what-happens-as-we-age Gregg, E. W., Engelgau, M. M., & Narayan, V. (2002). Complications of diabetes in elderly people. BMJ, 325(7370), 916–917. https://doi.org/10.1136/bmj.325.7370.916 Hernandez, L., Leutwyler, H., Cataldo, J., Kanaya, A., Swislocki, A., & Chesla, C. (2019). Symptom experience of older adults with type 2 diabetes and diabetes-related distress. Nursing Research, 68(5), 374–382. https://doi.org/10.1097/NNR.0000000000000370 Kirkman, M. S., Briscoe, V. J., Clark, N., Florez, H., Haas, L. B., Halter, J. B., Huang, E. S., Korytkowski, M. T., Munshi, M. N., Odegard, P. S., Pratley, R. E., & Swift, C. S. (2012). Diabetes in older adults. Diabetes Care, 35(12), 2650–2664. https://doi.org/10.2337/dc12-1801 Health in Aging. (n.d.). Managing complications of diabetes in later life. Retrieved February 6, 2025, from https://www.healthinaging.org/tools-and-tips/tip-sheet-managing-complications-diabetes-later-life MedlinePlus. (n.d.). Maturity-onset diabetes of the young. Retrieved February 6, 2025, from https://medlineplus.gov/genetics/condition/maturity-onset-diabetes-of-the-young/
February 21, 2024
Steven Cumper
Best Defibrillator for Home Use in 2025
Have you ever considered owning an automated external defibrillator (AED) in case a cardiac emergency happens at home? It can be daunting to try and figure out the best AED to purchase. There are many options on the market, and it’s scary to think about needing them for home use. But a home defibrillator can make a huge difference in someone’s chance of survival if the worst should happen. With proper AED training, you could save a life while waiting for emergency services to arrive. We know there is a lot of information out there about owning a home AED, and that’s why we’ve done the research for you to help you decide which one to buy. What Is a Defibrillator? An AED is a medical device that can be used to steady the heart rhythm of someone experiencing a cardiac emergency. Cardiac arrest, ventricular fibrillation, and ventricular tachycardia are all examples of reasons you might need to use an AED. A defibrillator, sometimes called a defib for short, uses electric shocks to restart or regulate a heartbeat. You may have seen wall-mounted defibrillators in public places such as schools or libraries. Having an Automated External Defibrillator (AED) at Home is a Practical Choice While no one wants to think about it being necessary, access to an AED could save your life. Research shows that having quick access to a defibrillator can double your survival rate. Much like having a well-stocked first aid kit in your home, owning a portable defibrillator is practical. The latest advice from the Australian government tells us that following CPR guidance using chest compressions and rescue breaths and following with defibrillation are the best methods for successful resuscitation. It could take first responders time to arrive at your home in an emergency, and every second counts. Who Can Use an AED? Chances are, whether on television or in real life, you’ve seen an AED being used. Usually, a patient goes into sudden cardiac arrest, someone shouts, “Clear!” and everyone gets out of the way before an electric shock is delivered to the patient’s heart. In reality, anyone can be a rescuer. If you’ve ever received first aid or CPR training, you may have learned how to use an AED. Anyone who has ever been a bystander during an emergency knows that watching something terrible happen without being able to help is a terrible feeling. Thankfully, Australia has passed initiatives to increase access to public defibrillators, making it easier than ever to save a life when someone goes into SCA (sudden cardiac arrest). But when the life that needs saving is at home, having access to a personal defibrillator is something you’ll never regret. Key Features Needed in an AED Now that you’ve decided you want to shop for an AED, there are a few things to consider before you head to checkout. There are many home defibrillators on the market, and their features vary. You’ll want to take these questions into consideration when shopping: Do you want a semi-automatic or fully automatic AED? Semi-automatic AEDs need you to press a shock button to work, while fully automatic AEDs issue a shock on their own at the right time. Do you need your AED to have CPR coaching abilities? Some models provide CPR feedback to the user as they are being used. Do you know what IP rating you need? These scores can tell you how well the machine will hold up in environments where it might come into contact with water or dust. What is your budget? There is a wide range of options on the market, with high-quality devices coming in at higher prices. Some also come with a warranty, and this should be factored into your budget. Do you need an AED that performs self-tests, delivers voice prompts, and provides real-time feedback? Make sure the AED you choose has all of the capabilities you need. No matter what features you’re looking for, there are some that should be non-negotiable when searching for the perfect device. Make sure the AED you buy has the following: Clear, step-by-step instructions Ease of use – a complicated machine is no help in an emergency AED pads that are easy to replace Best Defibrillators for Home Use So, what is the best AED to buy? That depends on a few factors. We’ve ranked a few of your options based on the best in the market, budget-friendly, and overall value. Most Affordable: Philips HeartStart Onsite AED Cost: $1,650.00 Pros Cons Includes carry case Heavier than other options FDA approved Pads suitable for children are not included The Philips HeartStart Onsite AED combines affordability with function and quality. One, its 8-year warranty offers significant protection for your investment. Two, it’s widely recognized as one of the most user-friendly options on the market. It includes pads and a pre-installed battery, so it’s ready to use right away. The Philips HeartStart Onsite is portable and comes with a convenient carry case that makes it easy to take with you wherever you go. Most User Friendly: Lifepak CR2 Essential Semi-Automatic Defibrillator Cost: $2,465.97 Pros Cons 8-year warranty More expensive than other options Very user friendly Not Wi-Fi enabled With its ClearVoice technology that makes understanding the voice prompts a breeze, the Lifepak CR2 Essential Semi-Automatic Defibrillator is a great choice for those who prioritize user-friendliness. It has excellent reviews, most of which mention how easy it is to use. This AED does not require separate pads for children – instead, it offers a child mode, which sets the machine to lower shock levels that can be used on children. Best on the Market: ZOLL AED Plus Semi-Automatic Defibrillator Cost: $2,380.00 Pros Cons 5-year warranty (extends to 7 years with registration) Pediatric pads not included IP rating of 55 Uses regular batteries that are not rechargable The ZOLL AED Plus Semi-Automatic Defibrillator is definitely a pricier option, but its quality can’t be beaten. Its metronome is only the first of many features on deck to help you perform life-saving measures accurately. It comes with a Real CPR Help feature that gives real-time feedback to your CPR efforts, advising when your compressions need to be harder or faster. The electrode pads, which are called Zoll CPR-D Padz, come with a 5-year warranty of their own. This AED has an IP rating of 55, which makes it comparable to professional AEDs and allows it to stand up to indoor and outdoor environments. If you have the budget for it, the ZOLL AED Plus is a fantastic option. Best Value for Money: Heartsine Samaritan PAD 360P Defibrillator AED Cost: $1,927.71 Pros Cons 8-year warranty CPR coaching not included Fully automatic Less sophisticated than other models The Heartsine Samaritan PAD 360P Defibrillator AED is an excellent option for those who are looking for an effective, user-friendly AED. It comes with an 8-year warranty, and this model is fully automatic, meaning it does the hard work of determining when to deliver a shock for you. The Heartsine Samaritan is designed to be lightweight and portable, and has a high IP rating, making it versatile and perfect for use in any home. Other AED Options to Consider: These options are worth considering especially if you have a higher budget, and all of them can perform well for home use. Defibtech Lifeline Pro Cost: $3,997.44 The Defibtech Lifeline Pro certainly isn’t the cheapest AED on the market, but it’s still one of the leading options out there. This device is FDA approved and comes with a 4 year battery pack, adult defibrillation pads, and a carry case. Cardiac Science Powerheart G5 AED Cost: $2,450.00 The Cardiac Science Powerheart G5 AED comes in either fully or semi-automatic options and is a great lightweight option for anyone looking for a home AED. With an IP rating of 55, it can withstand almost any environment. This AED has passed rigorous military testing, making it a sturdy choice. Zoll AED 3 Cost: $3,440.46 The Zoll AED 3 might just be the ticket for those looking for a higher-quality option. Its electrode pads and battery last for five years. The Zoll AED 3 is available in semi-automatic or fully automatic versions. When Should You Replace Your AED? The life of an AED varies by type, but as a general rule, you can expect your AED to last for eight years. After that, you’ll want to replace the device with a new model. If your AED spends most of its time in storage and is rarely (or never) used, it will last longer than eight years. Most models will self-test to make sure they are functional, so you’ll know when it’s time for a new one. Make sure you’re paying attention to the consumable parts of your AED, because those likely need to be replaced much more frequently. Pads and batters both expire, so you’ll need to stay on top of those to be sure the kit is always ready to go. Conclusion Making the decision to keep an AED at home is difficult because it forces you to face the fact that emergencies happen. But being prepared for sudden cardiac arrest is your best chance at survival, and having an AED in your home is the best way to do that. The hope is that you’ll never have to use it, but it’s always better to expect the worst and hope for the best. Remember that your chance of survival from SCA is significantly higher if an AED is used.
April 29, 2024
Steven Cumper
The Best Medical Safety Glasses for 2025
For a wide range of medical professionals, safety glasses and safety goggles have been an indispensable piece of PPE. This is true for medical specialists working in a wide range of hazardous environments; whether you handle harsh chemicals, are exposed to intense light, work in proximity to infectious diseases or in busy operating theatres, it’s very likely that you won’t feel comfortable unless you have a pair of glasses or goggles. Now more than ever, the importance of having the right PPE is making itself apparent, and protective eyewear has become an essential piece of equipment not just for specialists, but for professionals working on every ward in every hospital. To help you find the right eyewear to suit your personal needs, or those of your department, we have compiled a list of the best medical safety glasses, goggles and other forms of eye protection. As a professional in the field, we highly recommend considering factors such as comfort, durability, and compliance with industry standards when making your choice. Whether you’re looking for the best safety glasses to fit over glasses for medical personnel working in an operating theatre, or for lightweight, universally useful and easily cleaned glasses for your visitors, we have an option for you. Prestige Coloured Temple Safety Glasses The coloured temple safety glasses by Prestige are versatile, and offer excellent eye protection for their price. Featuring anti-scratch and anti-static lenses complemented by an anti-fog coating, these glasses ensure clear vision even in demanding conditions. Say goodbye to interruptions caused by lens cleaning while you work, as these features provide hassle-free protection, allowing you to focus on your tasks without distractions. The temples come in a range of colours from aquamarine and hot pink to royal blue and black adding a dash of personality to the conventional protective eyewear. Their versatility makes them ideal for various professions and environments, ensuring both style and safety. 3M Farenheit Series Safety Goggles The Farenheit Series Safety Goggles by 3M are some of the best anti-fog medical safety glasses on the market. Built with extreme comfort in mind, the Farenheit Series Safety Goggles feature a wide support frame with an elasticated, adjustable head strap, making them comfortable during extended periods of use. They also guarantee excellent visibility. With wrap-around, 180 Degree Distortion Free Vision, combined with anti-fog technology, and channels built to accommodate most prescription frames, they offer a full spectrum of visibility. They can also be combined with most 3M Disposable and Reusable Respirators for the highest level of protection. UVEX Ultrashield with Lower Face Guard Eye Protection Goggles The UVEX Ultrashield offers serious facial protection. Resistant to chemical splashes and a range of other hazards, the UVEX Ultrashield offers protection not just for your eyes, but for your entire face. It is built to fit over most prescription spectacles, and can be purchased with different lower face shield options, including a flip-up lower visor. Clear acetate and pc lens options are also available, both of which are anti-fog, allowing you to tailor the Ultrashield specifically to your needs. UVEX Cybri-Splash Eye Protection Spectacles The UVEX Cybri-Splash Eye Protection Spectacles are an excellent example of low-profile, streamlined eye protection. Designed for easy integration into larger PPE sets, the Cybri-Splash can fit under most other items of protective gear, and features a dual lens design with 100% UV protection, safeguarding your eyes from harmful rays. They also include a non-vented foam guard for a complete and comfortable seal, ensuring a complete and comfortable seal for maximum protection against splashes and airborne particles. UVEX Super F Otg CR Eye Protection The UVEX Super F Otg CR Eye Protection glasses are the best medical safety glasses for hospital visitors. Not only are they designed with comfort in mind, and are able to fit over most prescription glasses, but they are built to withstand frequent exposure to autoclave sterilisation. This makes them ideal for offering protection without the risk of passing on germs, and are some of the easiest-to-clean medical safety goggles on the market. Safety Glasses Atom - Clear Lens Atom’s Safety Glasses offer simple functionality at its best. These practical glasses have been designed with comfort and security in mind, making them an excellent solution for medical professionals who need cheap and reliable safety glasses. Prestige Full Frame Adjustable Safety Glasses These adjustable safety glasses are perfect if you’re looking for eye protection with a fun splash of colour. With anti-fog and anti-scratch lenses, these glasses guarantee to keep your vision clear even in busy environments, making them the perfect safety goggles for working with children. Sando Protective Safety Glasses The Sando Protective Safety Glasses are the safety goggles for you. They come in a wide range of exciting colours, designs and styles, these glasses not only enhance your safety but also reflect your personal style. which are also visible on the case and lanyard which are included for extra security. These glasses boast high-quality scratch-resistant lenses, ensuring long-lasting durability and maintaining optimal visibility in any environment. Additionally, the anti-fog coating prevents lens fogging, even in the most challenging conditions, allowing you to maintain clear vision throughout your tasks. Moreover, the slimline design of these glasses makes them compatible with various types of headgear, offering versatility and flexibility for different work requirements. Whether you're wearing a hard hat or a helmet, these glasses seamlessly integrate with your protective gear, ensuring maximum comfort and safety. 3M Virtua Series Safety Glasses Grey Anti-Fog Hard Coat Lens The Virtua Series of Safety Glasses are some of the best super-portable safety glasses for medical professionals. Their wrap-around polycarbonate lens provides exceptional UV protection, safeguarding the eyes from harmful rays while promoting long-term eye health. With a lightweight design, wearers experience reduced strain during extended use, enhancing comfort and productivity and can be easily folded and kept in your top pocket whilst not in use. Hogies Macro Protective Safety Glasses The Macro Protective Safety Glasses by Hogies offer ideal eye protection for medical professionals with larger heads. Available in a range of colours, and featuring a medium-velocity impact resistant lens, these safety goggles allow the wearer to maintain an excellent standard of eye safety without compromising on comfort. If you haven’t quite found the medical safety goggles that you are looking for, more styles and designs are available at Medshop Australia’s store. Author: Steven John Cumper, B.App.SC. (Osteo.), M.Ost., is a businessman with a strong foundation in biomedical science and osteopathic medicine, who founded and led Medshop to international success, culminating in its acquisition by the Bunzl Group in September 2021, where he continues to serve as Managing Director (Medshop Group).
February 27, 2024
Steven Cumper
Guide: The Best Stethoscope for the Job
It might be hard for your family and friends to understand that there is more to the venerable stethoscope than “playing doctor.” While the basic goal with each stethoscope is the same, listening to the heart and lungs, the means and details of that listening vary from job to job. There is one more variable that matters even more. It’s what you think about the right stethoscope for your practice. This blog can say which stethoscope should be the one you must have, but when it’s your instrument to use, it’s you who must be content with your decision. You may feel that your veterinary practice mandates you use a cardiologist’s stethoscope, so be it. This is merely a guide created by a company that has been putting stethoscopes in the hands of medical professionals for decades. All that experience still doesn’t make us the end-all-be-all for your specific needs. That stated this guide is an ideal place to start your investigation. One more note... Before you skip ahead to the section that best serves your purposes. The answer to the unasked question (which is the best brand?), is Littmann. They are the best all-around stethoscope manufacturers the world-round. While there is some stiff competition across the board from companies we admire greatly like Prestige, Spirit or Welch Allyn, and from many who make quality stethoscopes themselves, Littmann wins accolades more often in more categories, hands down. Best stethoscope for nurses There’s a good reason we spend a lot of time on our nurses at Medshop. It's true that they are the hard-working bread and butter of our business, but they are also the ones putting us all back together when something goes awry… and something will always go awry. For nurses, the choice is simple. The Classic III from Littmann is the best all-around stethoscope for most nurses. It’s the Toyota Hilux of stethoscopes, meeting the most needs in one package, but also taking the most abuse and still cleaning up like new. Not to be confused with the Cardiology III, a slightly different instrument tuned more for detailed observation, the Classic III offers the same duel head advantage. With the Classic III, you'll hear high and low frequency sounds without having to carry two tools, without fumbling around. For nurses, who are juggling about five-million tasks, this reliability is priceless. In fact, nurses aren't alone in appreciating the security of the Classic III as we'll find in just a second. Best stethoscope for doctors While the aforementioned Cardiology III might do the trick for many doctors, the unbeatable standard for doctors is the one used by cardiologists: Littmann’s Cardiology IV. In fact, categorically, this section is probably the most wasted “ink” in this blog as most doctors and cardiologists know this without needing to do research. They aren’t reading this blog because the reputation of the Cardiology IV procedes itself. Best stethoscope for medical students Alright, so this is the category where picking the best gets a little shakier than the first two sections above. In that spectrum between the ideal stethoscope on paper and one's personal preferences, two options fall somewhere in the comfortable middle. Littmann’s Classic III will work perfectly for any student as an initial investment, but the Cardiology IV will get the job done well for a long time. Consider the Cardiology IV if you’re not on a tight budget or if you can’t get that wealthy relative to chip in for your future. Of course, as students often don't have large budgets so the classic III makes a worthy choice. Best stethoscope for paramedics For the medical professionals who aren’t happy savings lives unless there is a street race involved (kidding, kidding, kidding… sort of) the Classic III is the way to go. Paramedics won’t necessarily benefit from the precision of Cardio IV to warrant that level of exactness, even though it’s a tough enough tool to do the job. The Classic III is the best option for ambulance drivers for all the same reasons it’s the best option for nurses. It’s versatile, tough, and accurate. The stainless steel chest piece of the Classic III means it will not only take being dropped with a shrug, but it will clean up with little effort. Littmann didn’t skimp on comfort with this workhorse either. Users love them for the snap-tight ear tips, which are not only a snug seal but a comfy fit too. Best paediatric stethoscope What then, is the right stethoscope for the smallest and most valuable patients among us? There’s no question that Littmann rules this blog, and this category is no exception. The Classic II Paediatric does the job just fine. It’s the same technology as the normal Classic II, but the Paediatric version is a little smaller to accommodate small chests. As such, it’s a two-bell instrument, with a non-chill rim on the smallest size for all the obvious reasons. (See end of the previous section if you're confused.) It’s possible to find other stethoscopes which do some of the things the II Paediatric does, but none that do it all in one package. If this blog didn't address your specific needs, please don't hesitate to contact us for advice. We're all about getting you in the right stethoscope. It saves us both potential stress in the long run. One more thing... For those readers who have friends and family that are the fancy gift-giving sort, this is the perfect time to share this blog with them. You never know when someone is going to get that gift-giving spirit so you always want to make sure they are empowered with all your hopes and dreams. It might also be a good idea to remind said family and friends of your favourite colours too… just in case. Author: Steven John Cumper, B.App.SC. (Osteo.), M.Ost., is a businessman with a strong foundation in biomedical science and osteopathic medicine, who founded and led Medshop to international success, culminating in its acquisition by the Bunzl Group in September 2021, where he continues to serve as Managing Director (Medshop Group).
April 29, 2024
Steven Cumper
Best Omron Blood Pressure Monitors in 2025
Omron blood pressure monitors are some of the most respected pieces of kit within the healthcare industry, check our our guide to the Medshop range.
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