Group items tagged

Make Construction Safety a Priority Everyone knows that construction sites can be very dangerous. The more you know about the types of danger you will face, however, will help you to take steps toward keeping everyone safe. Look over the following 10 safety facts and see what you can learn about how to improve the overall safety of your facility. In addition to using this information to help you to make safety improvements, you can also show these items to the workers at any site so they can be more aware. Some of these facts may surprise people, and cause them to be more aware of their surroundings. According to OSHA, "Nearly 6.5 million people work at approximately 252,000 construction sites across the nation on any given day. The fatal injury rate for the construction industry is higher than the national average in this category for all industries." 10 Tips to Improve Construction Safety Fact #1 - Losing your Load On construction sites people use machines to lift and move all sorts of things on a regular basis. Whether it is lifting wood or metal beams, or you are digging out dirt to prepare to lay a foundation, this is an essential part of most jobs. The vast majority of times this type of activity goes very smoothly and the jobs are completed without incident. The fact is, however, that having loads come loose while in transit is actually a leading cause of injury on construction sites. You need to keep in mind that even if you don't lose the entire load, people can be severely injured from even one thing falling out of a crane or back hoe. With this in mind, people working on site need to know to stay well away from this machinery, and the machine operators need to know to avoid moving items when people are nearby. Fact #2 - Entering and Leaving Heavy Machinery Another safety issue related to working with heavy machinery is related to operators getting on and off of the rigs that they will be working on. While this is something that they of

A stroke, also referred to as a "cerebrovascular accident", is a type of brain attack. When a stroke occurs, the blood flow to the brain is interrupted. A stroke is a medical emergency as it can cause brain damage and even death. In India, the stroke rate is high, and it has been noted to be the fourth leading cause of death in the country [1]. Strokes have also been noted to be the fifth leading cause of disability in the country [1]. This makes it important to understand the symptoms and cause of a stroke, so that quick action can be taken during this medical emergency. The recognisable and visible symptoms of a stroke include - A sudden loss of balance and movement. One or both sides of the face begin to droop. Sudden changes in one or both eyes. Speech becomes slurry. Being urgently taken to the hospital and getting medical attention is very important in case someone is having a stroke. In case you notice any of these symptoms in your loved one, call an emergency ambulance service by dialling 108. You can also call MedCab's fast private ambulance service at 18008-908-208. What Causes a Stroke? There are two types of strokes. Ischemic strokes occur due to a blood clot in one of the blood vessels connected to the brain. Hemorrhagic strokes occur when there is a rupture in one of the blood vessels of the brain. The causes for Ischemic strokes can include heart problems, blocked arteries, high BP, and diabetes. The causes for Hemorrhagic Strokes can include uncontrolled high BP, aneurysm, and brain tumours. There are several risk factors that can make one vulnerable to a stroke - Heart disease - Irregular heartbeats and other forms of heart conditions can make one vulnerable to a stroke and even cause death. High BP- Any blood pressure over 140/90 is considered high and causes damage to the arteries that supply blood to one's brain. Smoking - The risk for an ischemic stroke increases significantly as a result of smoking. Prev

Improving Indoor Air Quality Indoor Air QualityWhen trying to make improvements to the workplace, many companies don't even consider the actual air that is breathed in by everyone all day. Indoor air quality can be a significant problem that can have a wide range of different effects on employees throughout the facility. Some of these issues can be immediately seen, such as with allergies. Others may take longer to develop, but can be very serious. If you are not taking air quality seriously in your facility, you are not only doing everyone a disservice, but you could be exposing the company to the risk of potential lawsuits years down the road. With this in mind, take some time to look at five of the most important things that you should know about indoor air quality, and how you can make simple changes to improve it. According to OSHA's Safety and Health Topics: Poor indoor air quality (IAQ) has been tied to symptoms like headaches, fatigue, trouble concentrating, and irritation of the eyes, nose, throat and lungs. Also, some specific diseases have been linked to specific air contaminants or indoor environments, like asthma with damp indoor environments. In addition, some exposures, such as asbestos and radon, do not cause immediate symptoms but can lead to cancer after many years. 5 Things to Know about Indoor Air Quality 1. Proper Ventilation and Filtering One of the biggest problems in most workplaces is that the air in the facility doesn't get properly circulated. As the air is breathed, moved around machinery and exposed to cleaning chemicals, it keeps picking up more and more contaminants along the way. Over time, this air can become hazardous to your health and lead to things like headaches, allergies and many other issues. This is why OSHA and many other regulatory organizations recommend reviewing your facilities air ventilation system and filtering. By taking the air from within the facility and venting it outside, all of these common contam

Workplaces today are extremely safe compared to what people had to endure generations ago. This is in large part because of the increased focus employers have put on workplace safety. Employers made this effort for a variety of reasons including regulatory pressure, the best interests of their employees, and of course, the fact that a safe workplace is a more profitable workplace. Despite all the great strides that have been made, many workplaces are still quite hazardous. The following 10 workplace safety mistakes illustrate just how far many industries still have to go. They can also help spur ideas for where improvements can be made in your facility. 1. Using Ladders Improperly One of the most common and most dangerous workplace safety mistakes is failing to use a ladder properly. People make many ladder-related mistakes in the workplace, all of which can be devastating. The following are just a few of the more common examples: Unsteady Ladders - If you don't take the time to properly steady the ladder when setting it up, it could easily slide out while you're on it, causing serious injuries. Leaning from Ladders - When working on a ladder, you should never reach off to the left or right as that can throw the center of balance off, which could cause the ladder to fall. Using Objects as a Ladder - Using scaffolding, chairs, stools, or other objects to reach high areas can be dangerous. These things aren't meant for climbing the same way a ladder is. Climbing too High on Ladders - One should never step onto the upper rungs of a ladder. Depending on how the ladder is placed, even several rungs down can be unstable. 2. Lack of Visual Communication The noise in many workplaces can be quite deafening at times, which can make it difficult to communicate. When it comes to safety, communication is essential. This is why it is so important to have visual communication options in any loud workplace. Visual communication can come in many forms including

Pandemic & Natural Flu Prevention with Simple Daily Habits The current Coronavirus Pandemic sweeping the world is causing all of us to look at our daily habits. Most of the focus has been on hand sanitation, covering your mouth if you cough or sneeze, and keeping your distance from people who may be at risk of spreading the virus. However, a more prudent action to take would be to look at the daily habits you have in place which could protect you long term from being in the high risk group of most likely to suffer severe consequences from contracting a virus such as COVID-19. Rather than resort to waiting for an immunization to emerge, you could start now to adopt daily habits that support natural pandemic and flu prevention. This high risk group comprises people over the age of 60 who are immune compromised and/or have an underlying health condition that makes them more susceptible to disease and death from that disease. Unfortunately, the health of our population as a whole has been declining for many years now. Have a look at some of the statistics: From 1990 to 2013 there was a 141% increase in deaths from Heart Disease. From 1996 to 2009 there was a 145% increase n people suffering from Asthma From 1999 to 2015 there was a 150% increase in Inflammatory Bowel Disease From 1990 to 2015 there was a 250% increase in Epilepsy From 1999 to 2010 there was a 300% increase in Diabetes From 1996 to 2018 300% more births required fertility treatments. From 1991 to 2015 there were 783% more deaths from Alzheimer's Disease From 1990 to 2018 there was a 4,200% increase in Autism Common diseases are now increasing at epidemic rates, but none of this is hitting the headlines of our mainstream media! What could be causing this massive decline in our population's health, and therefore making us more vulnerable to pandemics like COVID-19 and seasonal flu viruses? Nutrient Deficiency Diseasesmineral-defiency-deseases-and nutrient deficiencyDr Wallach has been saying for man

An arc flash is a dangerous situation in which an electrical current leaves its intended path and leaps through the air from one conducting source to another, or even sometimes the ground. Many times the transfer of electrical energy resembles and arc, hence the term arc flash. However, it is important to never underestimate the power behind an arc flash. An arc flash can vaporize metals, plastics, and even flesh. Many times arc flashes cause irreversible damage and harm to people and surrounding objects. In fact, most people injured in arc flash situations often never return to the same quality of life due to severe injury stemming from heat and burns. The heat of an arc flash has been calculated to be near 35,000 degrees Fahrenheit which is four times as hot as the sun's surface! What Causes an Arc Flash? There are many possible contributors towards an arc flash, which makes it difficult to really fully stop one from occurring. Some common culprits that may add towards the probability of an arc flash include dust, condensation, corrosion, material failure, faulty construction, dropping a tool, or simply accidental touching. National Fire Protection Association (NFPA) Boundaries In an attempt to help protect employees and visitors from electrically charged equipment possible of creating arch flashes, certain safety boundaries have been put into place by the NFPA. The boundary resembles a target and in the middle is the energized equipment, and then there are four outer rings around the center with each ring labeled and specified for safety. The first ring, closest to the center (energized equipment) is called the prohibited approach boundary, then the next ring further out is called the restricted approach boundary, the next ring is called the limited approach boundary, and the furthest ring out from the center is called the flash protection boundary. Let's quickly describe each boundary. Prohibited Approach: Being within this boundary during an arc flash

Keeping our skin healthy is an important part of a modern lifestyle, as it not only makes us look better but also feel better. too, as we get older we have to be more careful about what we put on our skin. There are numerous products on the market that promise to nourish your skin and provide it with various vitamins and minerals, and many of these products contain lab-created, unnatural chemicals. None pack in as many different benefits as Dead Sea minerals. Because products using Dead Sea based salts (or other forms of the minerals) contain such a high concentration of vitamins and minerals, they're able to have a greater nourishing and beautifying effect on the skin than other products. The biggest problem that people face with their skin is that of moisture levels. Some people suffer from dry skin, which can be itchy and sore, and others suffer from skin that's too oily, which can be unsightly and cause pores to become clogged, leading to acne. Just living a normal, everyday life can cause the skin's natural balance to become unstable, and the best way to deal with these very common problems is by applying and using products that contain minerals found in the Dead Sea. The Dead Sea minerals that are helpful to skin maintenance are boron, bromine, calcium, iodine, lithium, magnesium, manganese, potassium, sodium, strontium, sulfur and zinc. Boron: helps to reduce and relieve symptoms of dry, flaky skin. Bromine: relaxes the nerves under the skin, calms facial muscles and works as an anti-inflammatory substance to reduce swelling and puffiness. Calcium: helps to protect and regenerate skin cells and cells under the surface of the skin. Iodine: helps skin cells in their everyday functions and metabolizing processes, which means that they stay healthier for longer. Lithium: enables other minerals to have a greater effect on the skin, and is especially useful in helping to reduce flakiness. Magnesium: probably the most useful mineral for skin, as it a

It happens to all of us in every day life, from time to time uneven ground, slippery surfaces, or a momentary distraction can send us tumbling. In most cases, we're lucky to walk away relatively unscathed, but slips, trips, and falls can also cause major injuries and complications. This is especially true in the workplace, where heavy equipment, moving vehicles, and other factors can be involved. Let's take a look at some effective methods you can improve your efforts to prevent these common injuries. Why You Should Care While slips and falls can be serious, we witness minor tumbles more often, desensitizing us to the potential for injury, death, and work loss days as a result. To counter this perception, however, the U.S. Department of Labor put out some startling statistics: According to reports filed, slips, trips, and falls are second only to motor vehicle incidents in accidental deaths every single year. Furthermore, one quarter of all injury claims filed in a year will come from slips and falls, and the estimated work days lost per year to related injuries number nearly 100 million in the U.S. alone - accounting for over 60% of all work days lost. Clearly, there are improvements to be made, and a large cumulative consequence when they are not. Decreasing Trip, Slip, and Fall Frequency caution-wet-floor-signMinimize slippery areas: Depending on the type of business you're in, the areas that become greasy or slippery in your workplace, and the root causes behind them, are going to be different. In a restaurant kitchen or food-related establishment, kitchen floors may become slippery with water or greasy from food scraps. In a production facility, a material spill might leave a floor dangerously slick. In a supply yard, sawdust, dust, or machine grease and grime might account for your most dangerous slipping hazards. While slippery areas are sometimes unavoidable, the length of time areas are slippery can be controlled and minimized. Make it employee pr

What is Heatstroke? A heatstroke is a condition where the body's temperature increases beyond 104 F due to prolonged exposure to heat. This is also known as a sun stroke, as it is a common condition during summer months. Prolonged exposure to sunlight or being in extremely hot environments for long periods can cause exertion on the body, thereby leading to sunstroke. Heatstroke-related deaths have been on the rise in India due to rising incidences of heat waves during the summer months. States such as U.P., Andhra Pradesh, Telangana, Odisha, and West Bengal are most affected by the rising incidences of heat strokes [1]. This makes it important to recognise the symptoms of heatstroke and be prepared to take immediate medical action during such an emergency. Heat Stroke Symptoms A heatstroke is a medical emergency, and it is vital to recognise these symptoms - High Body Temperature - A core body temperature which is more than 104°F is one of the first indicators of a heat stroke. Headache and Nausea - A person suffering from heatstroke may feel their head is throbbing and can also feel sick to their stomach. Rapid Breathing - The breathing can be fast and shallow during a heatstroke. Skin - Skin can be hot and dry to the touch if the heat stroke is caused by extremely hot weather. There is excessive sweating during heatstroke if caused by strenuous exercise. Racing Heart Rate - The heart may beat very fast when a person is experiencing a heat stroke. Mental State - The person may appear to be confused or irritated, may show signs of slurred speech and can also have seizures. Loss of consciousness - In severe cases, individuals can faint and lose consciousness. In cases of extreme symptoms, such as loss of consciousness, racing heartbeat, a seizure, very high temperature and shortness of breath, it is important to seek medical attention. Call an emergency ambulance service at your location by dialling 108. MedCab's fast ambulance

Digital Transformation is tough, even for seasoned technologists. This is because it is a transformation of an organization at its core. Everything from culture, technology, ideation, development, integration, delivery, and support needs to fundamentally shift to be more customer-centric, service driven, automation first and experimental in nature. No wonder that a lot of organizations take a long time and a lot of investment to see ROI from their digital transformations. Here are 5 signs that your digital transformation might be in trouble. Culture mistrusts the core digital transformation team You are spawning new initiatives before completing previous ones Decisions are top down with low accountability at the leaf nodes You tend to focus on technology stacks with little focus on customer value Inter-organization politics stifles cross-organization scenarios Culture mistrusts the core digital transformation team It is almost impossible to make an entire organization aware and participate in digital transformation at the same time. There are exceptions but in our experience, starting out with a core digital transformation team is a much better strategy than otherwise. This team should be enabled to attack a limited set of important and business relevant problems, build cutting-edge solutions and use them as examples to train and evangelize digital transformation strategies to the rest of the organization. However, the more entrenched an organization in the old way of doing things, the harder they might this central team. Resistance can be active and passive such as refusal to share data or provide the relevant context of the problem. An organization that does not set up the early crusaders for success almost always has a much harder time showing value from their digital transformation activities. You are spawning new initiatives before completing previous ones Executing on a digital transformation strategy is much harder than defining the strategy especially fo

Technology Congestion is a not a recent phenomenon but the urgency around Digital Innovation and Digital Transformation has brought it front and center. Technology Congestion is a point in the Digital Journey where multiple technology initiatives, executed in parallel become entangled with each in a state where none of the initiatives, hampered by inter dependencies, prioritization, and cost, is able to complete, make progress and deliver business value. Modern Experiences Require Multiple Technologies Building a consumer driven, customer centric experience that truly delights and moves business KPIs requires several technologies to come together in almost a magical experience. This means that not on boarding and deploying multiple technologies is not an option or possibility. Enterprises have to build competencies in multiple technologies (and they have multiple strategic options to do so) and this can be a daunting task. Managing Technology Dependencies Often, an app-centric methodology requires a complete focus on the user and customer's experience. Delivering that experience can requires technologies that leverage each other or are inter-dependent on each other. Inter-dependencies can be sequential i.e. Technology A is required to be installed and operational before Technology B can be initialized. Inter-dependencies can also be matrixed i.e. a service X might require service Y to be complete and Service Y requires Technology B. Inter-dependencies can also be circular where System M feeds information into System N and System N, in turn, provides feedback to enable System M to iterate and improve. Innovation To A Screeching Halt Technology congestion can stall innovation. Sorting out dependencies can delay innovation and new product development and cause the enterprise to become anti-app-centric. The net impact is lost time and energy in technology installation and deployment with less than ideal focus and attention on customer value and user experience.

People today work 40+ hours per week, meaning they are spending about half of their waking hours at work. Given the total number of hours employees are spending at work, it is inevitable that some of them will experience serious medical problems while at the facility. When this happens, employers have a responsibility to be able to contact the paramedics right away, and to provide the initial care until professionals can arrive. In the event of respiratory or cardiac arrest, it may be necessary to perform CPR or even use an AED. Providing instruction to employees on how to use an AED, and how to properly perform CPR is essential. Some companies will offer the training to everyone in the facility, and others will only train a select few. The important thing is that there is someone who can respond to emergencies, and help keep the person alive until the paramedics can arrive. What is CPR? CPR, or Cardiopulmonary resuscitation, is one of the most commonly seen emergency procedures. It is performed on television all the time, and even in real life it is far more common than most people might think. While it might look easy to perform on TV, the fact is, it needs to be done with proper technique or it can cause a lot of damage. Fortunately, training people to properly perform CPR is fairly simple, and doesn't take very long. In many cases a full CPR class can be given in a half of a day, and the employees in the class can become certified to perform this life saving procedure. During the training classes, employees will learn when they should attempt CPR, and how it should be performed. Some interesting things that employees will learn include: CPR is done to help push the blood through the body when the heart is not beating. Keeping the blood circulating will prevent damage to the heart, brain and other vital organs. Rescue breathes are actually optional. While most people surveyed believe that breathing into the mouth of the victim is the most important part of

Every time you step onto a construction site, there are countless hazards that you can come across in just a matter of seconds. That is why construction safety is not something that should be taken without serious diligence and precaution. Whether you are working on a commercial or residential site, or if you are working on a road, demolition, excavation or any other type of construction workplace, taking safety into consideration must be your first priority. Here is a comprehensive look into construction safety and why it can mean the difference between life and death if not given proper attention. Causes of Injury In 2012, 4,383 people were killed on construction sites. The math on that shows that nearly 12 deaths occur every single day around the nation. That number is incredibly high, especially when you consider the prevention that you can take to avoid death or serious injury. Of that number of people who were fatally injured in 2012, their deaths most commonly fell into one of four categories. This includes falls, being struck by an object, electrocutions, or being caught in between two objects. Falls made up for nearly 36% of all deaths, which is the most of the four categories. Second was being struck by an object, 10%, followed by electrocution and caught in between objects, 9% and 2% respectively. You will notice that that doesn't add up to quite 100%, but keep in mind that the remaining injuries that result in death are caused by other factors. But nearly 56% of all total injuries come from one of these four construction incidents. It is estimated that by being more prepared and cautious in the workplace, over 400 construction workers could prevent injury on an annual basis. While some workplace issues are still likely to occur, there is no denying that the potential of these four categories should be the first thing considered on a construction site. Importance Of Prevention The reasons that construction sites should be concerned with their safety

Tips & Tricks for Efficiently Tracking Lean Projects Recently, we wrote about a couple of problems facing many Lean practitioners. These were problems that hindered their learning process and often caused overconfidence. Amongst the advice to help combat these problems arose the need for detailed tracking and note taking with regards to practice and progress. Being able to accurately track not only the effects but also the process of a Lean project is critical to ongoing success, and is a key to stimulating growth amongst not only the receiving end of your project objectives, but also amongst the employees and Lean practitioners themselves. To start off, let's take a look at the current state of Lean project tracking for many Lean practitioners. A recent LinkedIn discussion posed the very question of project tracking, and sought to understand a few different distinct metrics. In addition to measuring the effectiveness of any program when it comes to completion, tracking can also be about measuring the scope of your projects, so that you can accurately project what the effects will be before you actually reach the stage at which you expect them. Part of this "scope" involves tracking exactly who is involved with your project, who is affected, and how they are progressing in their respective tasks. Where we are now First of all, it's important to evaluate the current methods that are prevalent in Lean record keeping. The LinkedIn discussion starter, self-identified as Ian R., mentions in his opening post that, when he last posed the question about a year ago, the consensus was that most practitioners were simply using excel spreadsheets for their tracking needs. While there's nothing wrong with relying on Excel for the basics, other users were quick to offer up some slicker alternatives, signaling a sharp (and welcomed, in our book) departure from some of the more basic methods. Unsurprisingly, there exist several specialist software applications whose n

Outdoor air can be filled with pollutants from vehicles, industrial processes and plenty of other sources, so outdoor air quality should be our biggest air quality concern, right? Wrong. If you work indoors, the air you breathe all day long in your office building, warehouse or manufacturing facility could actually be the bigger threat to your health and safety. Indoor air can have pollutants like carbon monoxide, ozone, radon and asbestos in it. It can also contain dust, mold and other substances that irritate the lungs, sinuses and eyes, causing health effects ranging from headaches to asthma. Some air pollutants cause short-term effects, while other health problems-like cancer or lung diseases-don't materialize for years.

The cutting edge platforms for today will be the commoditized platforms of tomorrow. As the technology matures and evolves, the previous generation of technology becomes easier to build and deploy enabling a rush of vendors to capitalize on it by making it accessible to the largest possible customer base. This puts enterprises in the nontechnology sectors in an awkward position. Often not ready to consume the latest and greatest technology due to parts of their stack unable to leverage new technology and requiring upgrade to and deployment of the stepping stone technology, these enterprises have to choose between vendor lock-in in a multi-year software and service contract or risk building and implementing a version of the older technology in-house. Business Drivers of Infrastructure-as-a-Service The biggest risk in building technology platforms in-house is the risk of commoditization. The argument played out with the debate over internal vs. public clouds. Initially, enterprises were hesitant to leverage public clouds with several of them opting to build internal, private clouds. Building a cloud is hard. Operating and maintaining a cloud is even harder. Ensuring that the cloud is running on and leveraging the best in class technology requires dedication to the cause. This is often missing in non-technology enterprises by design given they are driven by different and separate business drivers and considerations. A cloud service provider is motivated to ensure the best in class service and technology because that drives revenue for them. An enterprise whose main business is not offering cloud or software services will not be motivated by the same drivers and thus there will be an inherent difference in their approach and success with building and delivering an internal cloud. Business Drivers for Platform-as-a-Service The same argument (public vs private clouds) applies to platforms. Building the best in class platforms that offer the ability to develop cuttin

Ok, let's be honest here. Unless you are a safety professional, or you work closely with safety professionals, the chances are that no one has really told you anything about pipe marking, right? But for those of us lucky enough to work in this industry, it quickly becomes all too clear that there is an endless amount of information available about this very narrow topic. Unfortunately, about 99% of the information that people learn about pipe marking is just reiterating the standards and regulations that are put out by OSHA and other regulatory bodies. Now, make no mistake, this information is absolutely critical to learn and follow. The fact is, however, that there are A LOT of other things that someone who works with pipe marking should know. We've put together some helpful tips, tricks, information, and advice that covers a wide range of pipe marking related topics to help ensure your pipe marking strategies are as effective as possible. If you have any other 'secrets' of pipe marking that you don't see here, please contact us below so we can help pass them along in the future. Choose Your Materials Wisely Everyone knows that you can't just use the normal label materials that are basically paper with a little glue on the back, which you might buy at Office Depot. There are, however, lots of different types of industrial labeling materials out there, and picking the right one for the right area is essential. Here are several essential points to be aware of: Pipe Materials - Did you know that normal vinyl labels can cause corrosion on pipes made of nickel and stainless steel? If you have this type of piping, make sure you opt for labels that are identified as 'low halide' to avoid this potentially disastrous risk. Know the Weather Risks - When labeling outdoor piping, you need to keep weathering in mind. Most label materials are water-proof, but the constant change in temperature, humidity, wind, and more can really be rough on pipe markings

We hear this comment occasionally from customers, but the important thing to consider is what are they comparing our products with to make this comparison? Let's have a look…. What are you actually getting when you purchase Youngevity's core 90 for Life Healthy Start pack?90 for Life pack Vitamins that are "grown" from certified organic fruits and vegetables, rather than vitamins produced synthetically in a laboratory. Youngevity grows specific crops in mineralized soils to reap the particular vitamins they include in the Tangy Tangerine and OsteoFX products. Unlike synthetic vitamins, the body rapidly absorbs and uptakes these plant-derived and natural vitamins. They come as nature intended us to have them, complete with enzymes, natural fiber (prebiotics), and probiotics. As such the body can easily utilize them. Plant Derived Minerals, rather than rock-based minerals. Humans were not intended to eat rocks whether crushed or whole! The only way we can readily absorb minerals is after plants have uptaken the rock minerals from the soil and through photosynthesis converted those minerals into many times smaller particles that easily pass through the human cellular structure. These Plant Derived Minerals used in Tangy Tangerine and OsteoFX are typically around 98% absorbable whereas rock-based minerals are at best about 8% absorbable. If you're considering product cost you would have to factor in the cost of 92 cents of every dollar you spend on supplements with rock-based minerals are being flushed down your toilet bowl. Careful production methods are used to ensure maximum nutrient value is retained, and preservatives are not required. Youngevity uses a slow spinning, low heat process to convert the fresh fruit and vegetables in the Tangy Tangerine 2.0 powder and OsteoFX powder formulations which, over many hours, produces the microcrystalline powders in these 2 products. The low heat means vital plant elements such as prebiotics and probiotics are

Patients, who are suffering from depression exhibit suicidal tendencies and to a large degree are usually treated with antidepressants and/or psychotherapy. In America alone, more than 20 percent of adults are on at least one prescription medication to treat psychological and behavioural conditions of depression and anxiety. However, new clinical studies have confirmed what Doctor Wallach has been hypothesizing for over 20 years. Dr Wallach has always held that depression is a symptom, not a disease, and is caused by the lack of certain key nutrients in our diet along with inflammation caused by food allergies and poor micro-biome health. (Micro-biome - trillions of beneficial microbes that live inside our gastrointestinal tract).

For many years, stress, poor nutrition and many other unhealthy habits have been affecting our wellbeing and lifespan, causing the cells in our bodies to age rapidly.Modern research and technology has allowed for a new breakthrough in Anti Aging, finding that specific vitamins and supplements can help extend the lifespan of cells in our body, slowing the ageing process. This has caused many researchers around the world to search for the best Anti Aging Vitamins and Supplements. One such researcher, Dr Joel Wallach, has devoted his 50 year career to finding the best vitamins and supplements to enable men and women to stay healthy, vital and youthful looking right into their 80's and 90's. Fortunately for the rest of us he has put his best Anti Aging products into one pack that delivers a saving of over $100 - and can even return you another $144 cash back - but more about that later! What are the Best Anti Aging Vitamins and Supplements for both Men and Women? Imortalium, the most advanced anti-aging supplement to date that nutritionally helps extend the lifespan of telomeres; the biological clocks found within our cells. Telomeres form the protective ends of almost every DNA chromosome, keeping each chromosome from deteriorating. The longer and healthier the telomere strand is in a cell, the greater the health and Anti Aging benefits. Specific Telomere health promoting nutrients found in Imortalium are: Vitamin D3 which helps with leukocyte telomere lengthening which can help prevent aging and age-related disease.* Ascorbic Acid which promotes the suppression of oxidative stress , slowing down age-related telomere shortening.* Vitamin B6 which contributes to the maintenance of telomeres by reducing oxidative stress and inflammatory reactions.* Vitamin E which increases the lifespan of telomeres.* Zinc which promotes telomere lengthening enzyme activity while also promoting telomere shortening activity in problematic cells.* SuperOxide Dismuase (SOD)