WSB radio reports hundreds of experts have signed a UN and WHO petition to warn against the cancer risks and medical dangers of AppleAirPods.
The EMF (electromagnetic frequency) radio waves emitted from the Bluetooth technology has been proven to cause health effects in “living organisms.”
And with its close proximity to the human skull, scientists are nervous.
A study from the National Institutes of Health last year reported “clear evidence” that cell phone radiation may be connected to cancer of the adrenal glands and brain.
Tests were performed on mice and rats, using much higher levels of radiation than humans are exposed to. However, only the male rats demonstrated increase risk of brain tumors.
The study performed by Dr. John Bucher and colleagues at the National Toxicology Program (NTP) in North Carolina tested radio frequency radiation (RFR) used in 2G and 3G cell phones. The minimum amount of radiation given to the mice would be considered the maximum amount of radiation federal regulators allow on humans. The maximum amount of radiation given to the mice was 4X higher than the maximum allowed in humans.
Hence this was a study that looked at extreme conditions that the average human is not exposed to. However, they cite “clear evidence” that the radiation incited tumors in the rats.
For more on the study see here.
Now in August of 2018, a large study from the Barcelona Institute for Global Health (ISGlobal) in Spain, however, found no clear evidence of brain tumor risk with cell phone use.
Researchers in this study looked at 9000 people from seven different countries, having a range of occupations, and interviewed them on their occupational electromagnetic frequency (EMF) use. Sciencealert.com reports 4000 of these patients had brain tumors (glioma and meningioma) and were compared to the other 5000 who didn’t.
The good news is they did not find a correlation between those who sustained a brain tumor and those with high EMF exposure. However the bad news is they found only a small percentage of those studied actually would be deemed to have “High EMF” exposure hence leaving us still questioning if too much cell phone exposure is still risky.
Study author Javier Villa states, “Although we did not find a positive association, the fact that we observed indication of an increased risk in the group with most recent radiofrequency exposure deserves further investigation,” and suggests, “we shouldn’t worry for now, but we do need to focus future efforts on making sharper tools to analyse any hypothetical risk.”
Cell phones emit radio waves. These are a form of non-ionizing radiation that provides an energy source through radio frequency. Ionizing radiation is emitted by xrays, cosmic rays, and radon, and have been linked to cancer as it is a high frequency, high energy form of electromagnetic radiation. Non-ionizing radiation include radio waves, microwaves, visible light, UV light, infrared, and lasers. Although UV radiation may cause skin cancer, the other sources are deemed less dangerous than their ionizing radiation counterparts.
One of the more recent studies unveiled in May of 2016 reported cell phone radiation caused brain tumors in mice. Rats exposed to the radiofrequency radiation for 7-9 hours a day, seven days a week, were more prone to develop the malignant gliomas as well has tumors in the heart. This study was not intended to be translated to human risk, but of course it made headlines and scared us silly.
Prior to this, in 2011, the World Health Organization’s International Agency for Research on Cancer (IARC) classified cell phone use and other radiofrequency electromagnetic fields as “possibly carcinogenic to humans”.
However, multiple studies have been done, as descriptively outlined by the National Cancer Institute, and are assuring us that there is no imminent danger by our daily use of cell phones. The NCI also provides recommendations from the CDC, FDA, and FCC stating not enough evidence exists to establish a link between cell phones and cancer.
Although arguments continue over cell phone radiation causing cancer, it has been proven that heat is given off. Many people complain their ear gets hot after lengthy cell phone use and studies have yet to determine if cell phone heat can cause oncogenic changes in cells. They’ve studied if the radiation affects metabolic activity, and a team led by Dr. Nora Volkow, head of the National Institute on Drug Abuse, found visible brain activity changes on the side the cell phone was being used. They recommended after this study keeping the cell phone away from the body and using a lower radiation emitting phone.
We wait and see. My suggestion is to not overdo it with our phones. Use the speaker setting when practical so as to not consistently hug the phone to your skull. Take breaks in between lengthy calls. Text when appropriate to minimize exposure as well.
The following has been recommended for both children and adults:
Or do what I do when I talk to my mother, hold the phone 3 feet away from my head. I can still hear her…..just fine……
The 78 year-old iconic game show host has revealed last week that he has Stage 4 pancreatic cancer, vowing to “fight this” deadly malignancy.
However, in an interview with Business Insider, he admitted to having a Milky Way and diet soda for breakfast every day, “A Diet Coke or a Diet Pepsi or a Diet Dr. Pepper,” especially on taping days.
A Stage 4 is given to cancer that has spread to other parts of the body.
Each year over 55,000 Americans are diagnosed with pancreatic cancer, whose 5-year survival rate is 5%. Older individuals who are healthy can do as well as those who are younger when diagnosed with advanced stage of the disease. However some sources cite the median survival time is between 2 and 6 months if the cancer is diagnosed at a late stage.
Known risk factors for pancreatic cancer include:
Artificial sweeteners have been linked to diabetes and diabetes is a risk factor for pancreatic cancer. Their relationship to pancreatic cancer, however, still remains controversial.
Senator Bernie Sanders during the 2016 Presidential Election called for a single payer system to cure our healthcare woes. Now Democratic contenders for the 2020 election are calling for the same. Some voters are salivating at the thought, tired of high insurance premiums and deductibles. Others are cringing at the idea of the government running our healthcare system. Yet most are confused and want more details. So let’s break it down.
Medicare is the health insurance offered by the federal government for those over 65 and with disabilities. According to medicare.gov they breakdown medicare as the following:
Part A covers inpatient hospital stays, care in a skilled nursing facility, hospice care, and some home health care.
Part B covers certain doctors’ services, outpatient care, medical supplies, and preventive services.
Part D adds prescription drug coverage to:
These plans are offered by insurance companies and other private companies approved by Medicare. Medicare Advantage Plans may also offer prescription drug coverage that follows the same rules as Medicare Prescription Drug Plans
Originally suggested by Senator Bernie Sanders, Medicare for All would essentially allow all Americans to qualify for Medicare. According to Unitedmedicareadvisors.com:
The concept sounds nice but Medicare doesn’t currently cover many of the above such as hearing aids, dental exams, and long-term care.
Unitedmedicareadvisors.com reports the following:
Unfortunately, tax hikes on employers could lead to price hikes and less employment.
So the concerns I have are Medicare doesn’t currently cover what Medicare for All is touting and the expense may be underprojected.
Moreover many healthcare providers do NOT take Medicare so access can be an issue.
However, until premiums and deductibles go down, and more Americans become insured, plans such as this will gain attention and popularity.
As we turn the bend during the second semester of the school year we begin to face challenges. For many of us the material seems insurmountable….maybe we perceive it as such, or maybe teachers realize they are falling short and rush to get all the information in before the school year ends.
Either way, students feel stressed, overwhelmed and many times unable to catch up. So what do you do when you find the material to be TMTH (too much to handle)?
Firstly, realize that you don’t have to learn everything. Remember, the professor can’t test on EVERYTHING. So don’t go at a packet, slide deck or book with the attitude that you have to know everything. Find the Titles, the main point in the paragraph that follows, and any supporting info that seems to buttress the main point. Careful with your use of highlighting if you’re tired and burning out because you’ll start to highlight everything. Which brings us to….
Two heads are better than one. Sometimes three…but more than that may be distracting. What you thought was important in class or on a sheet of information can be confirmed or denied by another student. Moreover everyone has strengths and weaknesses so find one who can compliment you and help you discern what’s important to know.
Rather than guessing, take 15 minutes to meet with the teacher to get an idea of what they find imperative to learn/know for the test. But don’t go into their office asking “will this be on the test?” I would be direct, honest, but humble by asking:
Now, many times the professor will oblige. But if not, you need to indirectly determine what he/she is going to test. This brings us to…..
How was the material given?
If your professor brushed over it quickly in class, it could mean they don’t find it crucial enough to test or ….they don’t completely understand the material themselves. Most likely this will not be tested. However, if he/she brushed over it because it was given in a previous lecture, then its open game.
Demonstrations of the brush over include:
Are they big on testing if you paid attention in class or knowing the information that’s necessary to succeed? Are they a jerk and will pick the most esoteric piece of content from a 1000 word slide or will they focus on main points? Get an idea on what makes them tick.
For some institutions the exam is to test competency. These are the most clear-cut, fair tests and to me, make the most sense. If, for example, in medical school one is studying poor lung function and what a spirometer discerns, the inventor and history of the tool will most likely not be tested. Keep in mind, your professor has bosses and they have bosses, so your competency reflects on them.
For other institutions it may be at the professor’s discretion. So you need to feel out each teacher and see what they’re all about. If they are big on class attendance and will weight the test towards those who showed up, expect questions on content that was highlighted in class. And if they are big on seeing if you paid attention, you will be tested on something they impressed upon you sometime during lecture. So during the lecture watch for the following:
So after you’ve done your “homework,” how do you tackle your studies?
Your time is divisible so grab a calculator and aliquot into equal periods. Make sure you have extra sessions included for breaks and catch up sessions. Or you can use a calendar that is already compartmentalized on which to create your timetable.
Clean your desk!
A nice clean, crisp desk with plenty of pens and highlighters helps energize one more than cluttered paper. Moreover have a second work space you can go to when you get sick of working at your desk.
Now this is easier said than done. Some will put their hardest classes on their study calendar first, some the easiest. There are pros and cons to both. What I suggest is alternating difficult and easy subjects. You need the start of your day and initial power hours knocking out the difficult material, but then the easier classes will boost your confidence and sometimes energy. So one option could be:
Take real breaks!
You should design two types of breaks: Short and Long.
Your short break should be no shorter than 10 minutes. During the break you must do the following:
Your long break should be no shorter than 45 minutes. During these breaks you can:
If you’re “going through the motions” of studying and feel “burnt” you won’t be absorbing the material and subsequently you’ll be wasting precious hours. You must identify burnout by looking for the following:
When studying you’re classwork it’s difficult to avoid the boredom and stress, but the following may help:
Remember, we’ve all been there and school is supposed to be challenging. Stay on course and get help if you need such as a tutor. We all make it to the finish line….even if we’re a little bruised up when we get there.
It’s tax season and most of us are hoping to shave a few bucks off our tax bill. Well, many are not aware of the deductions that are available when it comes to medical expenses.
If you spent over 7.5% of your adjusted gross income on unreimbursed medical expenses during 2018, you may be able to deduct what you spent over this 7.5%, according to the IRS.
So, for example, if you make $100,000 a year, 7.5% would equal $7,500. So let's say you spent $10,000 on medical expenses, subtract the 7.5 % ($7,500) from $10,000, and the remaining $2,500 is tax-deductible.
But the expenses made can also include those of your spouse, children and dependents. Combined, these could qualify you for descent deductions.
Publication 502 breaks down what services or items you purchased in 2018 that are tax-deductible and which are not. Here’s a brief summary:
Tax Deductible Items:
Unfortunately the following cannot be written off:
So review the list and see what you can apply to your 2018 itemized deduction worksheet. But make sure you have your receipts and logging of car mileage…. and start keeping track this year as well!
Multiple states are bracing for “early” allergy seasons.
We still have a month left of winter yet grass is sprouting, leaves are growing and flowers are blooming. Add just having a wetter winter and warmer-than-normal temperatures to the mix and this is the perfect recipe for an early allergy season.
Allergy season usually begins with the start of Spring in March. Yet many may start their symptoms as early as February if they are allergic to what’s blooming.
Tree pollens start first in January and then taper off in April. Grass pollen starts to rise in February and March. Finally weed pollens join the party by the Spring and extend through the Summer and Fall.
Here are your questions answered:
Allergies are the result of the immune response to a foreign particulate that our body senses. One could be allergic to pollen, dust, dander, food, insects, mold, metals, transfused blood, grafts, medicine and anything the body senses as a foreign intruder. Even though these may be individually harmless, a hypersensitivity reaction occurs as a result of their intrusion into the body. IgE antibodies find the allergen (intruder) and activate mast cells in the tissue and basophils in the blood. When these cells get activated, they release substances to help protect the body, including histamines, leukotrienes, and cytokines. These help the body attempt to sneeze and cough the allergen out, wall off the antigen, signal more antibodies, or produce tears and nasal secretions to flush it out.
Symptoms of allergies could include any or a combination of the following:
Colds may have very similar symptoms to allergies. However they are different.
The common cold is caused by a virus. When one gets infected by the virus they may feel malaise, fever, and achy. This does not occur with allergies.
Moreover, nasal secretions from allergies are usually clear. In a cold, the mucous could be thicker and with color.
The same holds true with sputum. During an allergy the cough may have little to no mucous and if so, be light-colored. Thick mucus could be a sign of an infection.
An allergic sore throat will seem more dry and scratchy. A sore throat from a cold is more uncomfortable and less easy to soothe.
Allergies may persist or be cyclical. Cold symptoms will usually subside after a few days and rarely persist longer than 10 days.
Yes and no. Allergies should not in and of themselves cause an infection. However they may make one more vulnerable for a virus or bacteria to take over. Hence a bronchitis, sinus infection, or pneumonia could uncommonly follow an asthma attack.
As stated previously, if one is susceptible to colds, an allergic attack could make them vulnerable. Moreover if one suffers from asthma, an allergy attack could incite an asthma attack. Very rarely would we see a life threatening anaphylaxis to an allergen such as pollen.
Avoiding, or decreasing exposure to the allergen is key. We suggest the following:
Local tree, ragweed and grass pollen counts can be obtained here.
Valentine’s Day is one of the biggest holidays of the year, with consumers spending more than $20 billion a year buying cards, chocolates, flowers, and teddy bears. But what no one admits to is it is one of the most anxiety producing and miserable holidays of the year.
When you’re single the last thing you need to be reminded of is just that….you’re single. Valentine’s Day inundates us with the “normalcy” of being in a relationship such that anyone who’s single feels there’s something wrong with them. Single people feel forced to shut off the TV, avoid shopping, avoid others and remain indoors for the week surrounding Feb. 14th.
If you’re married, and have been so for some time, Valentine’s Day reminds you of how much you are lacking in sex and romance. But worse yet, you are now compelled to do something for Valentine’s Day. No credit for spontaneity. No credit for being romantic, since the whole world seems to be celebrating Valentines. And… it’s all pain, no gain. If you mess up, and your gift or celebration is not very romantic, you’re in the dog house. And if you forget about the holiday all together…Whoa Nelly…..
When one thinks of candy they think of chocolate, lollipops, vibrant colors…..Valentine’s heart candy is the worst candy out there. They’re pale, hard, practically crack your teeth, not very tasty and force you to read them before you eat.
Don’t give me anymore work to do. You could be pretty high maintenance. And what if I’m not ready to commit?
Valentine’s Day gifts are made to be publicized. And even if you gave your sweetheart the gift in private, it will be posted on social media or broadcast at work the next day. In fact, not sending the gift to their work could be a major faux pas.
If you’re single, use this holiday to celebrate the friendships you have. Make it a singles night out and celebrate your freedom. Or make a friend feel special by sending a “friend” valentine. These could include:
Since the gift of spontaneity has already been hijacked by this holiday, do something creative and unpredictable. Candlelight dinner, a poem, luxury bath, weekend trip, something sappy…..but do it right and you’ll get bonus points.
Here’s the silver lining. Most Valentine’s Day gifts/gestures do not have to cost a lot. Valentine’s Day is about the heart and showing one how much you care. So a note, poem, song, personalized song list, or even a cute little doodle can go along way.
We make the mistake of thinking men want what we want. Let’s take cologne for that matter….men don’t want to smell like perfume or “parfume”y….they like smelling like men. Forcing them to use toilet water is not cool.
Another common gift given to men is a shaving set. Does the average man like shaving, let alone every day? Top that off with wasting an opportunity for them to get a cool gift with one that includes shaving products??? Cruel, just cruel.
For men, many prefer steak for dinner, time alone in their man cave, or sex. I think that’s about it. Pretty easy.
So hope this helps you get through Valentine’s Day anxiety free and worry free.
And remember…. its only one day…just one day…. and will all be over Feb. 15th.
A report published in the American Heart Association’s Heart and Stroke Statistics annual report cite 48% of US adults have some type of cardiovascular disease.
The uptick could be due to rising obesity, and lowering thresholds for diagnosing guidelines such as high blood pressure (now considered high if over 130/80).
Although smoking rates have declined over the years, many still use tobacco and recent research has found E-cigs to increase risk of heart attack and stroke by 70%.
A stroke occurs when an area of the brain does not get the proper oxygen and blood flow it needs. There are two major types of stroke: ischemic and hemorrhagic.
Ischemic strokes are more common than the latter and occur when a clot prevents blood flow to part of the brain. 80% of all strokes fall under ischemic. It is a likened to a heart attack, except the brain tissue is being deprived of blood and nutrients. Plaques commonly arise from arteriosclerosis that break off travel to the smaller vessels of the brain.
Hemorrhagic strokes are less common and occur when there is a bleed of one of the brain vessels. The bleed prevents blood flow into the brain since it is seeping outside the brain tissue, causing damage to nearby cells. The bleeds could occur from high blood pressure or aneurysms that rupture.
Since a clot or bleed usually affect one area of the brain, we see symptoms on one side of the body, many times its contralateral (opposite) side. We can also see central effects. The symptoms of stroke include the following:
If the stroke was caused by a clot (ischemic) immediate treatment includes dissolving/removing the clot. Aspirin is used initially and if within the proper time frame, tissue plasminogen activator (TPA). These clots can also be surgically removed and arteries widened to bring blood flow to the brain.
With a hemorrhagic stroke, we need to stop the bleed and improve flow to the brain. Controlling the bleed, bypassing the vessel, “clogging” the aneurysm with techniques such as “coiling” (endovascular embolization) are sometimes utilized.
Time is of the essence, so it's crucial to identify the warning signs and call 911 immediately. The American Stroke Association uses the acronym “FAST” (Facial drooping, Arm weakness, Speech difficulty, and Time to call 911). The sooner a stroke victim receives medical attention the better the prognosis.
What are the risk factors for stroke?
The following put us at risk of having a stroke.
Avoid the following:
Firstly, we must know our risk factors. These include:
Family history of heart disease
Personal history of heart disease
High Blood Pressure
Males over 40
Females who are postmenopausal
and even short stature has been cited as a potential risk factor.
As you can see, many of us can be at risk for heart disease. Therefore secondly, we should be evaluated with an EKG, echocardiogram and any other exams our medical provider and/or cardiologist deem necessary.
Thirdly, reduce your risk by the following:
Maintain a normal blood pressure
Maintain normal blood sugar
Maintain normal cholesterol and lipid levels
Maintain a balanced diet, rich in potassium-rich foods such as fruits and vegetables
Maintain a healthy weight.
A recent study published in the Lancet finds Millennials to be at much higher risk for cancer than their parents and grandparents ever were.
Those born between 1981 and 1997 appear to be at increased risk of cancer of the:
Study authors cite obesity as the main culprit.
The CDC reports the prevalence of obesity was 35.7% among young adults aged 20 to 39 years.
In 2016 the International Agency for Research and Cancer listed multiple cancers in which obesity plays a role. They include the above as well as breast, ovarian, and esophageal cancer.
Studies have found obesity to alter hormone levels which could incite cells to rapidly divide. Fat acts as if it's another organ, inducing signals that can affect insulin, sugar and fat metabolism and can induce inflammation when it accumulates around other organs.
Moreover it could be an associative relationship in which those who are obese may have poor diets and exercise habits which are linked to cancer as well.
In the above study, non-obesity related cancer, such as lung, appears to be at less risk for millennials as many are saying no to tobacco products.
However, other causes could be at play such as radiation exposure. The verdict is not yet out on vaping either.
Study authors state:
A Harvard study finds popcorn and caramel flavor electronic cigarette liquid may damage the cilia of one’s respiratory system.
Diacetyl and 2,3- pentanedione have been found in multiple products to aid in flavoring and considered safe for human consumption. But that’s the key….consumption by eating, not necessarily inhalation.
In this recent study from Harvard TH Chan School of Public Health, the cilia, small projections that line the respiratory tree allowing for a brush and propelling of contaminants coming down the pipe, appeared impaired in function when exposed to the chemicals.
Changes in gene expression of the cilia’s production and function were witnessed and could put one at risk for lung disease and lung cancer.
Diacetyl has been linked to “popcorn lung,” in which inhaling the yummy smelling chemical lined vapor could cause scarring of the lungs and loss of function.
Last summer a study published by the American Heart Association found nine different E-cig flavors to impair blood vessel function, which can impair heart health.
Endothelial cells, which delicately line blood and lymph vessels, were found to become inflamed at low concentrations of some vapor flavors. And at high concentrations of others, exhibited cell death. Nitric oxide production, necessary for vessel dilation to improve blood flow, was impaired as well. These are often the same changes seen in early heart disease.
The 9 flavors (and the chemicals within) cited in the report to cause the endothelial inflammation and/or damage were:
Strawberry flavoring appeared to have the most adverse effect on the cells.
Now, many other flavors were not included in this study, so it's unknown how safe they may be.
For more on the study, read here.
An alternate study published last November looked at vaping flavors and their effects on heart muscle cells.
For more on this study, read here.
The moral? Just because we love the taste of something, doesn’t mean it’s safe to inhale.
A study from New York University found the nicotine in electronic cigarettes to cause DNA damage similar to cigarette smoking.
Dr. Moon-shong Tang and his colleagues exposed mice to e-cig smoke during a three-month period, 5 days a week for three hours a day. They found these mice, compared to those breathing filtered air, to have DNA damage to cells in their bladders, lungs and hearts. The amount of nicotine inhaled was approximately 10 mg/ml. That dose would be commonly consumed by many humans who vape.
They then looked at human bladder and lung cells and found tumor cells were able to grow more easily once exposed to nicotine and vaping chemicals.
In a previous study, researchers from Vanderbilt-Ingram Cancer Center in Nashville found e-cig smoke to increase one’s risk of bladder cancer.
In 2015, the University of Minnesota identified chemicals commonly found in e-cig vapor to include:
Although electronic cigarette “juice” may appear safe, it could produce harmful chemicals once heated to become a vapor.
A lethal dose of nicotine for an adult ranges from 30-60 mg and varied for children (0.5-1.0 mg/kg can be a lethal dosage for adults, and 0.1 mg/kg for children). E-cigs, depending on their strengths (0 – 5.4%) could contain up to 54 mg of nicotine per cartridge (a 1.8% e -cig would contain 18mg/ml).
The topic of nicotine increasing one’s vulnerability to cancer is nothing new as decades ago researchers found nicotine to affect the cilia (brush border) along the respiratory tree, preventing mucus production and a sweeping out of carcinogens trying to make their way down to the lungs.
More research needs to be performed but this recent report reminds us that exposing our delicate lung tissue and immune system to vaping chemicals may not be as safe as we think.
For more on the study read here.
In February, one study reported that toxic levels of lead and other metals may leak from the heating coil element into the vapor inhaled during e-cig use.
Researchers at Johns Hopkins Bloomberg School of Public Health found these metals to include:
We’ve known for some time that vaping fluid could contain chemicals that turn toxic once heated, but this study shed light on e-cig metal components causing metal leakage to the vapor making contact with delicate respiratory epithelium (lining).
Reported by Forbes, Rich Able, a medical device marketing consultant, stated the following, “the FDA does not currently test any of the most popular vaping and e-cigarette instruments being manufactured at unregulated factories in Asia that source low-grade parts, batteries, and materials for the production of these devices,” suggesting that “the metal and parts composition of these devices must be stringently tested for toxic analytes and corrosive compounds.”
These chemicals may act as neurotoxins, affecting our nervous system, cause tissue necrosis (cell death) and even multi-organ failure. Moreover they can affect how our immune system reacts to other chemicals as well as foreign pathogens, affecting our ability to fight other diseases.
Although studies have suggested e-cig vapor to be safer than tobacco smoke, not enough research has been done, in the relatively few years vaping has been around, looking at how heat-transformed chemicals and leaked metals affect our breathing, lungs and other organs once absorbed into the body.