A new study examines the dangers posed by acetaminophen
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A new study examines the dangers posed by acetaminophen
Are you in social media but frusterated where to focus your efforts? Do you fear that your post are not being seen? Having problems handling negative feedback?
Increase Your Know How in the Ever Changing Social Media World:
Get some tips from the pro!
Get more tips and tricks like these in our 2-part social media workshop. September 18th & 25th at the Holiday Inn Express in Medina. Bring your laptop and get personal attention and tools you can use right away! Learn to be consistent and original to stand out above the noise. Discover better understanding of reputation management through social media.
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REGISTER AT www.womens-journal.com/workshop
Call 330-722-5788 to register or for more information.
3 Questionable Ingredients Found In Oral Health Care Products
Consumers have become increasingly aware of the hidden toxins in foods, beverages as well as eating and drinking utensils. They avoid high fat and high sodium foods, sulfates in their personal care products, aerosol sprays and toxic chemicals in their household cleaners.
Yet, when it comes to mouthwash, they will let their children take a product that contains harsh substances – some of which have been shown to linked to serious health problems.
“There has been a surprising lack of attention to mouthwash and how it affects children,” says Dr. Harold Katz (www.therabreath.com), a bacteriologist, dentist and developer of TheraBreath for Kids Oral Rinse. “Effects of potentially unhealthy ingredients are multiplied in the smaller bodies of children.”
Many ingredients in some commercial mouthwashes are of questionable benefit and some are just plain bad for you. Here is a look at some of the harmful substances that may be found in our children’s mouthwash products:
• Sodium Lauryl Sulfate. This harsh detergent leads to canker sores and causes microscopic damage and shedding of vital oral tissue. Because it dries out the mouth, it can also allow for the rapid reproduction of bad breath bacteria.
• Saccharin. This sweetener is found in drinks, candy, cookies and medicines. It has also been shown to cause bladder cancer when tested on laboratory rats. In humans, it can cause allergy-related symptoms, skin disorders, nausea and diarrhea.
• Artificial Colors and Flavors. Studies by leading health researchers have found a link between children’s use of artificial colors and flavors with learning disabilities and hyperkinesis (hyperactivity and inability to concentrate).
Katz suggests that all consumers – especially parents – take the time to read labels and understand what is going into their children’s bodies. Spending a few extra minutes reading these labels, and understanding what the substances are could be a life-saving decision.
About the Author
Dr. Harold Katz (www.therabreath.com) received his degree in bacteriology from UCLA and is the founder of The California Breath Clinics and author of “The Bad Breath Bible.” He has been featured on ABC’s “Good Morning America,” CBS’s “Early Show” and “The View” with Barbara Walters and countless other TV shows. Dr. Katz has developed oxygenating compounds that have been used by millions around the world to eliminate bad breath. He is also the bearer of the now famous “Halimeter,” which tests the sulfur compounds in the mouth that cause bad breath. Dr. Katz’ website offers a free online bad breaths test – as well as a sneaky way to tell someone they have halitosis.
Brittany Thomas: 727-443-7115 ext 221
Print Campaign Manager
News and Experts
Washington, D.C. – The following is an Earth Day statement from Allen Schaeffer, the Executive Director of the Diesel Technology Forum, a Washington-based nonprofit association.
This year, people in more than 190 countries will commemorate Earth Day and the world’s environmental accomplishments and agenda for the future.
In looking back at significant accomplishments in the past few decades, it’s important to recognize one of the major environmental achievements that has contributed to a cleaner environment while powering the global economy – clean diesel technology.
The transformation to near-zero clean diesel technology is a result of our commitment to protect and enhance our environment, conserve our resources, and improve our quality of life. Today, this is a daily reality for the leaders in clean diesel technology – the companies that provide the world with the most advanced and powerful engines, equipment, machines and vehicles, and fuels. Clean diesel technology has significantly reduced emissions, increased efficiency and improved the everyday lives of people throughout the world.
From tending farms that help feed the world, building roads and clean water infrastructure that connect communities, powering a commercial truck for taking goods to market, or moving a fuel efficient personal car, diesel technology is enabling progress and prosperity in the cleanest possible manner.
Diesel’s Near Zero Emissions Levels Help Achieve Sustainability
Thanks to the innovation and billions of dollars of research and development, engine, vehicle and equipment manufacturers today produce new diesel engines and equipment to meet all the needs of tomorrow’s sustainable world. This includes a wide range of engine sizes with emissions at near zero levels, improved fuel efficiency, and a capability to utilize a wide range of renewable biodiesel fuels from an array of feed stocks.
Here are the results of this successful effort:
So why is this important? Diesel is the predominant power source in key sectors of the global economy including the technology of choice for over 90 percent of all global trade – for road-building, industrial development farming, moving goods to market and providing essential public services. Today’s diesel technology does more with less, more work with fewer emissions, using less fuel.
Additionally, most diesel engines today can run on high-quality blends of biodiesel with little modification as well as next-generation, drop-in renewable diesel fuels which offer even further benefits. According to the U.S. EPA, biodiesel is classified as an “Advanced Biofuel” capable of reducing greenhouse gas emission by at least 50 percent. Renewable diesel fuel is derived from the same feedstocks as biodiesel.
The world’s economy depends on diesel power today, and diesel engines have transformed to meet the needs of the global economy, environment and climate for a sustainable future for all tomorrow.
The Diesel Technology Forum is a non-profit organization dedicated to raising awareness about the importance of diesel engines, fuel and technology. Forum members are leaders in clean diesel technology and represent the three key elements of the modern clean-diesel system: advanced engines, vehicles and equipment, cleaner diesel fuel and emissions-control systems. For more information visit www.dieselforum.org.
Source: Diesel Technology Forum, 5291 Corporate Dr Ste 102, Frederick, MD, 217032875, United States
Every year, hundreds of people die and thousands are injured from unsuspected exposure to an odorless, colorless gas—carbon monoxide (CO). Studies by the Centers for Disease Control and Prevention indicate that, while people recognize CO gas is poisonous, they perceive CO as less dangerous than other household hazards.
CO poisoning is most prevalent when furnaces are turned back on to fight cold winter temperatures, but also commonly occur after summer and winter storms and accompanying power outages, when people tend to rely on portable generators for electricity.
The Cleveland Housing Network (CHN) operates numerous programs to assist with energy conservation and weatherization. CHN averages 8,000 energy conservation jobs a year. Whenever an inspector is dispatched to a property, if there is not a working CO detector and/or smoke detector one is installed.
During cold weather it is important to provide simple reminders to encourage individuals to protect themselves and their families:
About Cleveland Housing Network
CHN’s mission is to build strong families and vibrant neighborhoods through quality affordable housing and strengthened financial stability. Check out more info at www.chnnet.com
THE MOST COMMON STATEMENT I hear from families after their experience with us is, “Gee, I wish we had gone with hospice sooner.” Although each of us is mortal, death and dying are not something we spend much time thinking about. We’re too busy living day to day.
When a loved one receives a terminal diagnosis, it is hard for them, and for their families, to come to terms with the fact that time is limited. Time together suddenly becomes a precious commodity.
Hospice does its best work when life is measured in weeks or months, supporting not only our patients by managing pain and other chronic disease symptoms, but supporting the family members caring for them. Here are just a few of the ways we support family caregivers:
1. We teach you techniques to make your job easier and your loved one
more comfortable, such as how to safely transfer from a wheelchair into a
bed without straining your back.
2. Our team arranges delivery of medically appropriate supplies to make your loved one
more comfortable while easing your burdens. Examples include walkers, wheelchairs, hospital beds and bedside commodes.
3. A hospice nurse provides instructions and support to help you organize and administer medications, change dressings, and assist with care between visits. Our hotline gives you aroundthe-clock access to a nurse.
4. A hospice nursing assistant (HNA) frees up more family time by providing compassionate care that preserves your loved one’s dignity. The HNA assists as needed with toileting, showering, personal grooming, the changing of bed linens and other needs.
5. It is vital that family caregivers take breaks to preserve their wellbeing. We help by providing care for your loved one at our HMC Hospice of Medina County in-patient care unit, or by sending a trained, respite care volunteer to your home so you can run errands, meet friends or relax and unwind.
6. Frequently, family business affairs must be put in order. Our social worker assists
you in accessing the community resources needed.
7. Members of the trans-disciplinary hospice care team – such as a social worker or an advanced practice nurse – can assist in completing an Advance Directive (AD). This is an important set of documents that communicate end-of-life care preferences.
8. A spiritual care coordinator is also available, if desired. Your hospice care team will help you manage stress, provide coping strategies and help the entire family understand what is happening, and what to expect.
9. Bereavement specialists are available to help you and your family prepare for the
upcoming loss and to provide grief support for 13 months after a loved one’s death.
About the Author
Gwen Rifici, a resident of Medina, has 25 years of experience as a social worker.
She is Clinical Team Leader at HMC Hospice of Medina County, a Hospice of the
Western Reserve affiliate.
LOS ANGELES, Nov. 1, 2016 /PRNewswire/ — For the past several weeks, the Reproductive Fertility Center offices have been bombarded with phone calls inquiring about Janet Jackson and how she was able to get pregnant, even though she is over 50 years old.
“While we cannot disclose specific information about any of our patients in particular, due to HIPPA compliance, in general there are several ways a woman 50 years or older can get pregnant,” says Dr. Peyman Saadat, Medical Director of the West Hollywood-area Reproductive Fertility Center.
1) The first way is through natural pregnancy. The chance of this happening in a woman over the age of 50 is extremely rare. Statistics show an actual rate of less than a 1 in 1000.
2) In vitro fertilization (IVF) for a patient over the age of 50, using her own eggs. Again the chance of this happening is very unlikely.
3) An IVF cycle, using an egg donor. An egg donor is usually a healthy woman under the age of 30. The egg donor will undergo IVF treatment, and her eggs will then be given to the intended mother for the purpose of achieving pregnancy.
a) The egg donor alternative has a very high rate of success, and very low rate of congenital complications, such as Down Syndrome or other anomalies, since the eggs are harvested from a healthy young donor.
b) The women receiving the eggs will undergo a comprehensive evaluation of her heart and lungs, numerous blood tests and other diagnostic testing, to insure it is safe for her to undergo treatment, and to safely carry a baby to term.
c) Although there are complications that are more common in women who become pregnant after 40, these complications are usually managed well by the patient and her physician. These complications include a higher chance of pregnancy induced hypertension and diabetes and increased risks of c-section and operative delivery.
4) Pregnancy can also be achieved at age 50 or older if the woman has frozen her eggs at a younger age, preferably at age 30 or under, as the quality of a woman’s eggs starts to decrease around age 30.
When patients call the Reproductive Fertility Center with questions, the office usually recommends the following: if you are young, and not ready to have children, freeze your eggs. If you are past the age when good quality eggs are produced, consider using eggs from a young egg donor for a higher chance of a healthy and successful pregnancy. Above all, before becoming pregnant, make sure your doctor evaluates your health to insure you are a good candidate to become pregnant using one of the above methods.Visit www.reproductivefertility.com.
Source: PR Newswire Association LLC
350 Hudson Street, Suite 300, New York, NY 10014-4504
If so, how can they plan to meet those challenges?
By Rebecca Bar-Shain, CFP®, Cedar Brook Group
Why are women so challenged to retire comfortably? A woman may spend less time in the workforce during her life than a man due to childrearing and caregiving needs with a corresponding interruption in both wages and workplace retirement plan participation. A divorce can hugely alter a woman’s financial outlook. As women live longer on average than men, they face the risk of eventually outliving retirement savings. There is also the gender wage gap, narrowing, but still evident.
What can women do to respond to these financial challenges?
Invest early & consistently Women should realize that on average they may need more years of retirement income than men. Social Security will not provide all the money they need. Accumulated retirement savings will need to be tapped as an income stream. So saving and investing regularly through IRAs and workplace retirement accounts is vital, the earlier the better. So is getting the employer match, if one is offered. Catch-up contributions after 50 should also be a goal.
Consider HSAs An HSA (Health Savings Account) is funded with pre-tax dollars, so an HSA owner can potentially get tax-deductible contributions as well as tax-free growth and tax-free withdrawals. HSAs are used with high-deductible health plans and HSA savings must be withdrawn to pay for qualified health expenses in order to be tax-exempt. One intriguing HSA detail: after attaining age 65 an HSA owner can withdraw HSA funds for non-medical expenses (these types of withdrawals are characterized as taxable income). That fact has prompted some journalists to label HSAs “backdoor IRAs.”
Work longer in pursuit of greater monthly Social Security benefits Working even two years longer means two years less of retirement to fund and for each year she refrains from filing for Social Security after age 62, her monthly Social Security benefit rises by about 8%.
Find a method to fund eldercare Many women are going to outlive their spouses. While many women may not need months of rehabilitation, in-home care or hospice care, many other women will.
Today, financially aware women are planning to meet retirement challenges. They are conferring with financial advisors and strategizing to take greater control over their financial futures.
This material was prepared by MarketingPro, Inc., and does not necessarily represent the views of the presenting party, nor their affiliates. This information has been derived from sources believed to be accurate. Please note – investing involves risk, and past performance is no guarantee of future results. The publisher is not engaged in rendering legal, accounting or other professional services. If assistance is needed, the reader is advised to engage the services of a competent professional. This information should not be construed as investment, tax or legal advice and may not be relied on for the purpose of avoiding any Federal tax penalty. This is neither a solicitation nor recommendation to purchase or sell any investment or insurance product or service, and should not be relied upon as such. All indices are unmanaged and are not illustrative of any particular investment.
Rebecca L. Bar-Shain, CFP, MBA, Financial Planner & Partner
Cedar Brook Group
Cleveland, Ohio 44124
U.S. Female Scientists to be Awarded $60,000 Each to Advance their Postdoctoral Research; Visit White House, National Academy of Sciences, New Jersey Public School and L’Oréal Headquarters
PRNewswire/ — L’Oréal USA today announced the five recipients of the 2016 For Women in Science Fellowship, which awards $60,000 grants to exemplary female scientists to advance their postdoctoral research. Over the last 13 years, L’Oréal USA’s For Women in Science fellowship program has awarded 65 postdoctoral women scientists over $3 million in grants at this critical stage of their career.
From neurology to astrophysics, the five 2016 fellows are being honored for their groundbreaking research across a broad range of fields: Carolyn “Anela” Choy, a postdoctoral fellow in biological oceanography and marine ecology at the Monterey Bay Aquarium Research Institute (MBARI); Shruti Naiki, a postdoctoral scientist in immunology and stem cell biology at The Rockefeller University; Amy Orsborn, a postdoctoral scientist in neuroscience at New York University; Laura Samson, a postdoctoral fellow in physics at Northwestern University’s Center for Interdisciplinary Exploration and Research in Astrophysics (CIERA); and Moriel Zelikowsky, a postdoctoral neuroscientist in the Department of Biology & Biological Engineering at California Institute of Technology.
“We are proud to recognize this group of exceptional female scientists for their innovative research and dedication to inspiring the next generation of women in STEM,” said Frédéric Rozé, President and CEO of L’Oréal USA. “By providing support at a pivotal moment in their careers, we hope to empower them to further their work, continue on a path to become future leaders in their fields and perhaps one day join our previous Laureates and win a Nobel Prize.”
Created in 1998, the L’Oréal-UNESCO For Women in Science International Awards identifies and supports accomplished female scientists around the world. Specifically, the program recognizes Laureates for their contributions to the advancement of life or physical sciences and encourages more young women to pursue STEM—a field where women remain underrepresented. Through the international program and the nearly 50 national and regional programs, such as the L’Oréal USA For Women in Science program, nearly 2,500 female scientists from more than 100 countries have been granted fellowships to pursue promising research projects.
The 2016 fellowship candidates were evaluated based on their intellectual merit, research potential, scientific excellence and their commitment to supporting women and girls in science. The U.S. fellowship program also includes a requirement to ensure recipients are committed to serving as role models for younger generations. Applications were reviewed by experienced scientists in the candidates’ respective fields through a partnership with the American Association for the Advancement of Science (AAAS), which manages the application process.
L’Oréal USA will host an award ceremony for the fellows in Washington, D.C. on Thursday, Oct. 6.
This year’s awards will recognize and support the following female scientists and their research:
Anela Choy is a postdoctoral fellow in biological oceanography and marine ecology at the Monterey Bay Aquarium Research Institute (MBARI). Choy’s research focuses on how food webs within the ocean work, and how they are impacted by plastic pollution and environmental change. Her work seeks to better understand how all life within the open ocean fits together into a complex network of feeding interactions. The L’Oréal USA For Women in Science fellowship will enable Choy to extend her research tenure at MBARI, specifically to gather samples and to conduct the analyses necessary to explore the chemical fingerprints of plastic in marine food webs of the Pacific Ocean. As a fifth-generation local of Hawai’i, Choy is committed to increasing the participation of ethnically diverse women in academic, stakeholder and resource management positions in Hawai’i and beyond. In college, Choy cofounded and managed the SOEST Maile Mentoring Bridge program at the University of Hawai’i to support Native Hawaiians and other underrepresented ethnic minorities in ocean and earth sciences. Choy, 33, received her B.A. in Environmental Sciences, M.S. in Oceanography and Ph.D. in Oceanography from the University of Hawai’i. Raised on O’ahu and the Big Island, Choy now lives in Santa Cruz, Calif., where she enjoys surfing and playing her guitar.
Shruti Naik is a postdoctoral scientist in immunology and stem cell biology at The Rockefeller University. Naik’s research focuses on understanding the role adult stem cells play in inflammation and how they can be used to treat inflammatory disorders of the skin, like psoriasis. The L’Oréal USA For Women in Science fellowship will enable Naik to produce a series of interviews with prominent female scientists in hopes of inspiring the next generation of women in STEM careers. This work will build on Naik’s long-standing commitment to advocacy for gender equality, mentorship and community outreach. At The Rockefeller University, Naik has grown the Women in Science at Rockefeller (WISeR) program from six to over 250 members and has established a weekly breakfast series for trainees to network with prominent female scientists. Naik, 31, received her B.S. in Cell and Molecular Biology from the University of Maryland and her Ph.D. in Immunology from the University of Pennsylvania and the National Institutes of Health Graduate Partnership Program. Raised in India until she was 12 and then Maryland, Naik now lives in New York City, where she loves seeing performance theatre, including opera, ballet, plays, musicals and improv.
Amy Orsborn is a postdoctoral scientist in neuroscience at New York University. Orsborn’s research focuses on how the brain learns to tell our bodies to move and approaches to restore function loss due to neurological diseases and disorders. Specifically, her research aims to create new and improved treatments, like state-of-the-art prosthetics, for people with motor disabilities caused by limb loss, stroke or spinal injury. The L’Oréal USA For Women in Science fellowship will enable Orsborn to invest in and maintain new advanced laboratory equipment, including a specialized computer to analyze large-scale data sets generated by this research. Outside of her lab, Orsborn is part of a team developing a new web-based resource aimed to increase diversity at scientific conferences. While currently in development, the STEMM Role Models app seeks to increase the visibility of minorities in science and makes it easier for conference organizers to find outstanding and diverse speakers. Orsborn, 32, received her B.S. in Engineering Physics from Case Western Reserve University and her Ph.D. in Bioengineering from University of California, Berkeley. Raised in Illinois, Orsborn now lives in New York City where she bakes any chance she gets, and is cultivating her interest in graphic design and scientific illustration.
Laura Sampson is a postdoctoral fellow in physics at Northwestern University’s Center for Interdisciplinary Exploration and Research in Astrophysics (CIERA). Sampson’s research focuses on gravitational wave astrophysics. Gravitational waves are a new way of observing the universe predicted by Einstein’s theory of general relativity and was first observed last year. Sampson develops data analysis algorithms to learn about the physical processes that lead to the systems that produce gravitational waves in the universe. The L’Oréal USA For Women in Science fellowship will allow Sampson to extend her research appointment, as well as work on a music-based outreach program. In addition to research, mentoring has been a strong focus for Sampson, who during her graduate studies co-founded and served as President of a Women in Science & Engineering chapter that organized retreats for female graduate students, monthly lunches with female faculty and postdoctoral researchers, and social networking events. Sampson, 31, received her B.A. in Physics from the University of Colorado and her Ph.D. in Physics from Montana State University. Raised in Boulder, Colorado, Sampson now lives in Evanston, Ill., with her dog, Jax.
Moriel Zelikowsky is a postdoctoral neuroscientist in the Department of Biology & Biological Engineering at the California Institute of Technology. Zelikowsky is researching how neurons in the brain encode traumatic emotional experiences. Specifically, this research is aimed at identifying and mapping the neuronal populations that control the effects of stress on subsequent anxiety, fear and social behavior, with the goal of leading to more advanced and targeted treatments for debilitating mental health disorders, such as post-traumatic stress disorder (PTSD). The L’Oréal USA For Women in Science fellowship will allow Zelikowsky to bring on a young female research mentee, who will receive training in cutting-edge, genetically-targeted molecular neuroscience technologies necessary for a more comprehensive understanding of the neural circuits that underlie emotional phenomena. Zelikowsky’s commitment to mentoring began in graduate school when she created the group Women in Learning (WIL), which offers a forum where young women in neuroscience can receive mentorship, support and guidance to advance women in STEM. Zelikowsky, 33, received her B.A. in Philosophy (Metaphysics) and her Ph.D. in Psychology from the University of California, Los Angeles. Born, raised and currently living in Los Angeles, Zelikowsky enjoys a very active lifestyle of rock climbing, trail running and backpacking with her chocolate Labrador, Pica.
PR Newswire Association LLC
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WASHINGTON, Sept. 14, 2016 /PRNewswire-USNewswire/ — 1,000 Days, a leading nutrition advocacy organization, released a new report today showing that the majority of children in America do not benefit from the nutrition they need for proper brain development and lifelong health.
The report, titled The First 1,000 Days: Nourishing America’s Future, finds that malnutrition is not just a challenge for mothers and babies globally—unhealthy diets, suboptimal infant and toddler feeding practices, and food insecurity have dire consequences for the health and prosperity of families in the United States. The report specifically focuses on the 1,000 days between a woman’s pregnancy and a child’s second birthday, when the right nutrition has a life-changing impact on a child’s ability to grow, learn and succeed.
“The science behind the impact of poor nutrition during the first 1,000 days is clear. This is a time of incredible growth for children’s brains and bodies and they need to be fueled with good nutrition,” said Lucy Sullivan, Executive Director of 1,000 Days. “All children, regardless of where they are born, deserve a strong start in life and the opportunity to reach their full potential. We are committed to ensuring women and children everywhere have the healthiest first 1,000 days, and that includes women and children here in the United States.”
1,000 Days has issued a set of recommendations where greater action and investment can have a transformative impact on the future health and well-being of America’s youngest children. Among other priorities, the organization is calling for:
“Nutrient deficiency is robbing children of their potential,” said Hugh Welsh, President and General Counsel of DSM North America, a manufacturer of nutritional and food ingredients. “It is time to focus on nourishing our country’s youngest children—the health and well-being of our nation depends on it.”
Among the findings, the report identifies ten building blocks essential for all children to have the strongest start to life, including:
A full list of the building blocks and a snapshot of how the U.S. is faring is available here: http://thousanddays.org/tdays-content/uploads/StandaloneCharts-2_Scorecard-Logo.pdf
The full list of recommendations can be found here:
To read and download the full report, visit:
About 1,000 Days
1,000 Days is the leading non-profit advocacy organization working in the U.S. and around the world to improve nutrition, particularly during the 1,000 day window between a woman’s pregnancy and her child’s 2nd birthday, when the right nutrition has a life-changing impact on a child’s future. 1,000 Days promotes greater action and investment in nutrition in order to build a strong foundation for children, their families and their nations to thrive. To learn more visit www.thousanddays.org.