Source: How to get checked by an ND without a medical insurance
How to get checked by an ND without a medical insurance
It costs $150 for one hour video conferencing with a Naturopathic Doctor, ND. It is worth it when you have no medical insurance.
There is http://www.goharvey.com , an online way to videochat with an ND.
And many more sites offering telehealth with doctors and CAM (complimentary and alternative medicine).
Motherhealth plans to provide telehealth solutions to find care, use technology, equip health consumers with latest health research, tools, health care teams and gadgets and bridge the gap with the current health care system.
If you are interested to support the above goals, please fund us here:
https://www.indiegogo.com/projects/bay-area-health-resource-senior-care-and-more/x/3335495#/

Health Care Technology News
| Primary-care doc pay rises with demand, but the industry disparity is still large
One of the lingering challenges to recruit more individuals to pursue a career in primary care has been the large wage differential found between those specialties and more specialized clinical fields. READ MORE
During the first year of EHR installations, the median decline in operating cash flow for hospital systems is 10% with a 6% fall off in days cash on hand, Moody’s said in a new report. READ MORE
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INFORMATION TECHNOLOGY
Harold Wolf III will succeed H. Stephen Lieber, who’s served in the role for over 17 years. READ MORE
MEDICAL DEVICES & EQUIPMENT
FDA gives Invacare permission to ramp up manufacturing Invacare is finally free to build as many wheelchairs as it pleases. The U.S. Food and Drug Administration has given the company permission to ramp up manufacturing at its Elyria, Ohio, plant. READ MORE
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PHARMACEUTICALS
Drug prices expected to rise nearly 8% next year Drug prices continue to rise faster than the medical inflation rate, largely due to sharp spikes in branded drug prices that have caused providers to work around optimal treatments and forced patients to avoid taking costly medications. READ MORE
CLINICAL PRACTICE
Uber could improve access for addiction recovery Transportation is the largest barrier for people seeking and receiving addiction treatment. A new pilot program shows offering free Uber transportation for addiction patients could help improve attendance rates for assessment and treatment appointments. READ MORE
Disabled Medicare enrollees are not getting the same care as able-bodied ones Disabled Medicare beneficiaries are getting worse screening compared with able-bodied enrollees, according to the CMS. The agency has found that beneficiaries age 65 and older reporting disabilities were less likely to receive mammography screenings and Pap tests than those reporting no disability. READ MORE
SPOTLIGHT
Mark Zuckerberg thinks artificial intelligence will be great for healthcare, Missouri’s governor praises new abortion restrictions, and researchers find CTE in nearly all the dead football players’ brains that were recently studied. READ MORE
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How caregivers are paid more at Motherhealth

We know that caregivers are integral members of the team in providing senior care. Case managers train and monitor clients and caregivers and help in marketing.
We pay our caregivers $20 per hour when we charge our client $25 and $230 when we charge our clients $250 for 24-hr care. We can do this because we wanted to maintain satisfied clients and caregivers, prevent emergencies, and be flexible based on the financial capacities of each client. We serve the rich and the poor home-bound seniors.
Our fees are flexible based on level of care and affordable for the less affluent population. We give free referrals to care homes and provide various recommendations from rental hospital beds, non medical transport , nutrition , exercise , massage , light housekeeping and more.
How can we grow the business when homehero.org transitioned to another business? We should put affordable and full health concierge senior care first as our main goal.
We can do this if we provide profit sharing to our caregivers and team including families.
We cannot grow as a health concierge team without an integrated approach building teams for telehealth to include complimentary and alternative medicine as some of our seniors seek help from physical therapists, acupuncturists, chiropractors, massage therapists, nutritionists, health coach, DO, MD and other health care teams.
Your support is appreciated.
https://www.indiegogo.com/projects/bay-area-health-resource-senior-care-and-more/x/3335495#/
Email motherhealth@gmail.com to realize these goals of true health concierge for senior and health care to compliment the current health care system.

Washington Post 7-26-2017
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Waterlogged brain region helps scientists gauge damage in Parkinson’s
Waterlogged brain region helps scientists gauge damage in Parkinson’s
Waterlogged brain region helps scientists gauge damage caused by Parkinson’s disease
NIH-funded research could aid drug development for the condition.
NIH-funded scientists have discovered that Parkinson’s disease increases the amount of “free” water in a particular brain area.Image courtesy of David Vaillancourt, Ph.D., University of Florida.
Scientists at the University of Florida have discovered a new method of observing the brain changes caused by Parkinson’s disease, which destroys neurons important for movement. The development suggests that fluid changes in a specific brain area could provide a way to track that damage. The study, published in the journal Brain, was supported by the NIH’s National Institute of Neurological Disorders and Stroke (NINDS).
“By finding a new way to detect and track how Parkinson’s affects the brain, this study provides an important tool for assessing whether a drug might slow or stop those changes and keep symptoms from getting worse,” said NINDS Program Director Daofen Chen, Ph.D.
The researchers, led by David Vaillancourt, Ph.D., a professor of applied physiology and kinesiology at the University of Florida in Gainesville, FL, used a form of MRI that differentiates between water contained in brain cells and “free” water outside of cells. Their analysis focused on the substantia nigra, a brain structure where Parkinson’s disease kills neurons that use the chemical dopamine to communicate with other cells. The results showed that the amount of free water in that brain area stayed the same over the course of a year in healthy individuals but increased in early-stage Parkinson’s patients during that period and increased further over the next three years. This confirms and expands on a prior study by the same group that measured free water over just one year. The new findings also revealed the increase in free water was linked to worsening symptoms.
“The amount of free water doesn’t just change over one year – it keeps progressively increasing, which suggests that it’s tracking the progressive degeneration of neurons,” said Dr. Vaillancourt.
The researchers used a scale to evaluate patient’s movement problems, with Stage One on the scale being the least severe and Stage Five being the most advanced. Patients who moved up a stage on the scale during the four years of the study had a greater free water increase than patients who remained at the same stage, suggesting the change reflected Parkinson’s-related damage to neurons.
Parkinson’s disease destroys dopamine-producing cells in the substantia nigra, which connect to adjacent brain areas. Dr. Vaillancourt’s study showed that a greater free water increase in the substantia nigra was associated with a decrease in dopamine neuron activity in one of these nearby regions, supporting the idea that free water changes are related to progression of the disease.
“That correlation is encouraging because it pins down the biological relevance of free water,” Dr. Vaillancourt said.
The study’s results suggest that the MRI-based free water measurement could be used in Parkinson’s disease clinical trials. If a treatment slows or stops the increase in free water, it might be evidence that the drug is slowing the progressive loss of dopamine neurons.
The researchers used data from the Parkinson’s Progression Markers Initiative (PPMI), a large study sponsored by the Michael J. Fox Foundation that has been collecting information on recently diagnosed Parkinson’s patients from over 30 different U.S. and international sites. The fact that Dr. Vaillancourt’s team found similar patterns in patients at every location boosted his confidence in the results because, like the PPMI, clinical trials must collect data from many sites using numerous different MRI machines.
“The PPMI data is real-world messy data, and when you find the effect in real-world messy data, it makes you think that it has legs,” he said.
Dr. Vaillancourt speculated that his team’s free water approach could make clinical trials less expensive by reducing the number of participants they would need to enroll. His team is currently running just such a study using free water to gauge the effect of a potential Parkinson’s treatment. At the same time, the group is attempting to develop computer programs that will make free water analysis faster and easier. Future studies are needed to track changes in free water over longer time spans and in other brain regions and to determine what causes them.
The study was funded by NINDS (NS052318), the National Institute of Mental Health (MH108574), the National Institute of Biomedical Imaging and Bioengineering (EB015902), and the Parkinson’s Progression Markers Initiative.
Connie’s comments: This study seems related to cell wall infected with inflammatory toxins, weakened, and clogged. Search this site for immune system, toxins, inflammation and parkinson’s disease.
Why hire a bay area live-in caregiver?
Why hire a bay area live-in caregiver?
A caregiver is needed to assist in daily living, companion, cook, does light housekeeping, helps with exercise, does light massage and help with medication management and other non medical home care support.
When a senior is home-bound and family members are busy at work or exhausted with caring and need respite, a caregiver should be called for live in or 4-hr help.
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Physics of Bubbles May Explain Language Patterns
Source: University of Portsmouth.
Language patterns could be predicted by simple laws of physics, a new study has found.
Dr James Burridge from the University of Portsmouth has published a theory using ideas from physics to predict where and how dialects occur.
He said: “If you want to know where you’ll find dialects and why, a lot can be predicted from the physics of bubbles and our tendency to copy others around us.
“Copying causes large dialect regions where one way of speaking dominates. Where dialect regions meet, you get surface tension. Surface tension causes oil and water to separate out into layers, and also causes small bubbles in a bubble bath to merge into bigger ones.
“The bubbles in the bath are like groups of people – they merge into the bigger bubbles because they want to fit in with their neighbours.
“When people speak and listen to each other, they have a tendency to conform to the patterns of speech they hear others using, and therefore align their dialects. Since people typically remain geographically local in their everyday lives, they tend to align with those nearby.”
Dr Burridge from the University’s department of mathematics departs from the existing approaches in studying dialects to formulate a theory of how country shape and population distribution play an important role in how dialect regions evolve.
Traditional dialectologists use the term ‘isogloss’ to describe a line on a map marking an area which has a distinct linguistic feature.
Dr Burridge said: “These isoglosses are like the edges of bubbles – the maths used to describe bubbles can also describe dialects.
“My model shows that dialects tend to move outwards from population centres, which explains why cities have their own dialects. Big cities like London and Birmingham are pushing on the walls of their own bubbles.
“This is why many dialects have a big city at their heart – the bigger the city, the greater this effect. It’s also why new ways of speaking often spread outwards from a large urban centre.
“If people live near a town or city, we assume they experience more frequent interactions with people from the city than with those living outside it, simply because there are more city dwellers to interact with.
His model also shows that language boundaries get smoother and straighter over time, which stabilises dialects.
Dr Burridge’s research is driven by a long-held interest in spatial patterns and the idea that humans and animal behaviour can evolve predictably. His research has been funded by the Leverhulme Trust.
Source: Phil Roth – University of Portsmouth
Image Source: NeuroscienceNews.com image is credited to James Burridge, University of Portsmouth.
Original Research: Abstract for “Spatial Evolution of Human Dialects” by James Burridge in Physical Review X. Published online July 17 doi:10.1103/PhysRevX.7.031008
<http://neurosciencenews.com/language-bubble-physics-7168/>.
Abstract
Spatial Evolution of Human Dialects
The geographical pattern of human dialects is a result of history. Here, we formulate a simple spatial model of language change which shows that the final result of this historical evolution may, to some extent, be predictable. The model shows that the boundaries of language dialect regions are controlled by a length minimizing effect analogous to surface tension, mediated by variations in population density which can induce curvature, and by the shape of coastline or similar borders. The predictability of dialect regions arises because these effects will drive many complex, randomized early states toward one of a smaller number of stable final configurations. The model is able to reproduce observations and predictions of dialectologists. These include dialect continua, isogloss bundling, fanning, the wavelike spread of dialect features from cities, and the impact of human movement on the number of dialects that an area can support. The model also provides an analytical form for Séguy’s curve giving the relationship between geographical and linguistic distance, and a generalization of the curve to account for the presence of a population center. A simple modification allows us to analytically characterize the variation of language use by age in an area undergoing linguistic change.
“Spatial Evolution of Human Dialects” by James Burridge in Physical Review X. Published online July 17 doi:10.1103/PhysRevX.7.031008
Trump Is Becoming Unhinged at the Twists and Turns of Kremlingate
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How you can help in health education
How you can help in health education
Fund this site to help in educating the public about health. Your support in this fund raising campaign to further the goal of reaching out to health consumers about health promotion will be the first step to help reduce chronic care cost, so please share this post.
How Toddlers Begin Learning Rules of Reading and Writing
Summary: A new study reveals that by the age of three, children are already starting to follow complex rules and patterns that govern how letters fit together to make words.
Source: WUSTL.
Exposure to language improves ‘invented spellings’ of children ages 3-to-5 years.
Even the proudest of parents may struggle to find some semblance of meaning behind the seemingly random mish-mash of letters that often emerge from a toddler’s first scribbled and scrawled attempts at putting words on paper.
But new research from Washington University in St. Louis suggests that children as young as 3 already are beginning to recognize and follow important rules and patterns governing how letters in the English language fit together to make words.
The study, published this month in the journal Child Development, provides new evidence that children start to learn about some aspects of reading and writing at a very early age.
“Our results show that children begin to learn about the statistics of written language, for example about which letters often appear together and which letters appear together less often, before they learn how letters represent the sounds of a language,” said study co-author Rebecca Treiman, a professor of psychological and brain sciences in Arts & Sciences.
An important part of learning to read and spell is learning about how the letters in written words reflect the sounds in spoken words. Children often begin to show this knowledge around 5 or 6 years of age when they produce spellings such as BO or BLO for “blow.”
We tend to think that learning to spell doesn’t really begin until children start inventing spellings that reflect the sounds in spoken words — spellings like C or KI for “climb”. These early invented spellings may not represent all of the sounds in a word, but children are clearly listening to the word and trying to use letters to symbolize some of the words within it, Treiman said.
As children get older, these sound-based spellings improve. For example, children may move from something like KI for “climb” to something like KLIM.
“Many studies have examined how children’s invented spellings improve as they get older, but no previous studies have asked whether children’s spellings improve even before they are able to produce spellings that represent the sounds in words,” Treiman said. “Our study found improvements over this period, with spellings becoming more wordlike in appearance over the preschool years in a group of children who did not yet use letters to stand for sounds.”
Treiman’s study analyzed the spellings of 179 children from the United States (age 3 years, 2 months to 5 years, 6 months) who were prephonological spellers. That is, when asked to try to write words, the children used letters that did not reflect the sounds in the words they were asked to spell, which is common and normal at this age.
On a variety of measures, the older prephonological spellers showed more knowledge about English letter patterns than did the younger prephonological spellers. When the researchers asked adults to rate the children’s productions for how much they looked like English words, they found that the adults gave higher ratings, on average, to the productions of older prephonological spellers than to the productions of younger prephonological spellers.
The productions of older prephonological spellers also were more word-like on several objective measures, including length, use of different letters within words, and combinations of letters. For example:
“While neither spelling makes sense as an attempt to represent sounds, the older child’s effort shows that he or she knows more about the appearance of English words,” Treiman said.
The findings are important, Treiman said, because they show that exposure to written words during the 3-to-5-year age range may be important in getting children off to a strong start with their reading, writing and spelling skills.
“Our results show that there is change and improvement with age during this period before children produce spellings that make sense on the basis of sound.” Treiman said. “In many ways, the spellings produced during this period of time are more wordlike when children are older than when they are younger. That is, even though the spellings don’t represent the sounds of words, they start looking more like actual words.”
“This is pretty interesting, because it suggests that children are starting to learn about one aspect of spelling – what words look like – from an earlier point than we’d given them credit for,” she said. “It opens up the possibility that educators could get useful information from children’s early attempts to write– information that could help to show whether a child is on track for future success or whether there might be a problem.”
Other Washington University co-authors include Brett Kessler, a research scientist in psychological and brain sciences; former Arts & Sciences undergraduates Hayley Clocksin and Zhengdao Chen; and Kelly Boland, a former research assistant in Treiman’s reading lab who is now a psychology graduate student at the University of Missouri.
Funding: This research was supported by grants from NSF (BCS-1421279) and NIH (HD051610).
Source: Chuck Finder – WUSTL
Image Source: NeuroscienceNews.com image is adapted from the WUSTL news release.
Original Research: Full open access research for “Statistical Learning and Spelling: Older Prephonological Spellers Produce More Wordlike Spellings Than Younger Prephonological Spellers” by Rebecca Treiman, Brett Kessler, Kelly Boland, Hayley Clocksin, and Zhengdao Chen in Child Development. Published online July 7 2017 doi:10.1111/cdev.12893
<http://neurosciencenews.com/toddler-reading-writing-7174/>.
Abstract
Statistical Learning and Spelling: Older Prephonological Spellers Produce More Wordlike Spellings Than Younger Prephonological Spellers
The authors analyzed the spellings of 179 U.S. children (age = 3 years, 2 months–5 years, 6 months) who were prephonological spellers, in that they wrote using letters that did not reflect the phonemes in the target items. Supporting the idea that children use their statistical learning skills to learn about the outer form of writing before they begin to spell phonologically, older prephonological spellers showed more knowledge about English letter patterns than did younger prephonological spellers. The written productions of older prephonological spellers were rated by adults as more similar to English words than were the productions of younger prephonological spellers. The older children s spellings were also more wordlike on several objective measures, including length, variability of letters within words, and digram frequency.
“Statistical Learning and Spelling: Older Prephonological Spellers Produce More Wordlike Spellings Than Younger Prephonological Spellers” by Rebecca Treiman, Brett Kessler, Kelly Boland, Hayley Clocksin, and Zhengdao Chen in Child Development. Published online July 7 2017 doi:10.1111/cdev.12893























