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Driver Danica Patrick Takes Lead for StrongGirl™

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Driver Danica Patrick Takes Lead for StrongGirl™

Iovate Health Sciences International has introduced StrongGirl™, a new line of supplements created by women for women. StrongGirl™ supplements are designed to help the active woman achieve her goals and be the best version of herself, with premium nutrition and effective formulas to help her be beautiful and strong, both inside and out.  This exciting new line of women’s supplements will hit GNC and Lucky Vitamin shelves in February, and will be backed by a huge social media presence on Facebook and Instagram, and a ton of female brand ambassadors, including Professional Race Car Driver Danica Patrick who endorses the StrongGirl™ Isolate.

The StrongGirl™ brand includes:

  • Isolate (Decadent Chocolate & Vanilla Ice Cream flavors) – a complete lean nutritional protein shake formulated with 100% protein isolate, plus biotin, collagen, B vitamins, folic acid, probiotics, digestive enzymes, and a Fruit & Veggie blend
  • Pre-Workout (Strawberry Mojito & Cosmo Fruit Punch flavors) – a powerful pre-workout that delivers amazing energy, strength and focus
  • Smart Weight Loss Pills – a potent thermogenic that boosts energy and supports metabolism for effective weight loss

Designed for the fitness fanatic, the weekend warrior, the obstacle course enthusiast, the recreational athlete, the busy mom, and the strong, active woman, the StrongGirl™ Advantage, delivers scientifically researched key ingredients, without any banned substances, harmful impurities or undeclared ingredients. Be the best you! Be positive. #BeStrong

For more information on the StrongGirl™ line, visit www.stronggirl.com

Feb. 2, 2015

Neptune Promotion

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Neptune Promotion

Dr. Tina Sampalis has been appointed Medical Science Liaison for Neptune Biotech. This is a transition from her previous position of Chief Global Strategic Officer for Neptune to more of a consulting role.

A biotechnology company from Laval, Québec, Neptune has developed a patented process of extracting oils from Antarctic krill, and these marine-derived omega-3 polyunsaturated fatty acids (”PUFAs”) are commercialized mostly as dietary supplements under private labels in global nutraceutical markets.

Through its subsidiaries, Acasti Pharma Inc. (“Acasti”) and NeuroBioPharm Inc. (“NeuroBio”), Neptune is focusing on the research and development of safe and therapeutically effective compounds for highly prevalent atherosclerotic conditions, such as cardiometabolic disorders and cardiovascular diseases, and for neurodegenerative and inflammation related conditions.

“On behalf of the Board and Management team of Neptune and Acasti, I would like to thank Tina for her leadership and service over the years,” said Mr. Pierre Fitzgibbon, Chairman of Neptune’s Board of Directors and Acasti Board member.  “Tina made an important contribution to our success and we look forward to her continued guidance in her new role.”

 

Could Probiotics Reduce Viral Infections and Digestive Distress in Infants?

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Could Probiotics Reduce Viral Infections and Digestive Distress in Infants?

Probiotics have shown promise in supporting young immune systems to reduce incidence of common illnesses. In a Drug, Healthcare and Patient Safety study, Streptococcus salivarius probiotic (as BLIS K12™ from Stratum Nutrition) helped prevent both streptococcal and viral pharyngotonsillitis. Kids supplementing with the probiotic lozenges experienced a 96-percent decrease in sore throats and an 80-percent reduction in viral infection episodes.

Additionally, the study suggests that a probiotics regimen in an infant’s first three months may decrease GI disorders such as infant colic, acid reflux and constipation. Research from Aldo Moro University of Bari, Italy, found babies consuming probiotics (as Lactobacillus reuteri DSM 17938 from BioGaia AB) had fewer regurgitations compared to the control group (2.9 versus 4.6) and less crying time (38 minutes versus 71 minutes). “Driving a change of colonization during the first weeks of life through giving lactobacilli may promote an improvement in intestinal permeability, visceral sensitivity and mast cell density, and probiotic administration may represent a new strategy for preventing these conditions, at least in predisposed children,” the authors wrote.

 

Tests Suggest that Hemp Oil Enhances Immune Function

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Under the sponsorship of Earth Science Tech., Inc. (ETST), researchers at the University of Central Oklahoma have been investigating the effects of ETST CBD Rich Hemp Oil on immune cells.

Led by lead investigator Dr. Wei R. Chen, the team found that ETST hemp oil solution used in appropriate CBD concentrations could stimulate macrophages, an important immune cell, through the production of TNF α. The cytokine TNF α is a key cell signaler in the recruitment of immune cells. Maintaining a healthy immune system is key in health and may help in the fight of cancer. Furthermore, they also found that the CBD was capable of enhancing TNF α production by macrophages initiated by other compounds. Dr. Chen’s team believes that the effects of hemp oil enriched with CBD on immune cells may be used to improve cancer treatment, particularly in combination with other treatment modalities.

A bladder control drug could help speed up your metabolism

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The drug mirabegron, currently prescribed to help manage an overactive bladder, has been shown to have positive effects on the metabolism, according to researchers from the National Institute of Diabetes and Digestive and Kidney Diseases.

Normally, brown fat in the body burns energy to generate heat, and is considered the healthier of the two options. With one 200-milligram dose of the drug, all of the 12 participants’ resting metabolism rose by 203 calories per day. This dose is higher than the approved dose of 50 milligrams per day used to control overactive bladders.

“We showed that a one-time dose of the drug mirabegron stimulates human brown adipose tissue so that it consumes glucose and burns calories,” says Dr. Aaron Cypess, lead author of the study.

Bergamot May Be Viable Alternative to Statins for Lowering Cholesterol

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A bitter yet fragrant citrus fruit known as bergamot, most often found as a flavour in Earl Grey tea, can yield an extract that lowers cholesterol with very few side effects. The scientists associated with this study – which is working with the company that actually produces the bergamot extract – say that it “boosts good cholesterol, reduces fatty deposits in the liver and lowers blood sugar.”

They suggest that it would make an excellent alternative to the statins most often used to lower cholesterol – but are known for side-effects ranging from muscle aches to digestive problems.

Despite the fact that the group has published or presented a number of human studies, the potential conflict of interest means that independent studies from other countries and other researchers would be needed before the evidence becomes truly compelling.

Bergamot fruit are rich in flavonoids (which are antioxidants) – that some scientists suggest are responsible for bergamot’s most desirable effects. Earl Grey tea probably doesn’t boast enough bergamot to be used therapeutically – but the tea does contain other antioxidants called catechins.

Vitamin D status and risk of Dementia

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In this study, the authors investigated whether serum 25-hydroxyvitamin D (25(OH)D) level predicts dementia risk, as high vitamin D status has been hypothesized to protect against it. The study was based on the Mini-Finland Health Survey. The study population consisted of 5010 men and women, aged 40-79 years, and free of dementia at baseline.

During a 17-year follow up, 151 incident cases of dementia (International Classification of Diseases, revision 8, code 290) occurred, according to population registers. Serum 25(OH)D concentration was determined from serum samples frozen at -20°C and stored at baseline.

The results showed that among women, these with higher serum 25(OH)D concentrations showed a reduced risk of dementia. The hazard ratio between the highest and lowest quartiles of serum 25(OH)D was 0.33 (95% confidence interval = 0.15-0.73) in women and 0.74 (0.29-1.88) in men, after adjustment for age, month of blood draw, education, marital status, physical activity, smoking, alcohol consumption, body mass index, blood pressure, plasma fasting glucose, serum triglycerides, and serum total cholesterol.

The authors conclude that low vitamin D status may be a risk factor for dementia. Epidemiology. 2014. PMID: 25215530.

Could Probiotics Reduce Viral Infections and Digestive Distress in Infants?

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Probiotics have shown promise in supporting young immune systems to reduce incidence of common illnesses. In a Drug, Healthcare and Patient Safety study, Streptococcus salivarius probiotic (as BLIS K12™ from Stratum Nutrition) helped prevent both streptococcal and viral pharyngotonsillitis. Kids supplementing with the probiotic lozenges experienced a 96-percent decrease in sore throats and an 80-percent reduction in viral infection episodes.

Additionally, the study suggests that a probiotics regimen in an infant’s first three months may decrease GI disorders such as infant colic, acid reflux and constipation. Research from Aldo Moro University of Bari, Italy, found babies consuming probiotics (as Lactobacillus reuteri DSM 17938 from BioGaia AB) had fewer regurgitations compared to the control group (2.9 versus 4.6) and less crying time (38 minutes versus 71 minutes). “Driving a change of colonization during the first weeks of life through giving lactobacilli may promote an improvement in intestinal permeability, visceral sensitivity and mast cell density, and probiotic administration may represent a new strategy for preventing these conditions, at least in predisposed children,” the authors wrote.

Marsden Centre of Naturopathic Excellence: Leading Integrative Oncology

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Based on its success, it is hard to believe that The Marsden Center of Naturopathic Excellence (MCNE) has only been opened for 5 years. The clinic is managed by Dr. Eric Marsden, ND. During his education, Dr. Marsden had the opportunity to travel to Germany once to twice a year over a period of about 10 years. In this process, he witnessed first-hand integrative cancer care and he got really excited about applying it in Canada. He even remembers visiting hospital floors where there were high-end diagnostics on one end and then rooms for naturopathic treatments on the other. The atmosphere and the quality of care was inspiring. The lack of awareness of these integrated approaches in Canada was also a strong motivating factor for him. The clinic was created as a result of these experiences, as Dr. Marsden wanted to build a space capable of providing that high level of care. He also wanted to bring the some of the more advanced diagnostics to the naturopathic profession. He wanted to facilitate access to quality care patients and practitioners.

clinic1The clinic is an impressive 6000 square feet in total and services up to 200 patient visits a week. There are 7 treatment rooms, a full laboratory, an infusion therapy suite (where 8 chairs are available for IV therapy), a hyperthermia treatment suite, a professional dispensary, a tea room and organic café, meeting and lecture space, and administrative offices. Dr. Marsden believes that the clinic’s advanced therapeutics make a major difference for patients. MCNE offers loco-regional hyperthermia (they are one of only 4 clinics in Canada that offer this). They also offer mistletoe therapy (Dr. Marsden actually brought Helixor to Canada). The clinic has patients that come from the United States who request it. In addition to these therapies, the clinic is always on the cusp of infusion therapy.

The team at MCNE utilizes a thorough and unique set of diagnostics. They have unique German devices that allow for bio-electronic terrain assessment (this measures things like pH, redox potential, and resistivity). They also do microscopy, bio-impedance analysis, as well as basic tests like ECG and spirometry. There use two special labs from Germany, Maintrac and BioFocus. Maintrac provides a method of quantifying circulating tumour cells within a sample of blood. It can be used as a tool for prognosis and for preventive protocols. The doctors at MCNE see a direct clinical relation. BioFocus provides genetic characterization. They isolate the circulating tumour cells and do gene testing on them, which may help to identify if certain therapies may be particularly helpful. In terms of Canadian providers, the team at MCNE uses CELLSEARCH®, a Health Canada approved diagnostic platform. In particular, they use it to see if a treatment is working. It may change prognosis, but is also useful for analyzing quality of life. The team at MCNE have a lot of combined experience and have treated rare cancers.

clinic4All of their medical information is linked into their electronic medical records system. They use a company that allows them to do some data mining. The same system (Accuro®EMR) is used by many medical doctors. All patients are ICD-coded. Dr. Marsden hopes that they will be able to link into OLIS, the central lab system for Ontario. The eventual goal is that if there are prescription changes made for patients, all practitioners will be made aware of it. It will also allow for the centralization of patient data. MCNE is one of the few clinics where there is a standardized approach to cancer patients. They look at where patients are in the disease pathway and what that means in terms of the treatment goals. They analyze what this means in terms of the therapeutics that they can administer (especially if concunrently with conventional approaches). The result is that the clinic provides a better standard care for patients. They actually evaluate and quantify their treatments to clearly establish how effective they are, not only on the whole, but also for each individual patient.
MCNE offers a residency program. It includes 2 residents on at one time and they stagger it so that each year they bring on a new practitioner. This allows for a mentorship component, so that the senior resident can help with education and training of the junior resident. Many residents stay to practice as associates after their residency. Some practitioners on the team will specialize after (Dr. Lee for example has a strong emphasis in Traditional Chinese Medicine, so does all the acupuncture and related intakes). The residents do all the infusions and manage new patient assessments. The goals for the residents are to understand the foundations of cancer care and environmental medicine. In the second year of residency, the focus is on case management. All of the practitioners try to work together and usually there will be one practitioner who will lead a patient’s care based on their specialty training. For example, a team member may have a consult with the primary doctor’s patient directly or engage in collaborative case management with the primary doctor.

clinic3The biggest challenge for MCNE is the integration of care. They have a difficult time implementing a collaborative and cooperative approach with others. “We try our best,” says Dr. Marsden. “Medical doctors, oncologists, and naturopathic doctors all want what’s best for their patients. One big concern from doctors and specialists is that they are worried about the cost of treatment for the patients.” The other perceived obstacle is regulation: it has the potential to allow for more integration, but also has the risk of being restrictive. To address the cost concerns, last year the MCNE performed $100,000 worth of subsidized treatments for patients. Remarkably, they are in the process of trying to create a charity in which all naturopathic doctors could access funds for their patients to receive care.

Dr. Marsden and his team always try to be on the cutting edge of oncology research. They also have a very strong environmental medicine program. They believe it plays a more serious role in both primary and secondary prevention with regards to oncology. When asked if he has any messages for other doctors, Dr. Marsden says: “Integrative approaches to oncology are incredibly important. Cancer is the leading cause of death in North America. We don’t have it right. Even the most emergent therapeutics are only adding months to life. The fact of the matter is that we continue to look at cancer as a battle. We look at the cancer as our enemy and the patient as our battleground. Cancer is a whole body disease and it involves the regulation of the immune system. Treating rationally and effectively, while using therapies where there is good clinical evidence is the best way to go.” Dr. Marsden encourages his patients to be strong advocates for themselves. In the near future, the hope is that the clinic will be involved in a multi-center trial for cancer care. The team at MCNE hopes to publish more papers and to continue presenting their findings at conferences. They want to open doors to collaborate with cancer treatment centers in Ontario. “Because the stakes are so high in oncology, the rewards can be wonderful,” Dr. Marsden says. We would like to thank the team at MCNE for sharing their story with IHP.

 

Dr. Eric Marsden, BSc, ND – Clinic Director

Dr. Von Chaleunsouk Marsden, BSc, ND – Assistant Director

Dr. Rebecca Lee, Hon. BSc, ND

Dr. Ashley Chauvin, BSc, RTT, ND

Dr. Lei Gu, BSc, ND

Martha Sharpe, ND – Resident

Pamela Tarek, RHN

Hilda White – Reception

Barb Czapla – Reception

Project Soil – Food Production at Health Care Institutions

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The “local food” phenomena… A truly incredible happening… Resurgence of farmers markets in communities across the country, individual citizens and families committing to generate at least a portion of their own food consumption in their own backyards or condo patios, growing systems emerging that allow the hobby gardener to produce food through vertical systems that occupy windows in peoples homes, and the nation- wide phenomena of people secretly raising chickens in their backyards – secretly because most municipalities have by-laws banning the practice. So what about getting institutions involved? What about getting hospitals to grow the food they serve in their cafeterias? Universities to grow the food served in on- campus restaurants? How about in- patient care centres growing food for the centre, and having patients participate in the growing, harvesting, and processing?

Phil Mount, PhD, is the principal researcher of an OMAFRA- funded study investigating this very principle. Project SOIL (Shared Opportunities on Institutional Lands) has a mandate to assess the feasibility of institutions generating their own supply of food. It began with previous projects that assessed obstacles to local food supply in Ontario. The Toronto Food Terminal is the main point of control for all food, local and imported, in Ontario. This is convenient to all levels of the food supply chain—from producers to distributors to retailers, and of course consumers— but not the most effective or efficient way to deliver local food to local regions. A need was identified for a means to deliver locally-produced food to “large” consumers – including healthcare facilities— while keeping costs down, and returning a fair price to the farmers. That research also concluded that one of the challenges to increased local food production is the lack of access to land for new and young farmers.

IhPCoverStoryDecSpreadLGAnother research project identified cost as one of the main barriers to increasing local food in health care institutions. But at the same time, it was clear that many of these institutions were rich in another resource: land. The OMAFRA funding, under the “New Directions” research program, challenged Dr Mount and colleagues to ask the question “how could we bring these resources together to encourage hospitals and other institutions to grow their own local food”? The research has focused on healthcare and educational facilities, yet their work can be easily applied across a broad range of institutions, from seniors’ residences to daycares. Virtually any facility with land is indeed an ideal candidate.

Project SOIL is actively working with five pilot sites. A major focus of the project is to demonstrate the benefits that derive from on-site food production at any scale. While the positive influence of smaller growing projects is immense, one important goal is to be able to demonstrate the feasibility of large-scale food production initiatives using lands of healthcare and other institutions. But this does not mean production is limited to facilities with large tracts of land: intensive food production practices can grow large quantities on very small plots!

The five ongoing pilots of Project SOIL are as follows:

  • Homewood Health Centre – Guelph, Ontario. Homewood is a centre that treats addiction and mental health concerns. The facility has had a rich history of “therapeutic horticulture”, and are now using the newly-designed Victorian Gardens as a means of food generation, yet also as a tool to get patients moving, active, and participating in their own food production.
  • Food School Farm – Fergus, Ontario. In partnership with a community non-profit—the Wellington Centre for Sustainable Agriculture—the district high school uses a century farmhouse and a one- acre garden as an intensive organic farm. A full semester, all day, integrated sustainable agriculture program for grade 11 students is conducted in the farmhouse, and students participate in the planting, maintaining, harvesting, and processing of the organic produce.
  • KW Habilitation. A community organization founded by parents focused on helping individuals with developmental disabilities. The team created the “Our Farm project”, that includes gardens at an eight- acre rural site, as well as an urban site in downtown Waterloo maintained by a student group- “Young City Growers”.
  • Lakehead Psychiatric – Thunder Bay, Ontario. Lakehead runs a series of social purpose training programs aimed at introducing outpatients to vocations they may pursue in the community. In the GreenWerks Gardens, clients learn planting, growing and harvesting skills. The produce is either sold in an on- site café and market, used by the foodservice provider, or sold at a discount to the Regional Food Distribution Agency, who delivers to over 40 food relief sites in Northwestern Ontario.
  • Glengarry Memorial Hospital – Alexandria, Ontario. The Glengarry hospital started a therapeutic garden in 2012 as a way to get acute care and stroke rehabilitation patients up, moving, and engaged in an activity. The facility will be initiating its pilot in the spring of 2015, and will use the opportunity to start a Small Plot Intensive (SPIn) farming project.

 

IhpCover3While a major goal of Project SOIL is to determine the feasibility of large- scale food production in public institutions, the benefits of gardening —well known to every garden enthusiast— go far beyond the simple calculation of kilos of produce harvested. The impacts of garden projects are far-reaching: it is difficult to describe the level of gratitude and satisfaction that derives from consuming a product you yourself grew. Gardens bring people and communities together, and impart a deep knowledge and respect for nature to every participant. The therapeutic impact of spending time in greenspace and working with plants —a topic recently reviewed in this journal—is supported by an impressive body of science.

These intangibles are in no way lost to Dr. Mount and the Project SOIL team. They see first hand the value of each project going far beyond the produce harvested. It will invariably be difficult to quantify these aspects of each individual garden project they observe, yet rest assured the task has fallen into capable hands. Every member of the Project SOIL team shares one simple passion – a love of gardens! Dr Mount stressed the importance of “scale” and “value” in our interview, yet agrees defining value will be a challenge. Has a project failed if it produces 30% of the food needs of the facility in question, yet simultaneously acts as a place of healing for its residents? …or acts as a meeting place for large numbers of community members?

The “local food phenomena”, and the growing tsunami that is people’s interest in growing their own food, simply can not be stopped. Italian immigrants post World- War II are largely credited with turning every paved lot in Brooklyn, NY into tomato gardens (simultaneously dispelling the long- held myth by Americans that tomatoes were poisonous). Pre World War II, people grew vegetables in their front yards. Post world war II, it was considered a sign of affluence to grow flowers instead of vegetables, to the point where it is considered unattractive to grow food in front of your home. Yet one-by-one, front- yard vegetable gardens are making a comeback. A recent Globe and Mail article highlighted a major grocery store chain looking to convert the rooftops of all their stores into greenhouses, sighting that 50% of the cost of produce is transportation from farm to store. Toronto’s most affluent neighbourhoods house hardened criminals; families that spend thousands of dollars to build custom structures that house hens, so they can harvest a handful of fresh eggs each morning, all under extreme secrecy, in fear they will be found guilty of breaking local by-laws and their hens taken from them. At least Vancouver and a handful of other Canadian municipalities have entered the 21st century, allowing hens within the city core.

My personal love of gardening and gardens attracted me to showcase Project SOIL, yet their work goes far beyond motivating the individual to grow some veggies in their yard. Most certainly the Project’s members share such a passion, yet their vision is far more ambitious. The environmental cost of current food distribution models is horrific. We are all aware of this, as it has been a major force driving the “local food phenomena”. We often discuss major environmental problems, yet most of us feel helpless to truly make an impact. We try on a personal level to do what we can; reduce/ reuse/ recycle, car pool, walk, grow a garden. The potential impact of Project SOIL is truly immense. Project SOIL is ambitiously attempting to bring radical change to the problem. By bringing together institutional leaders and those with the passion and skills to farm their land, truly large scale food production could happen on the tens of thousands of acres of land currently covered by lawn that surrounds virtually every public institution in the country. An environmental impact of unfathomable importance has the potential to be added to the impressive list of benefits we already assign to gardens. We at IHP wish Project SOIL much success.

 

 

The Project Soil team: www.projectsoil.ca

 

❯ Phil Mount, Principal Investigator

Department of Geography and Environmental Studies,

Wilfrid Laurier University

 

❯ Irena Knezevic, Co-investigator

School of Journalism and Communication

Carleton University

 

❯ Brendan Wylie-Toal, Collaborator

My Sustainable Canada

 

❯ Linda Varangu, Collaborator

Canadian Coalition for Green Health Care

 

❯ Louise Quenneville, Collaborator

Hôpital Glengarry Memorial Hospital

 

❯ Doug Dowhos, Collaborator

St Joseph’s Care Group

 

❯ Chris Jess, Collaborator

Centre Wellington District High School

 

❯ Jenny Weickert, Collaborator

KW Habilitation

 

❯ Tamaura Proctor, Collaborator

Homewood Health Centre

 

❯ Dr. Alison Blay Palmer, Advisor

Department of Geography and Environmental Studies,

Wilfrid Laurier University

 

❯ Dr. Karen Landman, Advisor

Landscape Architecture,

University of Guelph