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CMA PolicyBase

Policies that advocate for the medical profession and Canadians


45 records – page 1 of 5.

Access to results of government-funded research

https://policybase.cma.ca/en/permalink/policy10863
Last Reviewed
2020-02-29
Date
2013-08-21
Topics
Health information and e-health
Health care and patient safety
Resolution
GC13-64
The Canadian Medical Association supports timely public access and transparency to the results of and information from government-funded research.
Policy Type
Policy resolution
Last Reviewed
2020-02-29
Date
2013-08-21
Topics
Health information and e-health
Health care and patient safety
Resolution
GC13-64
The Canadian Medical Association supports timely public access and transparency to the results of and information from government-funded research.
Text
The Canadian Medical Association supports timely public access and transparency to the results of and information from government-funded research.
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Access to safe and nutritious food for children in northern communities

https://policybase.cma.ca/en/permalink/policy8877
Last Reviewed
2014-03-01
Date
2007-08-22
Topics
Population health/ health equity/ public health
Health care and patient safety
Resolution
GC07-66
The Canadian Medical Association calls on the federal government to promote access to safe and nutritious food for children in northern communities affected by disruptions in traditional food-acquisition methods and a shift to a more processed low-nutrient diet.
Policy Type
Policy resolution
Last Reviewed
2014-03-01
Date
2007-08-22
Topics
Population health/ health equity/ public health
Health care and patient safety
Resolution
GC07-66
The Canadian Medical Association calls on the federal government to promote access to safe and nutritious food for children in northern communities affected by disruptions in traditional food-acquisition methods and a shift to a more processed low-nutrient diet.
Text
The Canadian Medical Association calls on the federal government to promote access to safe and nutritious food for children in northern communities affected by disruptions in traditional food-acquisition methods and a shift to a more processed low-nutrient diet.
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Last Reviewed
2014-03-01
Date
2007-08-22
Topics
Health care and patient safety
Population health/ health equity/ public health
Resolution
GC07-76
The Canadian Medical Association urges the federal government to improve the quality of the air that Canadians breathe by strengthening initiatives to reduce domestic air pollution emissions and advocating strongly for emission reductions in bordering American states.
Policy Type
Policy resolution
Last Reviewed
2014-03-01
Date
2007-08-22
Topics
Health care and patient safety
Population health/ health equity/ public health
Resolution
GC07-76
The Canadian Medical Association urges the federal government to improve the quality of the air that Canadians breathe by strengthening initiatives to reduce domestic air pollution emissions and advocating strongly for emission reductions in bordering American states.
Text
The Canadian Medical Association urges the federal government to improve the quality of the air that Canadians breathe by strengthening initiatives to reduce domestic air pollution emissions and advocating strongly for emission reductions in bordering American states.
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Antibiotics for agricultural use

https://policybase.cma.ca/en/permalink/policy10916
Last Reviewed
2020-02-29
Date
2013-08-21
Topics
Health care and patient safety
Pharmaceuticals/ prescribing/ cannabis/ marijuana/ drugs
Resolution
GC13-99
The Canadian Medical Association recommends that the Food and Drugs Act and its regulations be amended to close the "own use" provision for the unmanaged importation of antibiotics for agricultural use.
Policy Type
Policy resolution
Last Reviewed
2020-02-29
Date
2013-08-21
Topics
Health care and patient safety
Pharmaceuticals/ prescribing/ cannabis/ marijuana/ drugs
Resolution
GC13-99
The Canadian Medical Association recommends that the Food and Drugs Act and its regulations be amended to close the "own use" provision for the unmanaged importation of antibiotics for agricultural use.
Text
The Canadian Medical Association recommends that the Food and Drugs Act and its regulations be amended to close the "own use" provision for the unmanaged importation of antibiotics for agricultural use.
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Antibiotics for use in food animals

https://policybase.cma.ca/en/permalink/policy10913
Last Reviewed
2020-02-29
Date
2013-08-21
Topics
Health care and patient safety
Pharmaceuticals/ prescribing/ cannabis/ marijuana/ drugs
Resolution
GC13-97
The Canadian Medical Association supports the development of a national system to identify and report the identities and quantities of antibiotics acquired domestically or imported for use in food animals.
Policy Type
Policy resolution
Last Reviewed
2020-02-29
Date
2013-08-21
Topics
Health care and patient safety
Pharmaceuticals/ prescribing/ cannabis/ marijuana/ drugs
Resolution
GC13-97
The Canadian Medical Association supports the development of a national system to identify and report the identities and quantities of antibiotics acquired domestically or imported for use in food animals.
Text
The Canadian Medical Association supports the development of a national system to identify and report the identities and quantities of antibiotics acquired domestically or imported for use in food animals.
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Antimicrobial Resistance (AMR)

https://policybase.cma.ca/en/permalink/policy14079
Date
2019-03-02
Topics
Health care and patient safety
Population health/ health equity/ public health
  2 documents  
Policy Type
Policy document
Date
2019-03-02
Topics
Health care and patient safety
Population health/ health equity/ public health
Text
Antimicrobials (which include antibiotics) are a precious public resource and an essential tool for fighting infections in both humans and animals. Their importance to human medical, nutritional and economic security cannot be understated. Yet globally, antimicrobials are losing their effectiveness more quickly than new such drugs, treatments and therapies are being identified and introduced to market.1 Over time, this dynamic has eroded the human antimicrobial arsenal, placing the lives and futures of an unacceptable number of people at risk. Antimicrobial resistance (AMR) occurs when microorganisms such as bacteria, viruses, fungi and parasites come into contact with antimicrobial drugs, such as antibiotics, antivirals, antifungals, antimalarials and anthelmintics, and undergo changes. The drugs are rendered ineffective and cannot eradicate infections from the body. AMR is an international challenge that threatens to reverse over a century of progress in public health, health care and human development attributable to antimicrobial use. Indeed, the effects of AMR are already being felt across Canada’s health care system. Currently, Canada’s dedicated investment in solutions to militate against encroaching AMR in the AMR and antimicrobial stewardship (AMS) fields (both federally and provincially/territorially) can only be viewed as wholly inadequate to address the scope of the problem and the risks it poses for the health of Canadians. Therefore, to: (1) promote awareness of AMR; (2) incentivize investment in AMR mitigation strategies; and (3) support the mobilization of an effective suite of more clinically effective management/treatment practices and policies, the following target audience recommendations are offered.a a All the policy recommendations made in this document are not meant to be interpreted as clinical practice guidelines. Any individual who suspects they may have an infection should promptly consult a physician. 2 Key AMR principle — the “One Health” approach a) The complexity of AMR underscores the need for coordinated action known as the “One Health” approach. The term implies integrated strategies that span the human, animal/agricultural and environmental sectors. Thus, cooperation across a wide variety of stakeholders is necessary to address the collective nature of AMR. These stakeholders include governments, health professionals, private and public partners, and the public at large. b) The One Health approach will require attention and investment in the following domains: (1) surveillance of antimicrobial prescribing and usage; (2) infection prevention and control practices that mitigate the spread of resistant pathogens; (3) stewardship programs and practices that educate health professionals, the public, and the private sector and nudge each into more appropriate patterns of supply and demand; and (4) a program of innovation, research and development focused on diagnostics, vaccines and alternative treatments to reduce reliance on antimicrobials. This includes the development of novel antimicrobials that expand the currently available arsenal. c) Given the global dimensions of AMR, a successful One Health approach will require ambitious investments in global AMR mitigation. Given that health infrastructure and resources are limited in low- to middle-income countries, the impacts of AMR will primarily be felt in those settings. Recommendations 1. Physicians and allied health professionals Should: a) Be aware that AMR is a serious public health crisis. b) Know that various Canadian prescribing aides/guidelines are available to assist physicians in choosing appropriate antibiotics and improving practice (e.g., Choosing Wisely Canada). c) Know that using antibiotics appropriately can help combat AMR and that diagnosis and laboratory testing play a key role. This includes only prescribing antibiotics for conditions that are clinically infectious and of a non-viral nature. Viral infections are the greatest source of antibiotic misuse. d) Consider delayed prescriptions and/or prioritize follow-up for patients when diagnosis is initially undifferentiated or when symptoms worsen, progress or are prolonged. e) Know that prevention of infections through hand hygiene, vaccination and appropriate use of antibiotic prophylaxis is evidence based and effective f) Know that durations of therapy and dosage rates for treating many infections change with time and that you should prescribe antimicrobials for the shortest effective duration (using the narrowest spectrum possible). 3 g) Consider the potential side effects of antibiotics (including C. difficile and allergic reactions) in prescribing and when counselling patients as to their potential side effects. h) Engage in conversations with patients about antimicrobials regarding: i. their appropriate use; ii. their potential risks; iii. when to delay, begin or end an antimicrobial prescription (e.g., delayed prescriptions); and iv. when to seek medical reassessment if symptoms worsen or persist. i) Ask your local hospital or specialty organization about educational initiatives related to antibiotic prescribing. j) Collaborate where possible with colleagues in other prescribing professions to reduce unnecessary antimicrobial use. 2. Patients and the Canadian public Should: a) Be aware that AMR is a significant problem that is linked to the inappropriate use of antimicrobials like antibiotics. Therefore, commit to only taking antibiotics if they are prescribed and only as directed by an authorized health professional. i. Never share, or use, the antibiotics of others as it may contribute to AMR and have serious consequences for your health. b) Consider that your expectations about antimicrobials may unduly pressure physicians, and other prescribers, to provide you a prescription when an antimicrobial would not be appropriate or helpful. c) Engage in a conversation with prescribers about: i. whether an antimicrobial is necessary; ii. the risks associated with taking an antimicrobial; iii. whether there are simpler and safer options to pursue; and iv. when you should take further actions if your symptoms worsen or do not improve. d) Rather than keeping antimicrobials in your medicine cabinet, throwing them in the garbage/toilet or sharing them with family or friends, practise a One Health mindset. Dispose of all unused and expired antimicrobials at your local pharmacy. This will limit the spread of resistance and prevent antimicrobials from finding their way into the environment. e) Help limit resistance by staying up to date with all recommended vaccinations, and practise good hand hygiene. f) If you or a family member have had personal experiences with AMR, consider sharing them with local politicians (provincial/territorial and federal). 3. Governments (federal, provincial/territorial) Should: 4 a) (Including internationally) immediately make substantial, long term, coordinated and directly dedicated financial investments in AMR and AMS. Specific areas to prioritize include: i. AMR and AMS awareness campaigns targeted to the public; ii. campaigns that support health professionals to incorporate AMS principles into their everyday practice; iii. detailed, and integrated, action plans based on clear metrics of success and that address the needs of communities, primary care practitioners, patients and health care organizations (including long-term care facilities); iv. practical surveillance of antimicrobial resistance, purchasing, prescribing and use that maximizes the opportunity to respond to changing landscapes; v. studying in detail the links, and associated risks, between animal health and agricultural practices and human health; vi. scaling up local AMS initiatives at the provincial/territorial and national health care delivery levels; vii. pharmaceutical development pipelines and non-pharmacological treatment options for AMR infections; viii. inexpensive, accurate and timely point-of-care diagnostic tests (usable in the community, at the bedside or in a clinic) to optimize prescribing; and ix. fostering clinical research, development and innovation in the fields of AMR and AMS. b) Scale up coordination between federal and provincial/territorial AMR and AMS activities. c) Hold regular, high-level meetings of ministers of health, agriculture and finance (both federally and provincially/territorially) to discuss the implications of unchecked AMR and how best to mobilize public finances to address it. d) Strongly consider an arms-length, national-level taskforce to address AMR and AMS. e) Strengthen the roles of the chief public health officer and the provincial/territorial chief medical officers in addressing AMR and AMS. f) Undertake a timely review of the Canadian Antimicrobial Resistance Surveillance System (CARRS) with an emphasis on: i. scaling up the system; ii. standardizing all AMR reporting metrics across the country; and iii. injecting adequate resources into AMR surveillance and tracking antimicrobial usage rates. g) Establish a permanent review body on infectious disease, including pharmacists, microbiologist and other experts, to evaluate the forthcoming Pan-Canadian Action Plan on AMR and release regular progress reports. 5 4. Health care institutions and organizations Should: a) Implement strategic AMR plans that are coordinated, cross-departmental and adopted institution wide. These should be premised on: i. standardized and comprehensive reporting metrics for AMR and antimicrobial usage; ii. tailored infection prevention and control programs to screen for and effectively prevent new AMR infections; iii. improving public and professional awareness of AMR organization wide; iv. improving conservation measures such as prescribing practices (audit and feedback, incentives programs, etc.); and v. supporting and incentivizing appropriate prescribing of antimicrobials. b) Evaluate whether existing policies and procedures, diagnostics and testing capacities, and multidisciplinary and organizational cultures are strategically geared toward combatting AMR. c) Where possible, develop collaborations with other local health institutions, clinical researchers and community, public and private partners to promote AMS. 5. Accreditation and regulatory bodies Should: a) Regularly review and establish meaningful criteria for accreditation, ethical codes and regulatory practice standards surrounding AMR and AMS so that practitioners and health institutions can be informed, supported and kept up to date on emerging AMR trends, practices and issues. b) Adopt profession-specific mandatory requirements for AMR and AMS (proper credentialing and training, regular updating of knowledge and competence for prescribing antimicrobials, appropriate data collection regarding antimicrobial usage, etc.) as part of credentialing. c) Work to promote, support and enhance existing AMS practices and programs. d) Collaborate with health institutions, professional health associations and other accreditation and regulatory bodies to implement AMS goals/plans. 6. Colleges and faculties for medicine and allied health professions Should: a) Promote and support more educational resources for AMS and AMR, throughout the continuum of education (undergraduate, postgraduate and continuing education). i. Topics for these resources should include (1) awareness of AMR and AMS, (2) appropriate diagnostic testing, (3) strategies to minimize antimicrobial use and (4) personal prescribing practices. b) Promote and support research on AMR and the implementation and dissemination of effective AMS strategies. 6 1 Public Health Agency of Canada. Tackling antimicrobial resistance and antimicrobial use: a pan-Canadian framework for action. Ottawa: Public Health Agency of Canada; 2017. Available: https://www.canada.ca/content/dam/hc-sc/documents/services/publications/drugs-health-products/tackling-antimicrobial-resistance-use-pan-canadian-framework-action/tackling-antimicrobial-resistance-use-pan-canadian-framework-action.pdf (accessed 2018 Aug 10). BACKGROUND TO CMA POLICY Antimicrobial Resistance See also CMA Policy Antimicrobial Resistance PD19-08 OVERVIEW The world is at the tipping point of a post-antibiotic era. “Worldwide, we are relying more heavily on antibiotics to ensure our medical, nutritional, and economic security; while simultaneously causing the decline of their usefulness with overuse and ill-advised use.” It is estimated that the world’s use of antimicrobials increased by 65% between 2000 and 2015 — mainly in low- to middle-income countries. Dr. Margaret Chan, the former head of the World Health Organization (WHO), described antimicrobial resistance (AMR) as a slow-moving tsunami for public health. Other experts have characterized AMR as a looming “antibiotic apocalypse,” warning that all countries “will face disastrous consequences if the spread of AMR is not contained.” Others are now calling AMR the “climate change” of health care. According to the UK’s review on AMR, an estimated 10 million people globally will die annually by 2050, and AMR will surpass cancer to become the leading cause of death. AMR occurs when “microorganisms (such as bacteria, fungi, viruses, and parasites) change when they are exposed to antimicrobial drugs (such as antibiotics, antifungals, antivirals, antimalarials, and anthelmintics). … As a result, the medicines become ineffective and infections persist in the body, increasing the risk of spread to others.” Microorganisms that develop antimicrobial resistance are sometimes referred to as “superbugs.” “Nightmare bacteria,” as they have been dubbed, are bacterial strains that no conventional antimicrobial can effectively treat; their incidence is on the rise. AMR represents a unique challenge for the medical profession as it is estimated that as many as 50% of current antibiotic prescriptions are either inappropriate or unnecessary. In addition, taking an antimicrobial involves potentially considerable exposure to side effects or risk. At stake are many currently routine, and lifesaving, forms of medical treatment. Critically, these include many medications for currently treatable bacterial infections, and many forms of surgery (including cesarean delivery), radiation therapy, chemotherapy and neonatal care.4 THE UNDERLYING DYNAMICS OF AMR AMR is driven by a complex set of interlocking factors. These include: (1) increased global travel and medical tourism; (2) inappropriate, and unnecessarily high, use of antimicrobials in the agrifood sector; (3) poor medical prescribing practices; (4) inadequate implementation of infection prevention and control measures; (5) lack of knowledge, inappropriate expectations and misuse of antimicrobials on the part of the general public; (6) availability of poor-quality antimicrobials; (7) lack of access to rapid, affordable and accurate rapid diagnostic tools and infrastructure; (8) inadequate and underused surveillance data from AMR surveillance systems; (9) international travel rates; and (10) low commercial interest in, or support for, new antimicrobial research and development. To make progress on AMR, we need to carefully think about how to address its various drivers. Antimicrobial stewardship (AMS) is a term describing coordinated efforts, at any program level, to: (1) promote the appropriate use of antimicrobials; (2) improve patient outcomes; (3) reduce microbial resistance and preserve the effectiveness of antimicrobials; and (4) decrease the spread of infections caused by multidrug-resistant organisms. AMS efforts are based on the “One Health” approach. These include: (1) surveillance; (2) conservation of existing AM effectiveness; (3) innovation through research and development; and (4) infection prevention and control. Fundamentally, AMR can be thought of as a collective action problem, similar in character to the problem of climate change.3, While all stakeholders have a role to play in combatting AMR, each has very different resources, abilities and perspectives on AMR. Canada and much of the developed world have the luxury of health infrastructures, finances and regulatory frameworks that can make AMR mitigation possible. But in low- to middle-income countries — places where antibiotics might be the only real health care available — the very discussion of AMS can be perceived as threatening. Simply put, this illustrates the fact that solutions to AMR need to mobilize and leverage a collective strategy that is as broad and as connected as possible. To be successful, these solutions will need to do so in a manner that acknowledges the local reality of health care delivery. Global investment in antimicrobial research and development is underwhelming, a dynamic described as a “drying up” of the pharmaceutical pipeline.8 This is evidenced by the recent large-scale withdrawal of major pharmaceutical companies from antimicrobial research and development, reflecting the lack of profitability in this area. On the pharmaceutical side, there are clear barriers to companies investing in the development of novel antimicrobials. Underlying factors include: (1) 10-year timelines, and an estimated minimum $1 billion price tag for development; (2) high development failure rates for new antimicrobials; (3) the inevitable emergence of resistance to any newly developed antimicrobial; (4) antimicrobials being offered at relatively cheap dosage rates over shorter durations of use; and (5) the need to preserve the efficacy of any antimicrobial’s future use, which limits their economic viability.8 WHAT ARE THE CANADIAN CONTEXTS? AMR is already a major costly public health challenge in both the US and Canada. AMR infections are clearly linked to poorer health outcomes, longer hospital stays and higher mortality rates.3 The Public Health Agency of Canada (PHAC) estimates that roughly 18,000 hospitalized Canadians contract drug-resistant infections per year. The Canadian Patient Safety Institute estimates that 8,000 Canadian patients die annually with an AMR-related infection. It is estimated that close to 23 million antibiotic prescriptions are written annually for patients in Canada, the approximate equivalent to 1.6% of the population being on an antimicrobial on any given day. An action plan in Canada is being developed by PHAC. On the surface, the action plan appears comprehensive in that it outlines a One Health approach.10 However, despite commitments to take comprehensive, measurable action on AMS, Canadian leadership on AMR has historically lagged because of a lack of concrete coordination between PHAC and the provinces and because it has been challenging to implement local initiatives systemically. Previous shortcomings were highlighted in the Auditor General of Canada’s 2015 report and again in a 2017 issue brief by HealthCareCAN.18 Although efforts continue and the action plan is set for release at some point in 2019, concerns remain that: (1) the scope of coordinated efforts with the provinces and territories requires an interest in cooperation that may not exist between the two levels of government; (2) relative to the scope of the problem, sufficient and dedicated resources won’t be allocated; and (3) efforts on the industrial and agricultural fronts may not be sufficiently coordinated with AMR efforts for human health. In the spring of 2018 the House of Commons Standing Committee on Health (HESA) released a report outlining 10 recommendations for action on AMR in Canada. Although the federal government “accepted” most of the committee’s recommendations, no meaningful (and dedicated) AMR funding has been announced in advance of the action plan’s launch. Indeed, the federal government’s response to the HESA report sought to downplay the need for either urgent action or additional resources. This was done by pointing to nominal federal AMR efforts over the span of more than a decade. It should be noted that a small number of excellent localized AMS initiatives exist and have begun yielding promising local AMS results in Canada. AMR and AMS champions such as Choosing Wisely Canada, Do Bugs Need Drugs, and the Association of Medical Microbiology and Infectious Disease Canada have long argued that with proper resourcing, localized initiatives can be scaled up to a systemic level of application within provincial health care systems. GLOBALLY, WHERE DOES AMR STAND? Urgent action is required at an international level to combat AMR. Although AMR remains a complex public health challenge, the benefits of AMS are clear. The preservation of these precious resources will save lives and can positively affect both quality of care and health care delivery costs.7,14 Globally, many higher income nations and, increasingly, middle-income countries have now developed AMR/AMS action plans. Like the situation in Canada, these emerging and existing global action strategies remain largely unimplemented. Initial cash infusions into the AM drug development pipeline are beginning to emerge.8 Despite this, experts warn that such investments are too short term and wholly inadequate to address the scope of the looming AMR crisis.8, This reflects the many complexities that exist in the implementation of AMR action plans, owing in large part to: (1) a general lack of resources or prioritization; (2) complacency about AMR as a pressing public health concern; (3) difficulties in generalizing local AMS efforts; (4) coordination between sectorial actors; and (5) a lack of tangible AMR metrics and evidence. If AMS gains are to be made in low- and middle-income countries, the impact of limited resources in those settings will need to be considered.13 Realistically these countries will require various forms of monetary incentives and assistance to be able to effectively adopt AMR programs. If such support is not provided, human health rights will be affected and global AMS efforts will be undermined. Finally, there are now well-established calls for an international model, even a treaty, to be implemented on AMR/AMS.12,
Documents
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Assessing risk for violence in persons with mental illness

https://policybase.cma.ca/en/permalink/policy10859
Last Reviewed
2020-02-29
Date
2013-08-21
Topics
Ethics and medical professionalism
Health care and patient safety
Resolution
GC13-40
The Canadian Medical Association will make recommendations regarding training in and the use of standardized processes for assessing risk for violence in persons with mental illness.
Policy Type
Policy resolution
Last Reviewed
2020-02-29
Date
2013-08-21
Topics
Ethics and medical professionalism
Health care and patient safety
Resolution
GC13-40
The Canadian Medical Association will make recommendations regarding training in and the use of standardized processes for assessing risk for violence in persons with mental illness.
Text
The Canadian Medical Association will make recommendations regarding training in and the use of standardized processes for assessing risk for violence in persons with mental illness.
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Blood Pressure Canada

https://policybase.cma.ca/en/permalink/policy8922
Last Reviewed
2014-03-01
Date
2007-08-22
Topics
Population health/ health equity/ public health
Health care and patient safety
Resolution
GC07-108
The Canadian Medical Association calls on the federal government to adopt the recommendations of Hypertension Canada aimed at reducing adult Canadians' sodium intake to between 1200 - 2300 mg per day by Jan. 1, 2020.
Policy Type
Policy resolution
Last Reviewed
2014-03-01
Date
2007-08-22
Topics
Population health/ health equity/ public health
Health care and patient safety
Resolution
GC07-108
The Canadian Medical Association calls on the federal government to adopt the recommendations of Hypertension Canada aimed at reducing adult Canadians' sodium intake to between 1200 - 2300 mg per day by Jan. 1, 2020.
Text
The Canadian Medical Association calls on the federal government to adopt the recommendations of Hypertension Canada aimed at reducing adult Canadians' sodium intake to between 1200 - 2300 mg per day by Jan. 1, 2020.
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Campaigns to prevent fetal alcohol spectrum disorder

https://policybase.cma.ca/en/permalink/policy10915
Date
2013-08-21
Topics
Health care and patient safety
Resolution
GC13-98
The Canadian Medical Association supports campaigns to prevent fetal alcohol spectrum disorder in Aboriginal communities in Canada.
Policy Type
Policy resolution
Date
2013-08-21
Topics
Health care and patient safety
Resolution
GC13-98
The Canadian Medical Association supports campaigns to prevent fetal alcohol spectrum disorder in Aboriginal communities in Canada.
Text
The Canadian Medical Association supports campaigns to prevent fetal alcohol spectrum disorder in Aboriginal communities in Canada.
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Canadian Medical Association Submission on Bill S-209, An Act to Amend the Criminal Code (prize fights)

https://policybase.cma.ca/en/permalink/policy10708
Date
2013-04-15
Topics
Health care and patient safety
  1 document  
Policy Type
Parliamentary submission
Date
2013-04-15
Topics
Health care and patient safety
Text
In 2010, physician delegates to the CMA's annual General Council voted in favour of a ban on mixed martial arts prize fighting matches in Canada. The CMA's complete policy on head injury and sport, the central concern of physicians with respect to mixed martial arts, is attached as an appendix to this brief. A key recommendation in this policy is that physicians discourage participation in sports in which intentional trauma to the head and body is the objective of the sport, as is the case with mixed martial arts (MMA). Background MMA prize fighting, like commercial boxing, is distinct from healthy sport because the basic tenet is to win by deliberately incapacitating one's opponent through violent bodily assault. Professional fighters train in different martial arts disciplines in order to develop the widest possible set of fighting techniques. Blows delivered by hands, feet, elbows and knees are entirely permissible.1 "Bouts" are won in a number of ways that include deliberate head injury such as knockout (KO) and technical knockout (TKO). Physician and referee stoppage are recognized as a necessary option for the declaration of a winner in order to prevent continued violence.4; 5 Despite the introduction of rules and regulations meant to ensure fighter safety, MMA is a violent sport with a high risk of injury. Publications seem to indicate that the overall injury rate in professional MMA competitions ranges approximately from 23 to 28 injuries per 100 fight participations, which is similar to that found in other combat sports involving striking, including boxing.1; 5; 7 Organizers support the rules because they realize that prize fighting can't be sustained as a business if the fighters are unable to return to the ring. The injuries vary in severity but include many types of head injury: ocular injuries, such as rupture of the bony orbit or of the eye itself; facial injuries including fractures; spine injuries; concussion; and tympanic membrane ruptures.2, 6, 7 Most sanctioned matches end in a submission, judge's decision or referee/physician stoppage, as opposed to KO or TKO. It is important to note that the overall risk of critical injury, defined as a persistent acquired brain injury, permanent blindness, permanent functional loss of limb or paralysis, appears to be low. The ability of referees to intercede and for fighters to voluntarily concede victory to their opponents, as well as the presence of physicians at the ringside, are all thought to play a role in minimizing the risk of critical injury.7 The risk of traumatic brain injury and concussion nevertheless remains one of the chief concerns with respect to MMA. KO rates are thought to be lower in professional MMA events than in similar boxing competitions, but it is not clear why. It is well known that knockouts are the result of brain injury4 and at least one study reported that blunt trauma to the head was a common reason for match stoppage. One study reported a severe concussion rate of 16.5 per 100 fighter participations (3.3% of all matches). 6 Regrettably, as in other combat sports, long-term follow-up of players is insufficient to measure how often head injury leads to permanent brain damage.1, 3 Issues Insufficient research Whether you defend or condemn MMA, the true nature and rate of severe brain injuries is speculative.6 Similarly, the absence of longitudinal studies means that the true long-term health implications of MMA fighting can only be surmised. Risk factors for injury Unsurprisingly, losing fighters are at a considerably greater risk for sustaining injury. It is notable that fighters losing by KO or TKO appear to have a higher overall incidence of injury.4 An increased duration of fighting is associated with an increased incidence of injury.3, 5 However, it remains unclear how age and fight experience contribute to the risk for sustaining injury.2, 3, 4 It appears that fighters with head injury continue to fight and sustain further injury, head injury being more clearly associated with injury than are either inexperience or age. Current situation Despite the sport's growing popularity, professional MMA competitions are currently illegal in Canada. Indeed, section 83(2) of the Criminal Code of Canada states that only boxing matches, where only fists are used, are legal. However, the governments of Nova Scotia, Quebec, Ontario, Manitoba and Northwest Territories have regulated/licensed MMA through athletic governing commissions, effectively circumventing the Criminal Code. The legality of the sport in New Brunswick, Alberta and British Columbia currently varies by municipality. CMA Recommendations The CMA recommends that Section 83(2) of the Criminal Code, the ban on mixed martial arts, be maintained in its current form. The CMA recommends that the federal government undertake further research on head injuries and concussion in Canada, including expanding current surveillance tools for the incidence of these injuries. References 1. Bledsoe, G. H. (2009). Mixed martial arts. In R. Kordi, N. Maffulli, R. R. Wroble, & W. A. Angus (Eds.), Combat Sports Medicine (1st ed., pp. 323-330). London: Springer. 2. Buse, G. J. (2006). No holds barred sport fighting: A 10 year review of mixed martial arts competition. British Journal of Sports Medicine, 40(2),169-172. 3. Bledsoe, G. H., Hsu, E. B., Grabowski, J. G., Brill, J. D., & Li, G. (2006). Incidence of injury in professional mixed martial arts competitions. Journal of Sports Science and Medicine, 5(Combat Sports Special Issue), 136-142. 4. Walrod, B. (2011). Current review of injuries sustained in mixed martial arts competition. Current Sports Medicine Reports, 10(5), 288-289. 5. Unified Fighting Championship. (n.d.). Unified rules and other important regulations of mixed martial arts. Retrieved May 28, 2012, from http://www.ufc.com/discover/sport/rules-and-regulations 6. Ngai, K. M., Levy, F., & Hsu, E. B. (2008). Injury trends in sanctioned mixed martial arts competition: A 5-year review from 2002 to 2007. British Journal of Sports Medicine, 42(8), 686-689. 7. Scoggin III, J. F., Brusovanik, G., Pi, M., Izuka, B., Pang, P., Tokomura, S. et al. (2010). Assessment of injuries sustained in mixed martial arts competition. American Journal of Orthopedics, 39(5), 247-251.
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45 records – page 1 of 5.