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The Clinical Importance of Using People-First Language in Obesity Management

Regular readers should by now be well aware of the importance of using people-first language when referring to people living with obesity (as in “patient with obesity” not “obese patient”). As I have noted in previous posts, living with a condition is not the same as being defined by that condition – this is why we do not refer to people living with dementia or cancer as being “demented” or “cancerous”. As elegantly pointed out by Lee Kaplan in a presentation he delivered at the Harvard Medical School Center For Global Health Delivery consultation on obesity, currently being held in Dubai, there is also a pressing clinical argument for speaking of obesity as a disease rather than a descriptor of a “state”. Take for e.g. the case of a patient with hypertension, who, thanks to effective on-g0ing anti-hypertensive treatment has managed to control his blood pressure levels over the past 10 years. In fact, at no time in the past 10 years has the patient ever presented with elevated blood pressure. Any clinician would agree that this patient would still be declared to have “hypertension” despite currently not being “hypertensive”. Similarly, a patient whose depression is well-controlled with an anti-depressant is still a patient living with “depression”, although they are not currently “depressed”. Likewise, we can probably all agree that a patient who has undergone coronary bypass surgery, is still someone living with coronary artery disease, even if they have not experienced a single angina pectoris attack since their surgery. In all of these cases, hypertension, depression, and coronary artery disease would continue to appear on their medical problem list. When applied to obesity, this means that even if someone has successfully managed to lose their weight to a level that they are no longer clinically “obese”, they are still someone living with “obesity”. Even if their BMI (not a good measure of obesity) should drop to below 25, they are still someone living with obesity (albeit, as in the case of the above examples, living with “controlled” or “treated” obesity). Thus, they continue to have “obesity” even if they are currently not “obese” – ergo, the diagnosis “obesity” should remain on their problem list. Furthermore, given the high rates of recidivism, keeping obesity on the problem list serves as an important reminder to the clinician to continue supporting and reinforcing ongoing obesity treatment (even if this treatment is only… Read More »

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Some Limitations In Applying The Etiological Framework To Obesity Assessment

To conclude this series of citations from my article in Obesity Reviews on an aeteological framework for assessing obesity, that guides us through a systematic assessment of factors influencing energy metabolism, ingestive behaviour, and physical activity, it is important to consider some limitations of this (and any other) etiological approach to obesity management: While we have taken efforts to provide a comprehensive and wide‐ranging list of considerations in the assessment of obesity, we fully recognize that a full work‐up of all permutations of the proposed factors may well be beyond the scope of a busy practitioner. In this regard, the old saying applies: ‘when you hear hoofs, think of horses not zebras’. Thus, consideration should be first given to the most common and obvious reasons laid out in this paper, many of which should be immediately apparent to the experienced clinician (e.g. homeostatic hyperphagia resulting from meal skipping, hedonic hyperphagia related to depression, immobility due to osteoarthritis, weight gain due to atypical antipsychotics, etc.). Also, the use of comprehensive self‐directed questionnaires such as the Weight and Lifestyle Inventory, a multiple‐page self‐report questionnaire that the patient completes before treatment visits, designed to identify the root causes of obesity and perform an environmental analysis, may be helpful in this regard. Future efforts must also aim to provide simple clinical algorithms that will guide the busy clinician through the maze of factors that can potentially precipitate and/or exacerbate positive energy balance. Nevertheless, as in a patient with oedema, despite complete recognition of the underlying factors, the clinician often has no option but to manage the patient with the judicious use of fluid restriction and diuretics. Similarly, in patients presenting with obesity, the underlying contributing factors (e.g. genetics, addiction, depression, back pain, etc.) may not be easily amenable to causal treatment. In these cases, ‘symptomatic’ treatment of obesity with caloric restriction and exercise regimens may well in many cases prove to be the only option. Nevertheless, we maintain that careful identification and management of the possible socio‐cultural, psychological and biomedical barriers will likely increase the feasibility, compliance and adherence to these measures. Recognition of the causes and barriers will also help set out realistic expectations regarding the degree of weight loss that is likely to be achievable and sustainable, an important aspect of weight management. Despite the increased time required for the comprehensive work‐up of an obese patient, we believe that this framework will… Read More »

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Applying The Etiological Framework For Obesity Assessment In Clinical Practice

Continuing with citations from my article in Obesity Reviews on an aeteological framework for assessing obesity, that guides us through a systematic assessment of factors influencing energy metabolism, ingestive behaviour, and physical activity, we ca now apply this framework in clinical practice: This paper provides a comprehensive framework, which should enable clinicians to systematically assess and identify the socio‐cultural, biophysical, psychological and iatrogenic determinants of increased energy intake and reduced energy expenditure in patients presenting with excess weight or weight gain. Beginning with an assessment of energy requirements and metabolism, clinicians should systematically assess the role and determinants of ingestive and activity behaviour to identify the factors promoting positive energy balance. This will enable clinicians to develop management plans that address the root causes of weight gain and move beyond the simplistic and generally ineffective recommendation to ‘eat less and move more’. Thus for example, in a listless patient ‘self‐medicating’ with food, identification and treatment of depression may be the first step to reducing food intake and preventing further weight gain. In a patient with socioeconomic barriers to healthy eating or physical activity, referral to a social worker who can assist in identifying and accessing community resources may be important. Identification and effective treatment of obstructive sleep apnoea may be the key to increasing activity in someone with this disorder. Psychological counselling to manage alcohol or substance abuse or to help patients deal with binge eating resulting from past trauma, emotional neglect or grief, can put patients on a path to successful weight management. Clearly, the common notion that all forms of obesity can be addressed simply by counselling patients on diet and exercise should be considered ineffective and obsolete. To conclude this series, we will tomorrow look at some of the potential limitations of this system. @DrSharma Edmonton, AB

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Factors That Affect Physical Activity

Continuing with citations from my article in Obesity Reviews on an aeteological framework for assessing obesity, we now turn to the some of the factors that can affect physical activity. Similar to the factors that can affect ingestive behaviour, there are a host of factors that can significantly affect physical activity: Socio‐cultural factors A wide range of socio‐cultural determinants of physical activity exist. These range from factors related to the built environment (e.g. urban sprawl, walkability, street connectivity), neighbourhood safety, social networks, and public transportation to socioeconomic limitations as well as customs and beliefs that can influence vocational or recreational physical activity. For example, being promoted from a physically active outdoor job to a sedentary indoor job, moving from a dense urban location to a rural or suburban residence, immigration to a Western country, pregnancy and change in familial status or time constraints can all promote sedentariness and increase the risk of weight gain. Indentifying and addressing the socio‐cultural barriers to physical activity can be a key to successful weight management. Patients facing significant socio‐cultural barriers to activity may specifically benefit from counselling by an occupational and/or recreational therapist. Biomedical factors Numerous medical conditions can lead to a reduction in or inability to engage in physical activity. These include musculoskeletal pain or immobility resulting from injury, osteoarthritis or fibromyalgia as well as any other condition that can affect physical performance such as cardiorespiratory disease, obstructive sleep apnoea, chronic fatigue, stroke or urinary incontinence. Alleviating these factors and thereby reducing immobility may be the first step in addressing weight management in these patients. Given the predominant role of musculoskeletal disorders and pain as a barrier to mobility and physical activity, these patients may benefit most from physiotherapeutic interventions and pain management. Psychological factors and mental health Lack of motivation, low energy levels and disinterest in exercise (especially in a previously active individual) can be a symptom of depression. Social anxiety disorder, agarophobia, sleep disorders or substance abuse can all affect physical activity levels. Body image issues and self‐efficacy can likewise pose important psychological barriers that may require specific professional counselling and intervention to promote a more active lifestyle. Medications Although published research on this issue is limited, it is reasonable to assume that medications, which reduce energy levels, promote drowsiness, impair coordination or limit cardiorespiratory function can pose significant barriers to physical activity. Now that we have discussed why it is… Read More »

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Etiological Assessment of Obesity: Factors That Affect Physical Activity

Continuing with citations from my article in Obesity Reviews on an aeteological framework for assessing obesity, we now turn to the some of the factors that can affect physical activity. Once we have established that weight gain in a given individual is not primarily driven by a change (decrease) in metabolic requirements, or primarily driven by ingestive behaviour, we turn to the issue of a decrease in physical activity as a drier of weight gain: Barriers to Physical Activity As with caloric intake, activity‐related caloric expenditure can vary from virtually zero (as in a bedridden individual) to several thousand calories a day (as in a competitive athlete). In considering physical activity, it is important to note that in sedentary individuals, the majority of activity thermogenesis results from non‐exercise activity thermogenesis (NEAT) simply from performing the acts of daily living, walking, posture and fidgeting. Any reduction in NEAT, even with no change in planned exercise frequency, duration or intensity, would result in reduced energy requirements. Evidence suggests that some individual’s resistance to weight gain is linked largely to their innate ability to spontaneously increase NEAT to defend against caloric excess. As with nutrition, the factors that determine physical activity can be divided into four domains: socio‐cultural factors, biomedical factors, psychological factors and medications. Determining which of these domains is predominantly responsible for reduced physical activity or sedentariness can allow the clinician to specifically address those barriers in the management plan. We will consider each of these factors in subsequent posts. @DrSharma Edmonton, AB

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