BACKGROUND: Exercise on Prescription (EoP) means that a doctor writes out a customized form of exercise to the patient instead of medicine, or in combination with medication. The activity becomes a part of the treatment. Since many today do not follow recommendations for physical activity occurs in the long term a number of public health diseases. EoP promotes health and prevents disease. AIM: The aim of this paper is toexamine whether EoP from a patient perspective perceived to be an efficient and effective method of treatment.

The purpose of this study was to examine the obstacles and problems prescribers of Exercise on Prescription (EoP) in primary care in Bollnäs and Söderhamn experience when using the method. It also aimed at examining if the barriers identified in previous studies also will be found in Bollnäs and Söderhamns municipalities. A qualitative study was made and four interviews with the managers of health centers in Bollnäs and Söderhamns municipalities were completed. The only inclusion criteria was that it would be a licensed health care professional at the clinic who work with, and prescribe the EoP. A content analysis was performed, which categorized the statements made according to their content.

Det är vetenskapligt underbyggt att det finns ett tydligt samband mellan omfattning av fysisk aktivitet och hälsotillstånd. Genom att öka den fysiska aktiviteten går det att komma åt en av de stora grundorsakerna till vällevnadssjukdomar, fysisk inaktivitet. Fysisk aktivitet på recept (FaR) är en metod i ett steg mot en mer hälsofrämjande hälso- och sjukvård och för att etablera en långsiktig förändring av samhällets syn på fysisk aktivitet. Utvärderingar visar såhär långt att mer motivation och kunskap krävs hos vårdpersonalen för att arbeta efter FaR-metoden. Syftet är att undersöka attityden till FaR bland sista-termins studenter på läkar-, sjuksköterske-, sjukgymnast- och arbetsterapeut- utbildningen, samt om utbildningarna gett förutsättningar att kunna arbeta med metoden i framtiden.

En litteraturstudie om effekter av fysisk aktivitet på recept av Anneli Björk-Andersson och Jenny Bylund, Institutionen för hälsovetenskap Luleå tekniska universitet. Tanken med studien var att ta reda på effekterna av fysisk aktivitet, hur man arbetar med fysisk aktivitet på recept i Norrbotten samt hur det ser ut i övriga landet. En litteratursökning som innefattade 45 artiklar, rapporter och uppsatser samt fem olika läns landstings webbsidor genomfördes. Några av landstingen har kommit långt i sitt arbete med fysisk aktivitet på recept och eftersom det var lättast att hitta material om dessa valdes de ut. Resultatet var tydligt, man har mycket att vinna på att vara fysiskt aktiv.

This study investigated whether in-situ audiometry, delivered via hearing aids, is a better option as a basis forprescribing hearing aid amplification, compared to conventional audiometry. By examining the real ear insertgain (REIG) in 29 ears (18 subjects), that had been fitted with a hearing aid programmed using both conventionalaudiometry and in-situ audiometry, the study looked at whether in-situ audiometry based prescription is closer tothe NAL NL1's fitting target than audiogram based prescription. The hearing aid Siemens Pure 7mi with speakerunit M was used on all participants. The results showed how in-situ audiometry based gain at certain frequenciesis more consistent with the target curve, especially at 1000, 1500, 2000 and 4000 Hz. It was not establishedwhether the findings of the study were statistically significant.

The physical inactivity and other diseases related to ways of living in Sweden, affects a big part of Swedes, simultaneously as the society is more defined and marked by health promoting and by views that affects many people to actively make a difference in their lives. Physical activity on prescription is such an example of health promoting, which enlarges the conditions for a healthy life. Physical activity on prescription is also about that the individual should take the decision by herself to increase her physical activity or to get motivated to start a healthy life style alternative reduce the risk of getting sicker. The purpose of our study was to illustrate what the participants of ?fysioteket? thought about the work of fysioteket and if the physical activity on prescription has affected their motivation towards physical activity and their experienced health.

The specified purpose was, based on gender, age and type of employment, study the employees motivation to participate in health projects and their reason to maintain exercise habits after the termination of the health projects. Exercise frequency was studied in relation to the other background variables. A revised version of the questionnaire Motivation for Maintenance of Exercise Habits (Josefsson, 2005) was distributed at Albany International, Halmstad. The most frequent cause to exercise was ?enhance my condition?.

Background: Overweight and obesity has become an increasing health issue around the world, which leads to an increase of cardiovascular diseases. The reason for this is a lack of physical activity in combination with an overconsumption of unhealthy food. In the primary healthcare is the ordination of physical activity on prescription offered as a treatment, which is an important health preventive action. When clients get physical activity on prescription they are given the opportunity to receive health counseling as a way to motivate a change in an unhealthy way of living.Objectives: This study aim to examine the experience of the health counseling of individuals with overweight related problems, in combination with the prescription of physical activity.Method: Qualitative interviews were chosen as method. Nine individuals participated in the study, seven females and two males, who had been to health counseling at Friskvården in Värmland.

Qvarfordt, K (2014). Physical activity on prescription, the individual experience. Thesisin Public Health. School of Health and Work, University of Gävle.In order to increase physical activity and to create a better health licensed staff mayprescribe physical activity to patients. The purpose of this paper is to find out how fiveindividuals experienced getting Physical activity on Prescription, FaR ®.

This study investigated whether in-situ audiometry, delivered via hearing aids, is a better option as a basis forprescribing hearing aid amplification, compared to conventional audiometry. By examining the real ear insertgain (REIG) in 29 ears (18 subjects), that had been fitted with a hearing aid programmed using both conventionalaudiometry and in-situ audiometry, the study looked at whether in-situ audiometry based prescription is closer tothe NAL NL1's fitting target than audiogram based prescription. The hearing aid Siemens Pure 7mi with speakerunit M was used on all participants. The results showed how in-situ audiometry based gain at certain frequenciesis more consistent with the target curve, especially at 1000, 1500, 2000 and 4000 Hz. It was not establishedwhether the findings of the study were statistically significant.

Jacobsson, A. (2013). Physical activity on prescription ? patient experience. C-thesis inPublic Health.

The purpose of this study was to determine if wellness benefits led to any changes in exercise habits among employed postmen. The study was a cross-sectional study carried out by a quantitative method. The collection of data took the form of a questionnaire. The sample consisted of 30 postmen employed at a post office in northern Sweden. The results show that of the postman who use health care benefits, there has been a relatively small change in exercise habits.

The purpose of this work is to do an investigation on the customers in the pharmaceutical sector; mainly general physicians who have taken part in the education events have any impact in their prescription behaviour after the participation in the program. The settings for this study are general practitioners in the Swedish market who have taken part in the education program held by Novo Nordisk in the treatment of diabetes disease. Methodology: The methodological approach adopted for this work is quantitative; using secondary data from the internal database from the company. The analytical model is tested through statistical analysis using the data?s obtained from the databases.

Background: Overweight and obesity has become an increasing health issue around the world, which leads to an increase of cardiovascular diseases. The reason for this is a lack of physical activity in combination with an overconsumption of unhealthy food. In the primary healthcare is the ordination of physical activity on prescription offered as a treatment, which is an important health preventive action. When clients get physical activity on prescription they are given the opportunity to receive health counseling as a way to motivate a change in an unhealthy way of living.Objectives: This study aim to examine the experience of the health counseling of individuals with overweight related problems, in combination with the prescription of physical activity.Method: Qualitative interviews were chosen as method. Nine individuals participated in the study, seven females and two males, who had been to health counseling at Friskvården in Värmland.

The aim of the project was to study the effect of oral administration of glucose and leucin on the resynthesis of muscle glycogen after intense exercise in Standardbred trotters. In a crossover design, 11 Standardbred trotters performed a standardized exercise test on two occasions in order to deplete muscle glycogen. The exercise test comprised a warm up period, 7 repeated bouts of exercise on an uphill 500 m slope, and a recovery period. After the exercise test horses received: 1) a solution of glucose and leucine via a nasogastric tube at 0 minutes and at 240 minutes post exercise and a single bout of glucose at 120 minutes post exercise or 2) water (placebo) at 0, 120 and 240 minutes. Blood samples for measurement of glucose and insulin concentrations were collected at rest, when the horses returned to the stables directly after exercise and throughout the 6 hour recovery phase. During the first recovery hour, samples were collected every 15 minutes and then every 30 minutes over the next 5 hours.