View clinical trials related to Health Risk Behaviors.
Filter by:This study aimed to examine the effect of core endurance levels on upper extremity function, muscle strength and reaction time in healthy young adults. The "core" region functions as a connection point between the upper and lower extremities and enables the transfer of force from this region to the extremities. This region is a basic structure where the force required for all movements is generated and transmitted from the proximal segments to the distal segments. "Core" stabilization has a significant impact on limb functionality, and stabilization of the proximal segments is necessary to maintain the mobility and function of the distal segments. To establish a stable base during functional activities, the "core" muscles are activated before the upper and lower extremity muscles. This ensures force production and transfer of resulting forces, thus supporting the mobility of the distal segments. Increasing core stabilization increases force production in the extremities, and control of core strength, balance and movement maximizes upper and lower extremity functions. Any impairment in core stabilization reduces the quality of movement and increases the risk of injury to the upper extremity. Therefore, it has been stated that "core" stabilization has a significant effect on athletic performance and upper extremity functions. There are not enough studies in the literature investigating this effect in healthy young adults. Most existing studies focus on the role of core endurance on athlete performance. The aim of this study is not only to investigate core endurance levels in healthy young adults but also to examine the effect of core endurance levels on upper extremity function, muscle strength and reaction time.
This project was a 12-week aerobic and resistance training intervention that included participants meeting at a pre-determined location from 1-2 times per week for 12 weeks. Aerobic activity was walking. Resistance training included traditional and non-traditional implements.
Nitrate is a controversial component of vegetables, meat, and drinking water. The now well-established benefits of nitrate, through the enterosalivary nitrate-nitrite-nitric oxide (NO) pathway, on cardiovascular risk factors and long-term cardiovascular disease risk are tarnished by a continuing concern about a link between nitrate ingestion and cancer. This can result in misguided advice to avoid consumption of high-nitrate leafy green vegetables by both the media and the scientific literature. A recent media headline stated, "Cancer alert over rocket: trendy salad leaves exceed safe levels of carcinogenic nitrates in one in every ten samples". One scientific review stated, "the presence of nitrate in vegetables, as in water and generally in other foods, is a serious threat to man's health". Controversy in the literature, and gaps in the knowledge are leading to confusing messages around vegetables that may play a critical role in cardiovascular health. The major dietary sources of nitrate are vegetables, meat, and drinking water. Source of nitrate could be a crucial factor determining whether the consumption of nitrate is linked with beneficial (such as improving cardiovascular health) versus harmful (N-nitrosamine formation) effects. For example, unlike meat and water-derived nitrate, vegetables contain high levels of vitamin C and/or polyphenols that may inhibit the production of N-nitrosamines. So far, no study has investigated the formation of N-nitrosamines after consumption of these different sources in humans. This study will compare N-nitrosamine formation after intake of vegetables with high nitrate content and vegetables with a low nitrate content.
Nitrate is a controversial component of vegetables, meat, and drinking water. The now well-established benefits of nitrate, through the enterosalivary nitrate-nitrite-nitric oxide (NO) pathway, on cardiovascular risk factors and long-term cardiovascular disease risk are tarnished by a continuing concern about a link between nitrate ingestion and cancer. This can result in misguided advice to avoid consumption of high-nitrate leafy green vegetables by both the media and the scientific literature. A recent media headline stated, "Cancer alert over rocket: trendy salad leaves exceed safe levels of carcinogenic nitrates in one in every ten samples". One scientific review stated, "the presence of nitrate in vegetables, as in water and generally in other foods, is a serious threat to man's health". Controversy in the literature, and gaps in the knowledge are leading to confusing messages around vegetables that may play a critical role in cardiovascular health. The major dietary sources of nitrate are vegetables, meat, and drinking water. Source of nitrate could be a crucial factor determining whether the consumption of nitrate is linked with beneficial (such as improving cardiovascular health) versus harmful (N-nitrosamine formation) effects. For example, unlike meat and water-derived nitrate, vegetables contain high levels of vitamin C and/or polyphenols that may inhibit the production of N-nitrosamines. So far, no study has investigated the formation of N-nitrosamines after consumption of these different sources in humans. This study will compare N-nitrosamine formation after intake of water with and without added nitrate.
Background: The co-occurrence of health risk behaviors (HRBs), namely of tobacco smoking, insufficient physical activity, unhealthy diet and at-risk alcohol use, more than doubles the risk of cancer, other chronic diseases and mortality; and applies to more than half of adult general populations. However, preventive measures that target all four HRBs and that reach the majority of the target populations and particularly those persons most in need and hard to reach (e.g. with low socio-economic status), are scarce. Electronic interventions may help to efficiently address multiple HRBs in whole populations, such as health care patients. The aim is to investigate the acceptance of a proactive and brief electronic multiple behavior change intervention among general hospital patients with regards to reach, retention, equity in reach and retention, satisfaction and subsequent trajectories of behavior change motivation, HRBs and health. Methods: A pre-post-intervention study with four time points will be conducted at a general hospital in Germany. Patients admitted to participating medical departments (internal medicine, general surgery, trauma surgery, ear-nose-throat medicine) and aged 18-64 years will be systematically approached and invited to participate, irrespective of reason for admission and HRB profile. Based on HRB profile and on psychological behavior change theory, participants (n=175) will receive individualized computer-generated feedback concerning all four HRBs and motivation-enhancing feedback for up to two HRBs; directly on the ward and 1 and 3 months later. Intervention reach and retention will be determined by the proportion of participants among eligible patients and participants, respectively. Equity in reach and retention will be measured with regards to school education and other socio-demographics. To investigate satisfaction with the intervention and trajectories of motivational measures, HRBs and health measures, a 6-month follow-up will be conducted. Descriptive statistics, multivariate regressions and latent growth modelling will be applied. Discussion: This study will be the first to investigate the acceptance of a proactive, electronic and brief multiple behavior change intervention among general hospital patients. If reach is high and efficacy established by a randomized controlled trial, the intervention has potential for public health impact in terms of primary and secondary prevention of diseases.
Nitrate is a controversial component of vegetables, meat, and drinking water. The now well-established benefits of nitrate, through the enterosalivary nitrate-nitrite-nitric oxide (NO) pathway, on cardiovascular risk factors and long-term cardiovascular disease risk are tarnished by a continuing concern about a link between nitrate ingestion and cancer. This can result in misguided advice to avoid consumption of high-nitrate leafy green vegetables by both the media and the scientific literature. A recent media headline stated, "Cancer alert over rocket: trendy salad leaves exceed safe levels of carcinogenic nitrates in one in every ten samples". One scientific review stated, "the presence of nitrate in vegetables, as in water and generally in other foods, is a serious threat to man's health". Controversy in the literature, and gaps in the knowledge are leading to confusing messages around vegetables that may play a critical role in cardiovascular health. The major dietary sources of nitrate are vegetables, meat, and drinking water. Source of nitrate could be a crucial factor determining whether the consumption of nitrate is linked with beneficial (such as improving cardiovascular health) versus harmful (N-nitrosamine formation) effects. For example, unlike meat and water-derived nitrate, vegetables contain high levels of vitamin C and/or polyphenols that may inhibit the production of N-nitrosamines. So far, no study has investigated the formation of N-nitrosamines after consumption of these different sources in humans. This study will compare N-nitrosamine formation after intake of meat with and without added nitrate.
Nitrate is a controversial component of vegetables, meat, and drinking water. The now well-established benefits of nitrate, through the enterosalivary nitrate-nitrite-nitric oxide (NO) pathway, on cardiovascular risk factors and long-term cardiovascular disease risk are tarnished by a continuing concern about a link between nitrate ingestion and cancer. This can result in misguided advice to avoid consumption of high-nitrate leafy green vegetables by both the media and the scientific literature. A recent media headline stated, "Cancer alert over rocket: trendy salad leaves exceed safe levels of carcinogenic nitrates in one in every ten samples". One scientific review stated, "the presence of nitrate in vegetables, as in water and generally in other foods, is a serious threat to man's health". Controversy in the literature, and gaps in the knowledge are leading to confusing messages around vegetables that may play a critical role in cardiovascular health. The major dietary sources of nitrate are vegetables, meat, and drinking water. Source of nitrate could be a crucial factor determining whether the consumption of nitrate is linked with beneficial (such as improving cardiovascular health) versus harmful (N-nitrosamine formation) effects. For example, unlike meat and water-derived nitrate, vegetables contain high levels of vitamin C and/or polyphenols that may inhibit the production of N-nitrosamines. So far, no study has investigated the formation of N-nitrosamines after consumption of these different sources in humans. A pilot study will be conducted to determine that endogenous N-nitrosamine formation is observed after ingestion of meat with added nitrate and nitrite and that consumption of vegetables with the meat containing added nitrate and nitrite will inhibit the production of N-nitrosamines.
The World Health Organization (WHO) defines the concept of reproductive health as "not only the absence of disease or disability, but a state of complete physical, mental and social welfare in all matters related to the reproductive system, functions and processes". However, it also emphasizes that people have free will in the timing of having a satisfying and safe sexual life and using their reproductive abilities. Sexual and reproductive health and rights are essential for the health and survival of people, economic development and prosperity. In the United Nations 2030 Sustainable Development Goals, the third article named "Health and Quality Life" includes the targets covering reproductive health and sexual health. Some of these goals are; universal access to sexual and reproductive health services, creation of national education and information strategies for reproductive health, preventing sexually transmitted infections (STIs), access to information about family planning, and reducing maternal and neonatal mortality. People can lead a complete healthy and quality life only when these goals are achieved. It is observed that the knowledge of men and women about general reproductive health and the organs and functions of the female and male reproductive systems is significantly lacking. In addition to these, it has been reported that they have insufficient knowledge on other issues such as sexual health, STIs and family planning methods. There are studies showing that lack of knowledge brings about reproductive health problems in young individuals. Problems such as exposure to STIs, early pregnancy, and risky sexual behaviors arise due to lack of information. Since all these health problems can cause permanent damage, the individual's future reproductive health is also at risk. However, it is possible to come across studies showing that reproductive health education is a tool to prevent these adverse health conditions. In a study conducted with university students, even if students' basic sexual education knowledge levels were good; It has been reported that there is a positive relationship between receiving sexual education and protective sexual behaviors, knowledge, motivation and skills. At the same time, it has been reported in many studies that believing in sexual myths, which are considered as false beliefs and have no scientific value, is more common in students with high levels of knowledge. While sexual myths cause behavioral changes with believed mistakes, sexual dysfunctions, decrease in sexual satisfaction and negative attitude towards contraceptive methods can also be brought about. Considering that people who know more about sexually transmitted HIV/AIDS have a low rate of believing in myths, an important reproductive health problem such as STI should be considered to be related to myths. In this context, training on reproductive health and sexual health is important. Preparation and implementation of trainings on reproductive and sexual health by health professionals; It is important as it is known that young people have access to conflicting or incorrect information from various sources. Therefore, health professionals should be involved in these training processes. While planning the trainings, many platforms can be used, and nowadays, web-based trainings increase their importance with the introduction of the internet in all areas of our lives. The biggest advantages of web-based education are that it can be accessed anytime, anywhere and by anyone. In various studies conducted with university students, it is seen that web-based education increases the level of knowledge and is effective in behavior change. In this period when technological education emerged, many instructional design models developed were used in web-based education. Among these models, the most widely used ADDIE model. ADDIE is a model that provides a systematic and comprehensive definition and implementation of design principles. The web-based training in the research will be given based on the ADDIE Model approach. Basic elements of the instructional design process in the model; It is in the form of Analysis, Design, Development, Implementation and Evaluation. The use of a model in web-designed education ensures that the educational content is prepared according to the needs, the training steps are not skipped and systematic. In the literature review and web researches, a web-based education was not encountered in national and international publications where university students could reach the correct and scientific information about reproductive health. In this context, the investigators believe that web-based education to be provided with the ADDIE Model approach will reduce the sexual myths and risky behaviors that young people believe. This study was planned to examine the effect of web-based reproductive health education given to university students on belief in sexual myths and risky behaviors.
As a result of the pandemic, hygiene and distancing rules must be followed in Health care/ rehabilitation clinics to ensure the safety of patients and staff. This has led to extensive changes in the therapy processes, including a reduction in group sizes and maintaining distances within the groups, resulting in a reduction in the range of therapies available to individuals, since the number of employees remains unchanged and cannot be increased at will and in the short term due to the lack of qualified staff. In order for the treatment/rehabilitation goals to be achieved nonetheless, new forms of implementation of therapy programs must be developed in addition to organizational adjustments. Digitalization can be a significant support in this respect. The majority of patients in psychosomatic rehabilitation possess smartphones, meaning that the necessary infrastructure for the utilization of digital offers is available and can be used to the greatest possible extent. The use of digital measures within the therapeutic services supports the independence of the patients, as they can use the digital offers independently and flexibly in their own time. How should Health care/rehabilitation services be designed in light of the SARS-CoV-2 pandemic and which services have the potential to buffer future crises: What general recommendations can be derived for the design of such services for routine care? What are support measures to encourage social participation and return to work?
This purpose of this study is to look at the best way to offer the Like Father Like Son + Spear & Shield program.