View clinical trials related to Undernutrition.
Filter by:In France, undernutrition affects almost three million people, a third of whom are over 70 (Diagnosing undernutrition earlier in the elderly aged 70 and over, n.d.). In fact, 30 to 70% of hospitalized elderly patients suffer from protein-energy undernutrition (denutrition_personne_agee_2007_-_recommandations.pdf, n.d.). The Nutricancer 2 study published in 2014, demonstrated that undernutrition is common among cancer patients. Indeed, 39% of patients suffer from undernutrition and its prevalence depends on the type of cancer, with a predominance of esophagus, stomach and pancreas (60% to 66%), colon/rectum, ovary/uterus and lung (39% to 45%), hematological malignancies (34%), as well as prostate and breast (13% to 20%) (Hébuterne et al., 2014). Moreover, over the past 30 years, undernutrition has been observed in 30% to 50% of the population at the time of diagnosis and before the start of cancer treatment (Boranian et al., n. d.). Undernutrition is often associated with several terms such as malnutrition, anorexia, sarcopenia or cachexia, which refer to geriatric or metabolic syndromes of multifactorial origin that sometimes overlap, and are often observed in cancer patients. Cancer cachexia is a metabolic syndrome associated with undernutrition of multifactorial origin (Boranian et al., n.d.). Its prevalence is around 50% to 80% in cancer patients and is an independent indicator of morbidity and mortality in this population (Nicolini et al., 2013). Undernutrition is a major health issue in elderly cancer patients. It is therefore crucial to diagnose it early, given its high prevalence in this population and the serious complications it can lead to. In 2021, the HAS updated its recommendations on the diagnosis of undernutrition in the elderly. The diagnosis of severe undernutrition is based on several criteria, including serum albumin levels. This is a commonly used marker of nutritional status, especially in patients with involuntary weight loss. However, it is important to note that hypoalbuminemia can be observed in many pathological conditions, including inflammatory syndromes common in cancer. Therefore, interpretation of albuminemia results must take into account the patient's inflammatory status, assessed by C-reactive protein. This analysis makes it possible to distinguish undernutrition due to insufficient food intake from that associated with an inflammatory syndrome and hypercatabolism (Patry & Raynaud-Simon, 2010).
Undernutrition affects over 30% of hospitalized children in France, with 10% severely malnourished yet only half of the cases are diagnosed. Undernutrition deteriorates children's health during hospital stays, weakening immunity and hindering recovery. Children suffering from acute malnutrition can stay in the hospital 45% longer than non-malnourished patients. One of the primary causes of malnutrition is the reduction in children's food intake. Several researchers have emphasized that the young age of patients is associated with reduced food intake. For example, data on 923 children aged 1 day to 16 years indicates that patients under 8 years old are at a higher risk of undernutrition than older children. The MEDIC project aims to investigate if increased food rejection dispositions contribute to reduced food intake in hospitalized children. Food rejections are typically observed between 2 and 8 years. Some children are more challenging and eat only a few different foods, while others try everything. Around the age of 2, children become more selective about the foods they consume. This is largely due to two common dispositions in young children: food neophobia and food pickiness. Food neophobia is defined as the reluctance to eat or even try foods that appear new, whereas food pickiness is defined as the rejection of a substantial number of familiar foods, including foods previously tasted. Both pickiness and neophobia have been associated with a significant reduction in food consumption (especially of vegetables), a decrease in food variety, and less enjoyment derived from food. A study showed that children aged 2 to 5 were twice as likely to be underweight if they were picky eaters. Studies have shown that the socioeconomic status has a significant impact on food rejection in children. For instance, longitudinal studies reveal a higher proportion of picky eaters in low-income families. Parental education was also found to be inversely associated with children's food rejection levels. The MEDIC project seeks to assess health inequalities by studying the impact of food rejection dispositions on the nutritional status of children in pediatric services. A qualitative study supports the notion that food rejection is heightened during the hospitalization: half of the parents of hospitalized children interviewed reported that foods accepted outside the hospital were rejected in the ward. Parents indicated that their child's food preferences were more limited, and they only alternated between a few foods after entering the hospital. According to the majority of interviewed nurses, children refuse any food other than that provided by parents. The research hypotheses of the MEDIC project focus on understanding the moderating effects of food rejection dispositions and socioeconomic backgrounds on children's food intake during hospitalization. Two hypotheses are formulated: (H1) the pre-hospitalization food rejection levels predict the amount of food consumed during the hospital stay, and (H2) children from disadvantaged socioeconomic backgrounds are more likely to refuse food during their hospital stay than those from more advantaged backgrounds. To test these hypotheses, parents of children aged 2 to 8 will complete questionnaires on food rejection dispositions upon admission, and food consumption (in grams and calories) will be assessed through weighing and photographs of meal trays taken 48 hours (± 24 hours) post-admission. The project aims to shed light on the complexities of childhood malnutrition, addressing social inequalities and contributing valuable insights for interventions and public health policy.
The goal of this clinical trial is to investigate the effect of high caloric oral nutritional supplements on body proportion, weight, linear growth pattern, neuropsychological development level and related health aspects (gut health, immune function, quality of life, etc.) in participants aged 1 to 3 years who are malnourished (underweight and wasting),as well as to evaluate the safety of applying high caloric oral nutritional supplements. Participants will receive nutritional education and daily high caloric oral nutritional supplements(experimental group),or will receive nutritional education and dietary instruction(control group).This study may provide data to support the development of clinical intervention strategies for malnourished Chinese children.
Diet quality is generally poor in rural Nepal, especially among vulnerable household members. Consumption of milk (and other animal source foods [ASF]) could contribute to improvements in diet quality. However, multiple cultural, structural and economic barriers constrain the inclusion of ASF in the diet in these households, even though most raise dairy animals. This study will 1. characterize these barriers in detail 2. conduct a randomized controlled trial to test a multi-dimensional behavior change intervention designed to increase ASF/milk consumption by young children 6-60 months, adolescent girls 10-15 years, and women of child-bearing age (WCBA). Matched clusters of villages in Kapilbastu and Nawalparasi districts (Nepal) will be randomized to Intervention or Control status. Household surveys will be conducted at baseline and 12 months later to collect demographic, diet, feeding practices, nutrition knowledge, etc. Fathers and adolescent girls will respond to mini-surveys. Growth parameters of children, adolescent girls, and WCBA will be assessed. The intervention consists of 4 components: 1) didactic training (mothers, fathers, adolescent girls), 2) participatory learning activities (mothers, fathers, adolescent girls), 3) model kitchens (mothers, adolescent girls), and 4) Nutrition Club (adolescent girls). The primary outcome will be the impact of the intervention on diet, household feeding practices, and nutrition knowledge.
The purpose of this study is to determine whether multimodal nutrition therapy (primary nutrition intervention + adjuvant nutrition therapy) will support patients to optimize their total caloric intake during cancer treatment by measuring the difference in mean cumulative energy intake between the intervention and control group over the duration of cancer treatment.
Ethiopia is one of the high burden Tuberculosis countries and Tuberculosis is still the leading cause of mortality due to communicable diseases in the country. Nutritional status is one of the predictors of TB treatment outcomes. Thus, the current practices need integration of nutritional intervention in the DOT using Mobile health intervention. However, to investigator's knowledge, there is no sufficient evidence on the effect SMS text Messaging Mobile Health intervention on nutritional status and TB treatment outcomes in Ethiopia.
To describe the prevalence of undernutrition in infants and children admitted to Assiut university children hospital and to describe risk group and decrease length of stay in hospital.