Zoledronic

The goal of this investigational device exemption is to evaluate the Epione assistance for introducer placement during percutaneous procedures in musculo-skeletic (MSK) structures of the pelvis and the spine in adults. The main question is the determination of the rate of feasible procedures assisted by the Epione device Participants will undergo their procedure(s) as planned by their physician. If they accept to participate to the study, the differences with standard of care will be: * The use of the Epione device to place the introducer(s), instead of freehand placement if they do not participate * Additional CT or CBCT scans during the procedure.

This study will determine feasibility of a chiropractor delivered virtual intervention for individuals following osteoporotic vertebral fracture. This pilot trial will have two parallel groups with a 1:1 ratio. Participants will be randomized to: 1) immediate receipt; or 2) waitlist usual care control and delayed receipt of VIVA 10 weeks post-randomization. VIVA is an intervention for people with vertebral fractures that covers four areas: pain management, safe movement, exercise, and nutrition. It includes print and video resources, and a framework for goal setting, selecting exercises, and teaching body mechanics. A chiropractor (DC) completes a virtual assessment and then leads twelve 1:1 virtual sessions (via Zoom) over eight weeks. Sessions start with brief education on a topic (e.g., safe movement, pain management, exercise, nutrition), followed by training and modeling of exercise and safe movement strategies, then goal setting, and action planning. This trial will be considered feasible if a) we recruit 14 people in eight months; b) 80% of participants complete the trial; and c) exercise adherence is 75%.

The goal of this study is to determine whether a mobile application that combines real-time sensor data and patient-reported symptoms to trigger care-team contact recommendations is feasible and beneficial for patients receiving chemotherapy. The main questions it aims to answer are: * Is the mobile application feasible and acceptable to patients? * Do the alerts and guidance improve symptom management, quality of life, and engagement with the care team during treatment? Participants will: * Complete a demographic questionnaire at the beginning of the study and quality-of-life and health questionnaires at the beginning, midpoint, and end of study. * Complete daily symptom ratings via study application. * Wear a Fitbit activity tracker for 90 days. * At the end of the study, complete a semi-structured interview to provide feedback on the study. * Optional: At the beginning and end of the study, complete an in-person physical function assessment measuring balance (Short Physical Performance Battery).

The goal of this study is to provide proof that patients can be treated with simulation-free, single-fraction palliative radiation therapy with a single in-person visit.

The GRAMS study objectives are to assess the musculoskeletal changes that occur after weight loss using GLP-1 based therapy. A lifestyle intervention with diet and exercise is included to assess any mitigating effects are provided, versus a control group with regular exercise and diet.

The purpose of this study is to assess whether the natural form of estrogen (17-beta estradiol) given as a patch so that it is absorbed through your skin, is better at improving bone strength over 1 year than natural estrogen (17-beta estradiol) taken by mouth, or a synthetic form oestrogen (ethinyl estradiol) given as a patch that also provides birth control. Participants will: Take estrogen for 1 year either (i) in its natural form as a patch twice a week (and progesterone by mouth for 12 days of each month), or (ii) in its natural form as a pill daily (and progesterone by mouth for 12 days of each month), or (iii) in a synthetic form as a birth control patch weekly for 3 weeks with 1 week off the patch. You will not be able to choose which form of estrogen you will receive as this will be assigned to you based on a pre-existing randomization sequence (like the flip of a coin) Take provided calcium and vitamin D supplements Attend 4 study visits over 12 months with two at the beginning and then every 6 months that include: History and Physical Exams Lab Work Imaging studies Questionnaires Dietary recalls

The aging population is rapidly increasing, and it is important to identify dietary factors that can prevent disease and promote health in this group. Legumes, such as peanuts, are a plant-based food high in protein and unsaturated fat making this a healthy choice but are not consumed frequently enough in older adults. Studies have shown that regular nut consumption is associated with lower adiposity and reduced weight gain, and several dietary pattern studies indicate that nuts and legumes are associated with better bone health. In addition, our preliminary translational data indicates that a higher monounsaturated fatty acid (MUFA) intake is associated with improved bone mineral density (BMD) and quality. Given these findings, the proposed study aims to examine the impact of consuming peanut products on bone health, metabolic health (e.g., serum glucose, insulin, lipids and inflammation), markers of brain and sleep health, and physical function in overweight and obese older adults before and after a six-month weight loss intervention using a randomized controlled design. The results of this study have the potential to provide valuable insights into the role of peanuts as a sources of fatty acids in promoting health and preventing disease in at-risk adults.

This study will evaluate the effects of consuming dairy milk versus two plant-based beverages (pea-based, and almond-based) after resistance training sessions (3 times per week for 12 months) on bone properties (bone mineral density, bone geometry), body composition, strength, and functional performance in post-menopausal women and men 50y and older.

The goal of this clinical trial is to learn if consuming a higher protein diet that includes one serving of beef each day, in combination with resistance exercise, improves wellbeing in postmenopausal women. It will also tell us about how higher protein intake changes body composition and blood values related to health. The main questions it aims to answer are: * Does higher protein intake combined with resistance training improve mood and sleep in postmenopausal women? * What other health benefits to postmenopausal women experience when the follow a higher protein diet and participate in resistance exercise? Researchers will compare three groups 1) postmenopausal women living their daily lives as usual, 2) postmenopausal women consuming a higher protein diet, and 2) postmenopausal women consuming a higher protein diet and participating in resistance training. Participants will: * Consume a higher protein diet for 16 weeks * Participate in an at-home resistance training for 16 weeks * Keep a diary of their food intake, sleep habits, and mood * Have health assessments every 4 weeks

The aim of this study is to assess the effectiveness of GLYLO, a dietary supplement, in postmenopausal women aged 45 to 65 who are overweight or obese and have elevated HbA1c levels. Specifically, the study seeks to evaluate whether GLYLO can reduce advanced glycation end products (AGEs) levels, which are harmful compounds formed when sugar attaches to proteins or fats in the body and can contribute to aging and disease. The primary outcome of the study is to determine if GLYLO reduces AGEs, enhances metabolic and hormonal health, and mitigates age-related functional decline. This study includes one screening visit and three testing visits over a 6-month period. After eligibility is confirmed, participants will be randomly assigned to one of two groups to take either GLYLO (two capsules daily) or a placebo at home for 24 weeks. Participants will provide blood samples at every visit. During the three testing visits, they will complete physical performance and cognitive function tests, provide both blood and urine samples, and fill out quality of life and 24-hour dietary intake questionnaires. The dietary intake questionnaires will be completed only twice i.e. at the baseline visit and again at the final 6-month visit.

Osteoporosis is a disease that weakens bones so the bones may break easily. The risk for osteoporosis increases with age in both women and men. Osteoporosis affects 10 million older adults in the US. Osteoporosis is a common cause of broken bones in the hips and legs. Broken bones can lead to disability, nursing home placement, and death. Because of the dire consequences, a broken hip or leg is one of the most dreaded injuries for older adults. Many studies confirm that a simple regimen of exercise, healthy diet and bone-strengthening medications can improve overall recovery after a broken hip or leg. This regimen can prevent a person from becoming disabled, having future fractures, and even prevent death. Many older adults have surgery in a hospital after breaking a hip or leg. Then older adults go to a skilled nursing facility (SNF) for rehabilitation. Care in SNFs varies greatly. Some patients do not receive the regimen that the investigators know is most beneficial to improve bone health and recovery. Even patients who get exercise, healthy diet, and bone-strengthening medication in the SNF, may not continue with the regimen once patients go home. Therefore, the investigators want to implement and test OsteoPorotic fracTure preventION System (OPTIONS). OPTIONS is a program that will integrate the regimen into the care that is provided in SNFs and after discharge to the community. OPTONS will provide information about exercise, diet, and bone-strengthening medication. OPTIONS will provide doctors, clinical staff, patients, and care partners with the information these stakeholders need to carry out the best-practice regimen. The investigators are partnering with PointClickCare, a large cloud-based healthcare software provider, with SNFs and community care sites across the US. The investigators will include 32 SNFs from different US areas. The investigators will flip a coin to assign SNFs to the intervention (OPTIONS) or the control arm (enhanced usual care) of the study. Enhanced usual care is the care that is typically provided in SNFs after a fracture and adding information about a publicly available fall prevention toolkit. The investigators are using an "implementation science" approach that requires the investigators to get input from the OPTIONS study's vast stakeholder community throughout the study. The OPTIONS study's stakeholders include patients, care partners, clinicians, and professional organizations. The research question is, can using OPTIONS in SNFs and in the community after discharge improve physical function and quality of life in older people in the year after a hip or leg fracture? The investigators are measuring patient-reported outcomes. The investigators will include 1553 patients across the 32 facilities. The investigators have selected outcomes that are important to patients. Specifically, the investigators are measuring patient-reported function and quality of life. The investigators are also measuring patient-reported falls and fractures. The investigators will track the number of patients who die during the study. This study's hypothesis is that patients who receive OPTIONS will report better physical function (i.e., can walk and take better care of themselves) than those who receive enhanced usual care. The investigators also hypothesize that patients that receive OPTIONS will report a better quality of life than those who receive enhanced usual care. This study will provide sound data about the effectiveness of OPTIONS. OPTIONS could then be spread to other SNFs and community-based programs. This would ensure that all older people receive the right care after a hip or leg fracture.

Spine fractures are the most common fracture due to osteoporosis. They happen during falls or activities of daily life, like bending to tie shoes. Fractures of the spine can result in pain, which can sometimes last for a long time. Spine fractures can affect breathing, appetite, digestion, and mobility, and can restrict or modify people's work or daily activities. There are no standard rehabilitation programs after spine fracture, and patients often have to pay for rehabilitation. Rehabilitation can be hard to access, especially in rural or remote locations. It can be hard to find health care or rehabilitation providers who specialize in treating spine fractures. After reviewing research and consulting patients and health care providers to understand their experiences with spine fracture rehabilitation, the research team developed a toolkit for a virtual rehabilitation program for people with spine fractures, called VIVA. The research team wants to submit a grant for a clinical trial to implement VIVA in five provinces and determine if VIVA reduces pain and improves physical functioning and quality of life, and if the benefits outweigh the costs. Before this, the team proposes to do a pilot study to test how feasible it is to do a study of VIVA in three provinces.